text: Wolfiporia curvispora is a species of fungus in the order Polyporales. It is found in Jilin, China, where it grows on the rotting wood of Pinus koraiensis. The fungus was described as new to science in 1998 by mycologist Yu-Cheng Dai. The fruitbodies of the fungus are resupinate, meaning they lie flat on the substrate, and have dimensions of up to  long by  wide by  thick. They are creamy white (buff when dry), soft, and light. The hyphal system is dimitic, comprising generative and skeletal hyphae. The specific epithet curvispora refers to the curved spores.

text: Wolfiporia curvispora is a species of

entity_name: Fungus

text: fungus

text: in the order

entity_name: Polyporales

text: Polyporales

text: . It is found in

entity_name: Jilin

text: Jilin

text: , China, where it grows on the rotting wood of

entity_name: Pinus koraiensis

text: Pinus koraiensis

text: . The fungus was

entity_name: Species description

text: described

text: as new to science in 1998 by mycologist Yu-Cheng Dai. The

entity_name: Basidiocarp

text: fruitbodies

text: of the fungus are

entity_name: Resupination

text: resupinate

text: , meaning they lie flat on the

entity_name: Substrate (biology)

text: substrate

text: , and have dimensions of up to  long by  wide by  thick. They are creamy white (

entity_name: Buff (colour)

text: buff

text: when dry), soft, and light. The

entity_name: Hypha

text: hypha

text: l system is dimitic, comprising generative and skeletal hyphae. The

entity_name: Botanical name

text: specific epithet

text: curvispora refers to the curved

entity_name: Basidiospore

text: spores

answers: NDQ_007549

answers: skeletal hyphae

answers: NDQ_007550

answers: skeletal hyphae

answers: NDQ_007551

answers: spores

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: fungi

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: resupinate

answers: NDQ_007557

answers: hyphae

answers: NDQ_007558

answers: unanswerable

answers: NDQ_007560

answers: resupinate

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a type of fungus: resupinate, soft, and light?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: Which is not a ball-and-socket joint?

answers: NDQ_007571

answers: What is Wolfiporia curvispora?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone or Wolfiporia curvispora?

answers: NDQ_007573

answers: How would you describe Wolfiporia curvispora?

answers: NDQ_007574

answers: Which is not true about the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal hyphae or muscle?

answers: NDQ_007576

answers: How would you describe Wolfiporia curvispora?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Polyporales

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: Polyporales

answers: NDQ_007584

answers: osseous

answer_match: Using FLAN-T5-Large with this prompt: For the question "{question}" the correct answer is "{correct_answer}". Is "{answer}" an equally correct response to this question? Answer yes or no.

orig_prompt_class: QuestionPromptWithChoices

prompt_style: context: question:

answers: NDQ_007549

answers: generative and skeletal hyphae.

answers: NDQ_007550

answers: generative and skeletal hyphae.

answers: NDQ_007551

answers: generative and skeletal hyphae.

answers: NDQ_007552

answers: generative and skeletal hyphae.

answers: NDQ_007553

answers: fungus

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: fungus are resupinate,

answers: NDQ_007556

answers: resupinate,

answers: NDQ_007557

answers: skeletal hyphae.

answers: NDQ_007558

answers: resupinate,

answers: NDQ_007560

answers: resupinate,

answers: NDQ_007562

answers: fungus

answers: NDQ_007563

answers: Wolfiporia curvispora

answers: NDQ_007566

answers: fungus

answers: NDQ_007568

answers: generative and skeletal hyphae.

answers: NDQ_007569

answers: resupinate,

answers: NDQ_007570

answers: resupinate,

answers: NDQ_007571

answers: Wolfiporia curvispora

answers: NDQ_007572

answers: generative and skeletal hyphae.

answers: NDQ_007573

answers: Wolfiporia curvispora

answers: NDQ_007574

answers: generative and skeletal hyphae.

answers: NDQ_007575

answers: fungus

answers: NDQ_007576

answers: Wolfiporia curvispora

answers: NDQ_007577

answers: skeletal hyphae.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal hyphae.

answers: NDQ_007583

answers: dimitic,

answers: NDQ_007584

answers: skeletal

text: Muscle tissue varies with function and location in the body. In mammals the three types are: skeletal or striated muscle; smooth or non-striated muscle; and cardiac muscle, which is sometimes known as semi-striated. Smooth and cardiac muscle contracts involuntarily, without conscious intervention. These muscle types may be activated both through interaction of the central nervous system as well as by receiving innervation from peripheral plexus or endocrine (hormonal) activation. Striated or skeletal muscle only contracts voluntarily, upon influence of the central nervous system. Reflexes are a form of non-conscious activation of skeletal muscles, but nonetheless arise through activation of the central nervous system, albeit not engaging cortical structures until after the contraction has occurred.

text: Muscle tissue varies with function and location in the body. In mammals the three types are:

entity_name: Skeletal muscle

text: skeletal or striated muscle

entity_name: Smooth muscle tissue

text: smooth

text: or non-striated muscle; and

entity_name: Cardiac muscle

text: cardiac muscle

text: , which is sometimes known as semi-striated. Smooth and cardiac muscle contracts involuntarily, without conscious intervention. These muscle types may be activated both through interaction of the

entity_name: Central nervous system

text: central nervous system

text: as well as by receiving innervation from peripheral

entity_name: Plexus

text: plexus

text: or

entity_name: Endocrine system

text: endocrine

text: (hormonal) activation. Striated or skeletal muscle only contracts voluntarily, upon influence of the central nervous system. Reflexes are a form of non-conscious activation of skeletal muscles, but nonetheless arise through activation of the

text: central nervous system

text: , albeit not engaging

entity_name: Cerebral cortex

text: cortical

text: structures until after the contraction has occurred.

method: UvABottomUpChangeOrder

method: UNH-tfidf-stem

method: UNH-tfidf-ptsim

method: UNH-tfidf-lem

method: UNH-qee

answers: NDQ_007549

answers: smooth and cardiac muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: Reflexes

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: skeletal muscle only contracts voluntarily

answers: NDQ_007557

answers: cardiac muscle

answers: NDQ_007558

answers: cardiac muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Smooth and cardiac muscle contracts involuntarily, without conscious intervention

answers: NDQ_007563

answers: What type of muscle is semi-striated?

answers: NDQ_007566

answers: What is the opposite of brittle?

answers: NDQ_007568

answers: skeletal or striated muscle

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: smooth or non-striated muscle

answers: NDQ_007571

answers: What are the three types of muscle?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: smooth or non-striated muscle

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: skeletal or striated muscle;

answers: NDQ_007550

answers: skeletal or striated muscle;

answers: NDQ_007551

answers: contracts voluntarily, upon influence of the central nervous system.

answers: NDQ_007552

answers: Muscle

answers: NDQ_007553

answers: endocrine

answers: NDQ_007554

answers: skeletal or striated muscle;

answers: NDQ_007555

answers: mammals

answers: NDQ_007556

answers: Muscle tissue varies with function and location in the body.

answers: NDQ_007557

answers: cardiac muscle,

answers: NDQ_007558

answers: cardiac muscle,

answers: NDQ_007560

answers: Reflexes

answers: NDQ_007562

answers: conscious intervention.

answers: NDQ_007563

answers: skeletal muscle only contracts voluntarily, upon influence of the central nervous system.

answers: NDQ_007566

answers: Muscle tissue

answers: NDQ_007568

answers: three

answers: NDQ_007569

answers: Muscle tissue

answers: NDQ_007570

answers: Smooth and cardiac muscle contracts involuntarily, without conscious intervention.

answers: NDQ_007571

answers: Muscle tissue

answers: NDQ_007572

answers: skeletal or striated muscle;

answers: NDQ_007573

answers: skeletal muscle only contracts voluntarily, upon influence of the central nervous system.

answers: NDQ_007574

answers: Muscle tissue

answers: NDQ_007575

answers: skeletal or striated muscle;

answers: NDQ_007576

answers: Smooth and cardiac muscle contracts involuntarily, without conscious intervention.

answers: NDQ_007577

answers: mammals

answers: NDQ_007578

answers: skeletal or striated

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal or striated

answers: NDQ_007582

answers: cardiac muscle,

answers: NDQ_007583

answers: Muscle

answers: NDQ_007584

answers: skeletal

text: From "How will this affect me?" to "What problems will this solve?"Anything that prevents something from being better is a problem. Let them know what the problem is and how they will be part of the solution.

text: From "How will this affect me?" to "What problems will this solve?"Anything that prevents something from being better is a problem. Let them know what the problem is and how they will be part of the solution.

answers: NDQ_007549

answers: muscles, bones, and bones.

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells.

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: the ends of long bones ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Bone fractures can be avoided with proper care.

answers: NDQ_007563

answers: What problems will this solve?

answers: NDQ_007566

answers: What problems will this solve?

answers: NDQ_007568

answers: What problems will this solve?

answers: NDQ_007569

answers: What problems will this solve?

answers: NDQ_007570

answers: What problems will this solve?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: What problems will this solve?

answers: NDQ_007573

answers: People with osteoporosis have an increased risk of bone fractures

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: What problems will this solve?

answers: NDQ_007576

answers: What problems will this solve?

answers: NDQ_007577

answers: What problems will this solve?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: Osteotomy

answers: NDQ_007549

answers: "How will this affect me?"

answers: NDQ_007550

answers: "How will this affect me?"

answers: NDQ_007551

answers: "How will this affect me?"

answers: NDQ_007552

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007553

answers: "How will this affect me?"

answers: NDQ_007554

answers: problem.

answers: NDQ_007555

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007556

answers: solve?"Anything that prevents something from being better is a problem.

answers: NDQ_007557

answers: solve?"Anything that prevents something from being better is a problem.

answers: NDQ_007558

answers: problem.

answers: NDQ_007560

answers: a problem.

answers: NDQ_007562

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007563

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007566

answers: "How will this affect me?"

answers: NDQ_007568

answers: "How will this affect me?"

answers: NDQ_007569

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007570

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007571

answers: "How will this affect me?"

answers: NDQ_007572

answers: "How will this affect me?"

answers: NDQ_007573

answers: "How will this affect me?"

answers: NDQ_007574

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007575

answers: "How will this affect me?"

answers: NDQ_007576

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007577

answers: "How will this affect me?" to "What problems will this solve?"Anything

answers: NDQ_007578

answers: a problem.

answers: NDQ_007579

answers: a problem.

answers: NDQ_007580

answers: a problem.

answers: NDQ_007581

answers: a problem.

answers: NDQ_007582

answers: a problem.

answers: NDQ_007583

answers: a problem.

answers: NDQ_007584

answers: problem.

text: The Fracture name is used once again, this time for a male character from Transformers: Robots in Disguise (the 2015 animated follow-up to the previous series Transformers: Prime). This version of Fracture is a bounty hunter who has a rivalry with the Autobot bounty hunter, Drift. He transforms into a purple motorcycle and is the only one that doesn't have an animal motif for his robot mode in the first season. He has two Mini-Con partners, Airazor and Divebomb, voiced by Roger Craig Smith and Khary Payton, respectively, who transform into missiles which launch from Fracture's shoulders. Like Drift, Fracture's Mini-Cons seemingly form part of his alternate mode as they are seen transforming with him.

text: The Fracture name is used once again, this time for a male character from

entity_name: Transformers: Robots in Disguise (2015 TV series)

text: Transformers: Robots in Disguise

text: (the 2015 animated follow-up to the previous series

entity_name: Transformers: Prime

text: Transformers: Prime

text: ). This version of Fracture is a

entity_name: Bounty hunter

text: bounty hunter

text: who has a rivalry with the Autobot bounty hunter,

entity_name: Drift (Transformers)

text: Drift

text: . He transforms into a purple motorcycle and is the only one that doesn't have an animal motif for his robot mode in the first season. He has two

entity_name: Mini-Con

text: Mini-Con

text: partners,

entity_name: List of Beast Wars and Beast Machines characters

entity_section: Airazor

text: Airazor

text: and Divebomb, voiced by

entity_name: Roger Craig Smith

text: Roger Craig Smith

text: and

entity_name: Khary Payton

text: Khary Payton

text: , respectively, who transform into missiles which launch from Fracture's shoulders. Like Drift, Fracture's Mini-Cons seemingly form part of his alternate mode as they are seen transforming with him.

method: dangnt-nlp

answers: NDQ_007549

answers: shoulders

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: arms and legs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: Mini-Cons

answers: NDQ_007558

answers: shoulders

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: not have an animal motif for his robot mode in the first season

answers: NDQ_007563

answers: What does the Fracture name mean?

answers: NDQ_007566

answers: What does Fracture have a rivalry with?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What does Fracture need to keep his bones strong?

answers: NDQ_007572

answers: What is the name of the male character from Transformers: Robots in Disguise

answers: NDQ_007573

answers: How many Mini-Con partners does Fracture have?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Fracture

answers: NDQ_007579

answers: bone

answers: NDQ_007580

answers: cartilage

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Fracture

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: shoulders.

answers: NDQ_007550

answers: animal

answers: NDQ_007551

answers: missiles

answers: NDQ_007552

answers: animal motif

answers: NDQ_007553

answers: animal

answers: NDQ_007554

answers: animal

answers: NDQ_007555

answers: robot

answers: NDQ_007556

answers: Robots in Disguise

answers: NDQ_007557

answers: Mini-Con

answers: NDQ_007558

answers: shoulders.

answers: NDQ_007560

answers: shoulders.

answers: NDQ_007562

answers: missiles

answers: NDQ_007563

answers: Transformers: Robots in Disguise

answers: NDQ_007566

answers: Transformers: Robots in Disguise

answers: NDQ_007568

answers: Airazor and Divebomb,

answers: NDQ_007569

answers: Transformers: Robots in Disguise

answers: NDQ_007570

answers: shoulders.

answers: NDQ_007571

answers: Transformers: Robots in Disguise

answers: NDQ_007572

answers: Transformers: Robots in Disguise

answers: NDQ_007573

answers: Transformers: Robots in Disguise

answers: NDQ_007574

answers: animal motif

answers: NDQ_007575

answers: Transformers: Robots in Disguise

answers: NDQ_007576

answers: Transformers: Robots in Disguise

answers: NDQ_007577

answers: Transformers: Robots in Disguise

answers: NDQ_007578

answers: Mini-Con

answers: NDQ_007579

answers: animal

answers: NDQ_007580

answers: animal

answers: NDQ_007581

answers: Mini-Con

answers: NDQ_007582

answers: Mini-Con partners, Airazor and Divebomb,

answers: NDQ_007583

answers: Mini-Con

answers: NDQ_007584

answers: transforming

text: The Pipkin classification is a system of categorizing femoral head hip fractures based on the fracture pattern.

text: The Pipkin classification is a system of categorizing

entity_name: Femoral head

text: femoral head

entity_name: Hip fracture

text: hip fracture

text: s based on the

entity_name: Bone fracture

text: fracture

text: pattern.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: femoral head hip fractures

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: The Pipkin classification is a system of categorizing femoral head hip fractures.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: What is the Pipkin classification?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the Pipkin classification?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is the Pipkin classification?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: femoral

answers: NDQ_007579

answers: femoral

answers: NDQ_007580

answers: femoral

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: femoral

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: femoral head hip fractures

answers: NDQ_007550

answers: femoral head

answers: NDQ_007551

answers: femoral head hip fractures

answers: NDQ_007552

answers: The Pipkin classification

answers: NDQ_007553

answers: The Pipkin classification

answers: NDQ_007554

answers: a system of categorizing

answers: NDQ_007555

answers: femoral head hip

answers: NDQ_007556

answers: fracture pattern.

answers: NDQ_007557

answers: fracture pattern.

answers: NDQ_007558

answers: femoral head hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: fracture pattern.

answers: NDQ_007563

answers: The Pipkin classification

answers: NDQ_007566

answers: The Pipkin classification

answers: NDQ_007568

answers: The Pipkin classification

answers: NDQ_007569

answers: The Pipkin classification

answers: NDQ_007570

answers: The Pipkin classification

answers: NDQ_007571

answers: The Pipkin classification

answers: NDQ_007572

answers: The Pipkin classification

answers: NDQ_007573

answers: The Pipkin classification

answers: NDQ_007574

answers: The Pipkin classification

answers: NDQ_007575

answers: The Pipkin classification

answers: NDQ_007576

answers: The Pipkin classification

answers: NDQ_007577

answers: The Pipkin classification

answers: NDQ_007578

answers: Pipkin

answers: NDQ_007579

answers: femoral

answers: NDQ_007580

answers: femoral

answers: NDQ_007581

answers: femoral

answers: NDQ_007582

answers: Pipkin

answers: NDQ_007583

answers: femoral

answers: NDQ_007584

answers: fracture pattern.

text: Powerful strikes to the heavy bag are not recommended for inexperienced, or younger athletes (<18 female, <21 male), as risk of sprain, strain, or bone-plate damage may adversely affect bone structures. It is highly recommended to carefully focus strikes to reduce chance of injury (such as boxer's fracture).

text: Powerful strikes to the heavy bag are not recommended for inexperienced, or younger athletes (<18 female, <21 male), as risk of

entity_name: Sprain

text: sprain

entity_name: Strain (injury)

text: strain

text: , or bone-plate damage may adversely affect bone structures. It is highly recommended to carefully focus strikes to reduce chance of injury (such as

entity_name: Boxer's fracture

text: boxer's fracture

method: UNH-ecn

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone-plate

answers: NDQ_007551

answers: bone-plate damage

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: bone-plate damage

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone-plate

answers: NDQ_007560

answers: bone-plate

answers: NDQ_007562

answers: boxer's fracture is not recommended for inexperienced

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How do bones compare to chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: bone-plate damage

answers: NDQ_007571

answers: Bone-plate damage may adversely affect bone structures.

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact, bone, or bone-plate?

answers: NDQ_007573

answers: How would you describe someone with osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: plate

answers: NDQ_007579

answers: bone-plate

answers: NDQ_007580

answers: bone-plate

answers: NDQ_007581

answers: bone-plate

answers: NDQ_007582

answers: plate

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: bone-plate

answers: NDQ_007550

answers: bone-plate

answers: NDQ_007551

answers: bone structures.

answers: NDQ_007552

answers: bone structures.

answers: NDQ_007553

answers: Powerful strikes to the heavy bag are not recommended for inexperienced,

answers: NDQ_007554

answers: bone-plate

answers: NDQ_007555

answers: bone-plate

answers: NDQ_007556

answers: risk of sprain, strain, or bone-plate damage

answers: NDQ_007557

answers: bone-plate

answers: NDQ_007558

answers: bone-plate

answers: NDQ_007560

answers: bone-plate

answers: NDQ_007562

answers: younger athletes

answers: NDQ_007563

answers: bone structures.

answers: NDQ_007566

answers: bone structures.

answers: NDQ_007568

answers: bone-plate damage may adversely affect bone structures.

answers: NDQ_007569

answers: bone-plate damage may adversely affect bone structures.

answers: NDQ_007570

answers: bone-plate damage may adversely affect bone structures.

answers: NDQ_007571

answers: Powerful strikes to the heavy bag

answers: NDQ_007572

answers: bone-plate damage may adversely affect bone structures.

answers: NDQ_007573

answers: bone-plate damage may adversely affect bone structures.

answers: NDQ_007574

answers: bone structures.

answers: NDQ_007575

answers: bone-plate damage may adversely affect bone structures.

answers: NDQ_007576

answers: sprain,

answers: NDQ_007577

answers: 18 female, <unk>21 male),

answers: NDQ_007578

answers: bone-plate

answers: NDQ_007579

answers: bone-plate

answers: NDQ_007580

answers: bone-plate

answers: NDQ_007581

answers: bone-plate

answers: NDQ_007582

answers: bone-plate

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone

text: |-! Type !! Composition !! Location|-| LDH || HHHH || Heart and Erythrocyte|-| LDH || HHHM || Heart and Erythrocyte|-| LDH || HHMM || Brain and Kidney|-| LDH || HMMM || Skeletal Muscle and Liver|-| LDH || MMMM || Skeletal Muscle and Liver|}

text: |-! Type !! Composition !! Location|-| LDH || HHHH || Heart and Erythrocyte|-| LDH || HHHM || Heart and Erythrocyte|-| LDH || HHMM || Brain and Kidney|-| LDH || HMMM || Skeletal Muscle and Liver|-| LDH || MMMM || Skeletal Muscle and Liver|}

method: Bert-DRMMTKS

answers: NDQ_007549

answers: Muscle and Liver

answers: NDQ_007550

answers: Muscle and Liver|-| MMMM

answers: NDQ_007551

answers: Muscle and Liver

answers: NDQ_007552

answers: LDH

answers: NDQ_007553

answers: LDH.

answers: NDQ_007554

answers: Muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: HHMM

answers: NDQ_007557

answers: LDH

answers: NDQ_007558

answers: Skeletal Muscle

answers: NDQ_007560

answers: MMMM

answers: NDQ_007562

answers: Brain and Kidney|-| LDH || HHMM

answers: NDQ_007563

answers: MMMM

answers: NDQ_007566

answers: || MMMM

answers: NDQ_007568

answers: MMMM

answers: NDQ_007569

answers: MMMM

answers: NDQ_007570

answers: MMMM

answers: NDQ_007571

answers: MMMM

answers: NDQ_007572

answers: MMMM

answers: NDQ_007573

answers: MMMM

answers: NDQ_007574

answers: MMMM

answers: NDQ_007575

answers: MMMM

answers: NDQ_007576

answers: MMMM

answers: NDQ_007577

answers: MMMM

answers: NDQ_007578

answers: MMMM

answers: NDQ_007579

answers: Skeletal Muscle

answers: NDQ_007580

answers: HMMM

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: erythrocyte

answers: NDQ_007583

answers: MMMM

answers: NDQ_007584

answers: HMMM

answers: NDQ_007549

answers: Skeletal Muscle and Liver|-|

answers: NDQ_007550

answers: Skeletal Muscle and Liver|-|

answers: NDQ_007551

answers: Muscle and Liver|-|

answers: NDQ_007552

answers: LDH

answers: NDQ_007553

answers: LDH

answers: NDQ_007554

answers: Skeletal Muscle

answers: NDQ_007555

answers: Skeletal Muscle and Liver|-|

answers: NDQ_007556

answers: HHHM

answers: NDQ_007557

answers: HHHM

answers: NDQ_007558

answers: Skeletal Muscle and Liver|-|

answers: NDQ_007560

answers: LDH

answers: NDQ_007562

answers: Location|-| LDH || HHHH

answers: NDQ_007563

answers: HMMM

answers: NDQ_007566

answers: HMMM

answers: NDQ_007568

answers: LDH || HHHH

answers: NDQ_007569

answers: MMMM

answers: NDQ_007570

answers: HHHM

answers: NDQ_007571

answers: HMMM

answers: NDQ_007572

answers: LDH || HHHH

answers: NDQ_007573

answers: HMMM

answers: NDQ_007574

answers: HMMM

answers: NDQ_007575

answers: HMMM

answers: NDQ_007576

answers: HMMM

answers: NDQ_007577

answers: HMMM

answers: NDQ_007578

answers: MMMM

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal Muscle

answers: NDQ_007582

answers: Erythrocyte|-|

answers: NDQ_007583

answers: HHHH || Heart and Erythrocyte|-|

answers: NDQ_007584

answers: MMMM

text: Hippocrates was reluctant to administer drugs and engage in specialized treatment that might prove to be wrongly chosen; generalized therapy followed a generalized diagnosis. Generalized treatments he prescribed include fasting and the consumption of apple cider vinegar. Hippocrates once said that "to eat when you are sick, is to feed your sickness." However, potent drugs were used on certain occasions. This passive approach was very successful in treating relatively simple ailments such as broken bones which required traction to stretch the skeletal system and relieve pressure on the injured area. The Hippocratic bench and other devices were used to this end.

text: Hippocrates was reluctant to administer drugs and engage in specialized treatment that might prove to be wrongly chosen; generalized therapy followed a generalized diagnosis. Generalized treatments he prescribed include fasting and the consumption of apple cider vinegar. Hippocrates once said that "to eat when you are sick, is to feed your sickness." However, potent drugs were used on certain occasions. This passive approach was very successful in treating relatively simple ailments such as broken bones which required

entity_name: Traction (orthopedics)

text: traction

text: to stretch the skeletal system and relieve pressure on the injured area. The

entity_name: Hippocratic bench

text: Hippocratic bench

text: and other devices were used to this end.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: pressure on the injured area

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: broken bones

answers: NDQ_007560

answers: hippocratic bench

answers: NDQ_007562

answers: to eat when you are sick, is to feed your sickness

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of Hippocrates?

answers: NDQ_007568

answers: How many types of bone tissues are in the skeletal system?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of Hippocrates?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, bone or bone?

answers: NDQ_007573

answers: Hippocrates once said that "to eat when you are sick, is to feed your sickness."

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: broken bones

answers: NDQ_007552

answers: apple cider vinegar.

answers: NDQ_007553

answers: Hippocrates

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: generalized therapy followed a generalized diagnosis.

answers: NDQ_007557

answers: traction to stretch the skeletal system

answers: NDQ_007558

answers: broken bones

answers: NDQ_007560

answers: traction

answers: NDQ_007562

answers: "to eat when you are sick, is to feed your sickness."

answers: NDQ_007563

answers: The Hippocratic bench

answers: NDQ_007566

answers: apple cider vinegar.

answers: NDQ_007568

answers: The Hippocratic bench

answers: NDQ_007569

answers: Hippocrates

answers: NDQ_007570

answers: broken bones

answers: NDQ_007571

answers: apple cider vinegar.

answers: NDQ_007572

answers: broken bones which required traction to stretch the skeletal system

answers: NDQ_007573

answers: The Hippocratic bench

answers: NDQ_007574

answers: The Hippocratic bench

answers: NDQ_007575

answers: The Hippocratic bench

answers: NDQ_007576

answers: broken bones

answers: NDQ_007577

answers: The Hippocratic bench

answers: NDQ_007578

answers: skeletal system

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal system

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: skeletal system

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: broken bones

text: Williams then withdrew from the French Open with a sprained left ankle.

text: Williams then withdrew from the

entity_name: 2005 French Open

text: French Open

text: with a sprained left ankle.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: they are longer

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: A sprained ankle is the same as a broken ankle.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Why did Williams withdraw from the French Open?

answers: NDQ_007572

answers: None of the above choices .

answers: NDQ_007573

answers: None of the above choices .

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: (iii).

answers: NDQ_007577

answers: None of the above choices .

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osseous process

answers: NDQ_007549

answers: ankle.

answers: NDQ_007550

answers: ankle.

answers: NDQ_007551

answers: ankle.

answers: NDQ_007552

answers: sprained left ankle.

answers: NDQ_007553

answers: ankle.

answers: NDQ_007554

answers: ankle.

answers: NDQ_007555

answers: ankle.

answers: NDQ_007556

answers: sprained left ankle.

answers: NDQ_007557

answers: ankle.

answers: NDQ_007558

answers: ankle.

answers: NDQ_007560

answers: left ankle.

answers: NDQ_007562

answers: sprained left ankle.

answers: NDQ_007563

answers: Williams then withdrew from the French Open

answers: NDQ_007566

answers: Williams then withdrew from the French Open

answers: NDQ_007568

answers: sprained left ankle.

answers: NDQ_007569

answers: sprained left ankle.

answers: NDQ_007570

answers: sprained left ankle.

answers: NDQ_007571

answers: Williams

answers: NDQ_007572

answers: sprained left ankle.

answers: NDQ_007573

answers: Williams

answers: NDQ_007574

answers: sprained left ankle.

answers: NDQ_007575

answers: sprained left ankle.

answers: NDQ_007576

answers: sprained left ankle.

answers: NDQ_007577

answers: sprained left ankle.

answers: NDQ_007578

answers: ankle.

answers: NDQ_007579

answers: ankle.

answers: NDQ_007580

answers: ankle.

answers: NDQ_007581

answers: ankle.

answers: NDQ_007582

answers: ankle.

answers: NDQ_007583

answers: ankle.

answers: NDQ_007584

answers: sprained left ankle.

text: The Russian physiologist Nicolas Bernstein independently came to the same conclusion that behavior has to be multiordinal—organized hierarchically, in layers. A simple problem led to this conclusion at about the same time both in PCT and in Bernstein's work. The spinal reflexes act to stabilize limbs against disturbances. Why do they not prevent centers higher in the brain from using those limbs to carry out behavior? Since the brain obviously does use the spinal systems in producing behavior, there must be a principle that allows the higher systems to operate by incorporating the reflexes, not just by overcoming them or turning them off. The answer is that the reference value (setpoint) for a spinal reflex is not static; rather, it is varied by higher-level systems as their means of moving the limbs. This principle applies to higher feedback loops, as each loop presents the same problem to subsystems above it.

text: The Russian physiologist Nicolas Bernstein independently came to the same conclusion that behavior has to be multiordinal—organized hierarchically, in layers. A simple problem led to this conclusion at about the same time both in PCT and in Bernstein's work. The spinal reflexes act to stabilize limbs against disturbances. Why do they not prevent centers higher in the brain from using those limbs to carry out behavior? Since the brain obviously does use the spinal systems in producing behavior, there must be a principle that allows the higher systems to operate by incorporating the reflexes, not just by overcoming them or turning them off. The answer is that the reference value (setpoint) for a spinal reflex is not static; rather, it is varied by higher-level systems as their means of moving the limbs. This principle applies to higher feedback loops, as each loop presents the same problem to subsystems above it.

answers: NDQ_007549

answers: spinal reflexes

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: stabilizing limbs against disturbances

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: limbs

answers: NDQ_007556

answers: spinal reflexes act to stabilize limbs

answers: NDQ_007557

answers: spinal reflexes

answers: NDQ_007558

answers: spinal

answers: NDQ_007560

answers: feedback loops

answers: NDQ_007562

answers: spinal reflexes act to stabilize limbs against disturbances

answers: NDQ_007563

answers: Bones release stored calcium to the blood

answers: NDQ_007566

answers: The answer: dead, dry, and brittle.

answers: NDQ_007568

answers: Bones

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: cells are produced by compact bone

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: Nicolas Bernstein

answers: NDQ_007575

answers: The Russian physiologist Nicolas Bernstein

answers: NDQ_007576

answers: The answer: yes

answers: NDQ_007577

answers: The adult skeletal system

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: PCT

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: spinal

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: PCT

answers: NDQ_007584

answers: PCT

answers: NDQ_007549

answers: spinal reflexes

answers: NDQ_007550

answers: spinal systems

answers: NDQ_007551

answers: stabilize limbs against disturbances.

answers: NDQ_007552

answers: incorporating the reflexes,

answers: NDQ_007553

answers: spinal reflexes

answers: NDQ_007554

answers: spinal reflexes

answers: NDQ_007555

answers: limbs

answers: NDQ_007556

answers: incorporating the reflexes,

answers: NDQ_007557

answers: spinal reflexes

answers: NDQ_007558

answers: limbs

answers: NDQ_007560

answers: spinal reflex

answers: NDQ_007562

answers: overcoming them or turning them off.

answers: NDQ_007563

answers: overcoming them or turning them off.

answers: NDQ_007566

answers: overcoming them or turning them off.

answers: NDQ_007568

answers: incorporating the reflexes,

answers: NDQ_007569

answers: incorporating the reflexes,

answers: NDQ_007570

answers: incorporating the reflexes,

answers: NDQ_007571

answers: The spinal reflexes

answers: NDQ_007572

answers: overcoming them or turning them off.

answers: NDQ_007573

answers: The spinal reflexes

answers: NDQ_007574

answers: incorporating the reflexes,

answers: NDQ_007575

answers: overcoming them or turning them off.

answers: NDQ_007576

answers: The spinal reflexes

answers: NDQ_007577

answers: incorporating the reflexes,

answers: NDQ_007578

answers: spinal reflexes

answers: NDQ_007579

answers: spinal reflexes

answers: NDQ_007580

answers: spinal reflexes

answers: NDQ_007581

answers: spinal reflexes

answers: NDQ_007582

answers: spinal reflexes

answers: NDQ_007583

answers: spinal reflexes

answers: NDQ_007584

answers: feedback

text: VLDLR is found throughout the body, with particularly high expression in fatty acid tissues due to their high level of triglycerides, VLDLR’s primary ligand. These tissues include those of the heart, skeletal muscle, and adipose layer. In addition, the receptor is found in macrophages, endothelial cells of capillaries, and in the brain, where it has a very different function from that found in the rest of the body. There is a preferred expression for VLDLR type I in the heart, skeletal muscle and brain, as opposed to type II, which is mainly expressed in non-muscular tissues including the cerebrum, cerebellum, kidney, spleen, and aortic endothelial cells. The highest expression of VLDLR is found in the brain. Although VLDLR is found in almost all regions of the brain, its highest expression is restricted to the cortex and cerebellum. Here, the receptor can be found on resting or activated microglia that are associated with senile plaques and cortical neurons, neuroblasts, matrix cells, Cajal-Retzius cells, glioblasts, astrocytes, oligodendrocytes, and region-specific pyramidal neurons. Despite its major role in cholesterol and fatty acid metabolism, VLDLR is not found in the liver. This phenomenon is mainly attributed to the very high levels of LDLR in these areas. In addition, it has been uncovered that this receptor is found, sub-cellularly, in the non-lipid raft sections of cell membranes.

text: VLDLR is found throughout the body, with particularly high expression in fatty acid tissues due to their high level of

entity_name: Triglyceride

text: triglycerides

text: , VLDLR’s primary ligand. These tissues include those of the heart, skeletal muscle, and

text: adipose layer

text: . In addition, the receptor is found in macrophages, endothelial cells of capillaries, and in the brain, where it has a very different function from that found in the rest of the body. There is a preferred expression for VLDLR type I in the heart, skeletal muscle and brain, as opposed to type II, which is mainly expressed in non-muscular tissues including the

text: cerebrum

text: cerebellum

text: , kidney, spleen, and aortic endothelial cells. The highest expression of VLDLR is found in the brain. Although VLDLR is found in almost all regions of the brain, its highest expression is restricted to the cortex and cerebellum. Here, the receptor can be found on resting or activated

text: microglia

text: that are associated with

text: senile plaques

text: and cortical neurons,

text: neuroblast

text: s, matrix cells,

text: Cajal-Retzius cell

text: s,

text: glioblast

text: s,

text: astrocytes

text: oligodendrocytes

text: , and region-specific

text: pyramidal neurons

text: . Despite its major role in cholesterol and fatty acid metabolism, VLDLR is not found in the liver. This phenomenon is mainly attributed to the very high levels of

text: LDLR

text: in these areas. In addition, it has been uncovered that this receptor is found, sub-cellularly, in the non-

text: lipid raft

text: sections of cell membranes.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: VLDLR

answers: NDQ_007553

answers: macrophages

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: high level of triglycerides

answers: NDQ_007557

answers: VLDLR

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: VLDLR is not found in the liver

answers: NDQ_007563

answers: What is the highest expression of VLDLR?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not an organ: heart, skeletal muscle, and adipose layer

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the highest expression of VLDLR found in the brain?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is the primary ligand of VLDLR?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: aortic

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: capillaries

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: skeletal muscle,

answers: NDQ_007551

answers: muscle,

answers: NDQ_007552

answers: VLDLR

answers: NDQ_007553

answers: endothelial cells of capillaries,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: liver.

answers: NDQ_007556

answers: activated microglia

answers: NDQ_007557

answers: neuroblasts, matrix cells,

answers: NDQ_007558

answers: Cajal-Retzius cells,

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: VLDLR

answers: NDQ_007563

answers: VLDLR

answers: NDQ_007566

answers: VLDLR

answers: NDQ_007568

answers: neuroblasts, matrix cells,

answers: NDQ_007569

answers: VLDLR

answers: NDQ_007570

answers: non-muscular tissues

answers: NDQ_007571

answers: VLDLR

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: VLDLR

answers: NDQ_007574

answers: VLDLR

answers: NDQ_007575

answers: VLDLR

answers: NDQ_007576

answers: liver.

answers: NDQ_007577

answers: VLDLR is not found in the liver.

answers: NDQ_007578

answers: Cajal-Retzius cells,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: oligodendrocytes,

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: capillaries,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: Cajal-Retzius cells,

text: Ankle sprains and wrist sprains are common in wrestling. Ankle sprains typically occur from twisting the ankle and injuring the ligaments within the ankle. Wrist sprains occur from falling hard on the wrist and damaging the ligaments in the wrist.

text: Ankle sprains

text: and wrist sprains are common in wrestling. Ankle sprains typically occur from twisting the ankle and injuring the ligaments within the ankle. Wrist sprains occur from falling hard on the wrist and damaging the ligaments in the wrist.

answers: NDQ_007549

answers: ankle sprains and wrist sprains

answers: NDQ_007550

answers: __.

answers: NDQ_007551

answers: muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body's cells

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: Wrist.

answers: NDQ_007556

answers: sprains

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: wrist

answers: NDQ_007560

answers: Wrist

answers: NDQ_007562

answers: Ankle sprains are caused by twisting the ankle.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: Which of the following is not an organ?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is not a cause of wrist sprains: twisting the ankle or falling hard on the wrist?

answers: NDQ_007574

answers: Which of the following is not true of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: Which of the following is not a skeletal system: ankle, wrist, or hand?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligaments

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: ligaments

answers: NDQ_007551

answers: wrestling.

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: Ankle sprains and wrist sprains

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ligaments

answers: NDQ_007556

answers: twisting the ankle and injuring the ligaments

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: Ankle sprains and wrist

answers: NDQ_007560

answers: Wrist

answers: NDQ_007562

answers: Ankle sprains

answers: NDQ_007563

answers: Ankle sprains

answers: NDQ_007566

answers: Ankle sprains typically occur from twisting the ankle

answers: NDQ_007568

answers: ligaments

answers: NDQ_007569

answers: Ankle sprains and wrist sprains

answers: NDQ_007570

answers: Wrist sprains occur from falling hard on the wrist

answers: NDQ_007571

answers: Ankle sprains typically occur from twisting the ankle

answers: NDQ_007572

answers: Ankle sprains

answers: NDQ_007573

answers: falling hard on the wrist and damaging the ligaments in the wrist.

answers: NDQ_007574

answers: Ankle sprains and wrist sprains

answers: NDQ_007575

answers: twisting the ankle and injuring the ligaments

answers: NDQ_007576

answers: twisting the ankle and injuring the ligaments

answers: NDQ_007577

answers: Ankle sprains typically occur from twisting the ankle

answers: NDQ_007578

answers: ligaments

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligaments

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: ligaments

text: The joint-family system is one of the basic features of Hindu social organization. Therefore, since Hinduism is the primary practiced religion in India, the joint-family system constitutes the majority of family structures in India. The joint-family system is described as follows:“In structure, it comprises a married man, his father, his grandfather and his collaterals within three generations. The different kinsmen along with their spouses and children occupy the same dwelling, eat and worship together, and enjoy property in common. They cooperate in economic activity and, even if the members are differentiated occupationally, pool their earnings. The joint-family provides nursing care for the sick and afflicted, social security for the unemployed, and support for the aged”“They share the various routines, problems, and joys of social living, have strong feelings of mutual obligation during crises, and regard self-interest as being identical with family welfare. Their respect for the wisdom and justice of the eldest male permits him and his spouse to render decisions which affect each and every member of the unit”

text: The joint-family system is one of the basic features of Hindu social organization. Therefore, since Hinduism is the primary practiced religion in India, the joint-family system constitutes the majority of family structures in India. The joint-family system is described as follows:“In structure, it comprises a married man, his father, his grandfather and his collaterals within three generations. The different kinsmen along with their spouses and children occupy the same dwelling, eat and worship together, and enjoy property in common. They cooperate in economic activity and, even if the members are differentiated occupationally, pool their earnings. The joint-family provides nursing care for the sick and afflicted, social security for the unemployed, and support for the aged”“They share the various routines, problems, and joys of social living, have strong feelings of mutual obligation during crises, and regard self-interest as being identical with family welfare. Their respect for the wisdom and justice of the eldest male permits him and his spouse to render decisions which affect each and every member of the unit”

answers: NDQ_007549

answers: joint-family

answers: NDQ_007550

answers: joint-family system

answers: NDQ_007551

answers: nursing care

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: joint-family system

answers: NDQ_007556

answers: the ends of long bones ossify later

answers: NDQ_007557

answers: property in common

answers: NDQ_007558

answers: joint-family

answers: NDQ_007560

answers: joint-family

answers: NDQ_007562

answers: joint-family provides nursing care for the sick and afflicted

answers: NDQ_007563

answers: What does the joint-family system constitute?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a characteristic of compact bone?

answers: NDQ_007573

answers: joint-family system

answers: NDQ_007574

answers: joint-family

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: collaterals

answers: NDQ_007580

answers: collaterals

answers: NDQ_007581

answers: collaterals

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: collaterals

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: a married man, his father, his grandfather and his collaterals

answers: NDQ_007550

answers: a married man, his father, his grandfather and his collaterals

answers: NDQ_007551

answers: nursing care for the sick and afflicted,

answers: NDQ_007552

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007553

answers: The joint-family

answers: NDQ_007554

answers: earnings.

answers: NDQ_007555

answers: married man, his father, his grandfather and his collaterals

answers: NDQ_007556

answers: Hinduism is the primary practiced religion in India,

answers: NDQ_007557

answers: earnings.

answers: NDQ_007558

answers: collaterals

answers: NDQ_007560

answers: eldest male permits him and his spouse

answers: NDQ_007562

answers: The joint-family provides nursing care for the sick and afflicted,

answers: NDQ_007563

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007566

answers: The joint-family system

answers: NDQ_007568

answers: three generations.

answers: NDQ_007569

answers: The joint-family system

answers: NDQ_007570

answers: earnings.

answers: NDQ_007571

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007572

answers: The joint-family system

answers: NDQ_007573

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007574

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007575

answers: The joint-family system

answers: NDQ_007576

answers: The joint-family system

answers: NDQ_007577

answers: three generations.

answers: NDQ_007578

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007579

answers: The joint-family

answers: NDQ_007580

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007581

answers: The joint-family

answers: NDQ_007582

answers: father, his grandfather and his collaterals

answers: NDQ_007583

answers: The joint-family system is one of the basic features of Hindu social organization.

answers: NDQ_007584

answers: generations.

text: These ridges could be formed by large impacts that produced fractures, faults, or dikes made up of melted rock and/or crushed rock (breccia).  If the impact-caused dike is made of purely melted rock from the heat of the impact, it is called a pseudotachylite .  Also, hydrothermalism may have been involved due to the heat generated during impacts.  Strong evidence for hydrothermalism was reported by a team of researchers studying Auki Crater.  This crater contains ridges that may have been produced after fractures formed with an impact.  Using instruments on the Mars Reconnaissance Orbiter they found the minerals smectite, silica, zeolite, serpentine, carbonate, and chorite that are common in impact-induced hydrothermal systems on Earth.      Other evidence of post-impact hydrothermal systems on Mars from other scientists who studied other Martian craters.

text: These ridges could be formed by large impacts that produced fractures, faults, or dikes made up of melted rock and/or crushed rock (

text: breccia

text: ).  If the impact-caused dike is made of purely melted rock from the heat of the impact, it is called a

text: pseudotachylite

text: .  Also, hydrothermalism may have been involved due to the heat generated during impacts.  Strong evidence for hydrothermalism was reported by a team of researchers studying

text: Auki Crater

text: .  This crater contains ridges that may have been produced after fractures formed with an impact.  Using instruments on the

text: Mars Reconnaissance Orbiter

text: they found the minerals

text: smectite

text: silica

text: zeolite

text: serpentine

text: carbonate

text: , and chorite that are common in impact-induced hydrothermal systems on Earth.      Other evidence of post-impact hydrothermal systems on Mars from other scientists who studied other Martian craters.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: carbonate, chorite, and smectite

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: rock

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: hydrothermalism

answers: NDQ_007557

answers: hydrothermalism

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: purely melted rock from the heat of the impact

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a mineral?

answers: NDQ_007568

answers: Which is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a mineral?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: chorite

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: chorite

answers: NDQ_007581

answers: fractures

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: breccia

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: ridges

answers: NDQ_007550

answers: melted rock

answers: NDQ_007551

answers: fractures,

answers: NDQ_007552

answers: hydrothermalism

answers: NDQ_007553

answers: large impacts

answers: NDQ_007554

answers: melted rock

answers: NDQ_007555

answers: Auki Crater.

answers: NDQ_007556

answers: large impacts

answers: NDQ_007557

answers: melted rock

answers: NDQ_007558

answers: ridges

answers: NDQ_007560

answers: fractures, faults, or dikes

answers: NDQ_007562

answers: melted rock

answers: NDQ_007563

answers: hydrothermalism

answers: NDQ_007566

answers: melted rock

answers: NDQ_007568

answers: melted rock

answers: NDQ_007569

answers: pseudotachylite.

answers: NDQ_007570

answers: melted rock and/or crushed rock

answers: NDQ_007571

answers: large impacts

answers: NDQ_007572

answers: large impacts

answers: NDQ_007573

answers: large impacts

answers: NDQ_007574

answers: melted rock

answers: NDQ_007575

answers: impacts

answers: NDQ_007576

answers: fractures,

answers: NDQ_007577

answers: Auki Crater.

answers: NDQ_007578

answers: pseudotachylite.

answers: NDQ_007579

answers: fractures,

answers: NDQ_007580

answers: pseudotachylite.

answers: NDQ_007581

answers: fractures

answers: NDQ_007582

answers: (breccia).

answers: NDQ_007583

answers: (breccia).

answers: NDQ_007584

answers: hydrothermalism

text: Their skeletal features included a massive scapulocoracoid, humeri with large flared ends, stout forearm bones and broad, robust hands that had large claws. Certain features of their hands indicate that they were paddle-like in shape and structure, being used to swim in a manner much similar to that of modern turtles.

text: Their

text: skeletal

text: features included a massive

text: scapulocoracoid

text: , humeri with large flared ends, stout forearm bones and broad, robust hands that had large claws. Certain features of their hands indicate that they were paddle-like in shape and structure, being used to swim in a manner much similar to that of modern turtles.

answers: NDQ_007549

answers: humeri with large flared ends

answers: NDQ_007550

answers: humeri

answers: NDQ_007551

answers: to swim

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a person's body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: forearm

answers: NDQ_007556

answers: large flared ends

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: forearm bones

answers: NDQ_007560

answers: claws

answers: NDQ_007562

answers: they were paddle-like in shape and structure

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What type of bone is the scapulocoracoid?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a skeletal feature: stout forearm bones or claws?

answers: NDQ_007572

answers: Which of the following is not a type of bone: stout forearm bones or turtles?

answers: NDQ_007573

answers: Which of the following is not a skeletal feature: stout forearm bones and broad, robust hands that had large claws?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: humeri

answers: NDQ_007579

answers: humeri

answers: NDQ_007580

answers: humeri

answers: NDQ_007581

answers: humeri

answers: NDQ_007582

answers: humeri

answers: NDQ_007583

answers: humeri

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: a massive scapulocoracoid,

answers: NDQ_007550

answers: stout forearm bones

answers: NDQ_007551

answers: swim

answers: NDQ_007552

answers: modern turtles.

answers: NDQ_007553

answers: turtles.

answers: NDQ_007554

answers: humeri

answers: NDQ_007555

answers: modern turtles.

answers: NDQ_007556

answers: large flared ends,

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: forearm bones

answers: NDQ_007560

answers: scapulocoracoid,

answers: NDQ_007562

answers: modern turtles.

answers: NDQ_007563

answers: modern turtles.

answers: NDQ_007566

answers: turtles.

answers: NDQ_007568

answers: modern turtles.

answers: NDQ_007569

answers: humeri with large flared ends,

answers: NDQ_007570

answers: stout forearm bones

answers: NDQ_007571

answers: modern turtles.

answers: NDQ_007572

answers: humeri with large flared ends,

answers: NDQ_007573

answers: modern turtles.

answers: NDQ_007574

answers: stout forearm bones

answers: NDQ_007575

answers: modern turtles.

answers: NDQ_007576

answers: scapulocoracoid,

answers: NDQ_007577

answers: modern turtles.

answers: NDQ_007578

answers: humeri

answers: NDQ_007579

answers: humeri

answers: NDQ_007580

answers: humeri

answers: NDQ_007581

answers: humeri

answers: NDQ_007582

answers: humeri

answers: NDQ_007583

answers: humeri

answers: NDQ_007584

answers: bones

text: Radio carbon dates place the excavated pits in the southern site to the “first half of the first millennium AD.”  At the southern site, Meister and Eggert found what is believed to be the oldest graves containing iron in Central Africa. In feature AKO 05/6 no skeletal material was found, but the “content as well as the content’s arrangement suggested that they are graves. This interpretation is supported by the discovery of bone residue during the preparation and conservation of the iron bracelets.” Feature AKO 05/2, yielded “three almost complete ceramic vessels, several iron bracelets and two socketed iron hoes, both of which [were] decorated.” No skeletal remains were found at this feature either, however, decomposed bone material was again found. Meister and Eggert also believe that this was a grave. The third and final grave was discovered in feature AKO 05/6. This grave was marked by “intentionally deposited, party worked stones” and inside three pots and iron offerings, including an iron spoon, double- diamond shaped iron objects, were found. Also found were iron bracelets, and an iron axe and hoe.

text: Radio carbon

text: dates place the excavated pits in the southern site to the “first half of the first millennium AD.”  At the southern site, Meister and Eggert found what is believed to be the oldest graves containing iron in Central Africa. In feature AKO 05/6 no skeletal material was found, but the “content as well as the content’s arrangement suggested that they are graves. This interpretation is supported by the discovery of bone residue during the preparation and conservation of the iron bracelets.” Feature AKO 05/2, yielded “three almost complete ceramic vessels, several iron bracelets and two socketed iron hoes, both of which [were] decorated.” No skeletal remains were found at this feature either, however, decomposed bone material was again found. Meister and Eggert also believe that this was a grave. The third and final grave was discovered in feature AKO 05/6. This grave was marked by “intentionally deposited, party worked stones” and inside three pots and iron offerings, including an iron spoon, double- diamond shaped iron objects, were found. Also found were iron bracelets, and an iron axe and hoe.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: Graves

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: decomposed bone material

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: socketed

answers: NDQ_007560

answers: socketed

answers: NDQ_007562

answers: decomposed bone material was again found

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How are bones similar to chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: socketed

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is an increased risk of bone fractures?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: decomposed

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: decomposition

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone

answers: NDQ_007552

answers: skeletal material

answers: NDQ_007553

answers: bone

answers: NDQ_007554

answers: decomposed

answers: NDQ_007555

answers: two socketed iron hoes,

answers: NDQ_007556

answers: “first half of the first millennium AD.”

answers: NDQ_007557

answers: “intentionally deposited, party worked stones”

answers: NDQ_007558

answers: two socketed iron hoes,

answers: NDQ_007560

answers: socketed

answers: NDQ_007562

answers: “intentionally deposited, party worked stones”

answers: NDQ_007563

answers: iron bracelets.” Feature AKO 05/2,

answers: NDQ_007566

answers: decomposed bone material

answers: NDQ_007568

answers: skeletal material

answers: NDQ_007569

answers: decomposed bone

answers: NDQ_007570

answers: socketed iron hoes,

answers: NDQ_007571

answers: no skeletal material

answers: NDQ_007572

answers: decomposed bone

answers: NDQ_007573

answers: no skeletal material

answers: NDQ_007574

answers: no skeletal material

answers: NDQ_007575

answers: iron bracelets.” Feature AKO 05/2,

answers: NDQ_007576

answers: “first half of the first millennium AD.”

answers: NDQ_007577

answers: “first half of the first millennium AD.”

answers: NDQ_007578

answers: decomposed

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: decomposed

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: decomposed bone

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: decomposed

text: CDGP is a global delay in development that affects every organ system. Delays in growth and sexual development are quantified by skeletal age, which is determined from bone age radiographic studies of the left hand and wrist. Growth and development are appropriate for an individual's biologic age (skeletal age) rather than for their chronologic age. Timing and tempo of growth and development are delayed in accordance with the biologic state of maturity.

text: CDGP is a global delay in development that affects every organ system. Delays in growth and sexual development are quantified by skeletal age, which is determined from bone age radiographic studies of the left hand and wrist. Growth and development are appropriate for an individual's biologic age (skeletal age) rather than for their chronologic age. Timing and tempo of growth and development are delayed in accordance with the biologic state of maturity.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: growth and sexual development

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: hand and wrist

answers: NDQ_007556

answers: the biologic state of maturity

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: left hand and wrist

answers: NDQ_007560

answers: wrist

answers: NDQ_007562

answers: growth and development are appropriate for an individual's chronological age

answers: NDQ_007563

answers: Which of the following is not a characteristic of skeletal age?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not an organ system: bone age radiographic studies of the left hand and wrist?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a risk factor for osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal age

answers: NDQ_007549

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: growth and sexual development

answers: NDQ_007552

answers: CDGP

answers: NDQ_007553

answers: CDGP

answers: NDQ_007554

answers: skeletal age,

answers: NDQ_007555

answers: left hand and wrist.

answers: NDQ_007556

answers: biologic state of maturity.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: left hand and wrist.

answers: NDQ_007560

answers: wrist.

answers: NDQ_007562

answers: chronologic age.

answers: NDQ_007563

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007566

answers: skeletal age,

answers: NDQ_007568

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007569

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007570

answers: left hand and wrist.

answers: NDQ_007571

answers: Delays in growth and sexual development are quantified by skeletal age,

answers: NDQ_007572

answers: skeletal age,

answers: NDQ_007573

answers: Delays in growth and sexual development are quantified by skeletal age,

answers: NDQ_007574

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007575

answers: Delays in growth and sexual development are quantified by skeletal age,

answers: NDQ_007576

answers: CDGP

answers: NDQ_007577

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007578

answers: skeletal age,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal age,

answers: NDQ_007581

answers: skeletal age, which is determined from bone

answers: NDQ_007582

answers: bone age radiographic studies of the left hand and wrist.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: growth

text: Latin for "the Prison".  The figure is the outline of an enclosure, a link in a chain, or prison cell. It is usually bad in situations and denotes delays, setbacks, or bindings.  Astrologically it is associated with Capricorn and Saturn retrograde; its inner and outer element is earth.  It refers to immobility, and also thereby strength.  Depending on the question it could indicate a restriction or a source of willpower.  It is generally unfavourable, but can be favourable in questions involving stability or security.  Its planetary intelligence is Agiel and its spirit is Zazel; it is associated with the deities Saeturnus and Vesta, and the angels Cassiel and Hanael.  It is associated with the knees and skeletal system of the body.

text: Latin for "the Prison".  The figure is the outline of an enclosure, a link in a chain, or prison cell. It is usually bad in situations and denotes delays, setbacks, or bindings.  Astrologically it is associated with

text: Capricorn

text: and Saturn retrograde; its inner and outer element is earth.  It refers to immobility, and also thereby strength.  Depending on the question it could indicate a restriction or a source of willpower.  It is generally unfavourable, but can be favourable in questions involving stability or security.  Its planetary intelligence is Agiel and its spirit is Zazel; it is associated with the deities Saeturnus and Vesta, and the angels Cassiel and Hanael.  It is associated with the knees and skeletal system of the body.

answers: NDQ_007549

answers: knees

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: immobility

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Capricorn

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: immobility

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: knees

answers: NDQ_007562

answers: It is associated with the knees and skeletal system of the body.

answers: NDQ_007563

answers: What is associated with the knees and skeletal system of the body?

answers: NDQ_007566

answers: Which of the following is not associated with the skeletal system of the body?

answers: NDQ_007568

answers: What is the skeletal system of the body?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Saeturnus

answers: NDQ_007572

answers: What is the skeletal system of the body associated with?

answers: NDQ_007573

answers: Capricorn

answers: NDQ_007574

answers: It is associated with the knees and skeletal system of the body

answers: NDQ_007575

answers: The figure is associated with the knees

answers: NDQ_007576

answers: It is associated with the knees

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: knees

answers: NDQ_007550

answers: knees

answers: NDQ_007551

answers: knees

answers: NDQ_007552

answers: skeletal system

answers: NDQ_007553

answers: skeletal system

answers: NDQ_007554

answers: earth. It refers to immobility,

answers: NDQ_007555

answers: knees

answers: NDQ_007556

answers: delays, setbacks, or bindings.

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: knees

answers: NDQ_007562

answers: knees

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: knees and skeletal system

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: knees

answers: NDQ_007570

answers: knees

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: knees and skeletal system

answers: NDQ_007574

answers: knees

answers: NDQ_007575

answers: knees and skeletal system

answers: NDQ_007576

answers: knees

answers: NDQ_007577

answers: knees

answers: NDQ_007578

answers: skeletal system

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal system

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: skeletal system

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

text: The Herbert classification is a system of categorizing scaphoid fractures.

text: The Herbert classification is a system of categorizing

text: scaphoid fracture

text: s.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: scaphoid fracture

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: scaphoid

answers: NDQ_007560

answers: scapula

answers: NDQ_007562

answers: The Herbert classification is used to categorize scaphoid fractures.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What kind of joint is the ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of fracture?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: The Herbert classification is used to categorize scaphoid fractures.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: scaphoid

answers: NDQ_007580

answers: scaphoid

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: scaphoid

answers: NDQ_007550

answers: scaphoid

answers: NDQ_007551

answers: The Herbert classification

answers: NDQ_007552

answers: The Herbert classification

answers: NDQ_007553

answers: The Herbert classification

answers: NDQ_007554

answers: a system of categorizing scaphoid

answers: NDQ_007555

answers: scaphoid

answers: NDQ_007556

answers: scaphoid fractures.

answers: NDQ_007557

answers: scaphoid fractures.

answers: NDQ_007558

answers: scaphoid

answers: NDQ_007560

answers: scaphoid

answers: NDQ_007562

answers: The Herbert classification

answers: NDQ_007563

answers: The Herbert classification

answers: NDQ_007566

answers: The Herbert classification

answers: NDQ_007568

answers: The Herbert classification

answers: NDQ_007569

answers: The Herbert classification

answers: NDQ_007570

answers: The Herbert classification

answers: NDQ_007571

answers: The Herbert classification

answers: NDQ_007572

answers: The Herbert classification

answers: NDQ_007573

answers: The Herbert classification

answers: NDQ_007574

answers: The Herbert classification

answers: NDQ_007575

answers: The Herbert classification

answers: NDQ_007576

answers: The Herbert classification

answers: NDQ_007577

answers: The Herbert classification

answers: NDQ_007578

answers: scaphoid

answers: NDQ_007579

answers: scaphoid

answers: NDQ_007580

answers: scaphoid

answers: NDQ_007581

answers: scaphoid

answers: NDQ_007582

answers: scaphoid

answers: NDQ_007583

answers: scaphoid

answers: NDQ_007584

answers: fractures.

text: Casa Batlló () is a renowned building located in the centre of Barcelona and is one of Antoni Gaudí’s masterpieces. A remodel of a previously built house, it was redesigned in 1904 by Gaudí and has been refurbished several times after that. Gaudí's assistants Domènec Sugrañes i Gras, Josep Canaleta and Joan Rubió also contributed to the renovation project. The local name for the building is Casa dels ossos (House of Bones), as it has a visceral, skeletal organic quality.

text: Casa Batlló () is a renowned building located in the centre of

text: Barcelona

text: and is one of

text: Antoni Gaudí

text: ’s masterpieces. A remodel of a previously built house, it was redesigned in 1904 by Gaudí and has been refurbished several times after that. Gaudí's assistants

text: Domènec Sugrañes i Gras

text: , Josep Canaleta and

text: Joan Rubió

text: also contributed to the renovation project. The local name for the building is Casa dels ossos (House of Bones), as it has a

text: viscera

text: l,

text: skeletal

text: organic quality.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: visceral

answers: NDQ_007555

answers: House of Bones

answers: NDQ_007556

answers: skeletal organic quality

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: ossos

answers: NDQ_007560

answers: the door hinge

answers: NDQ_007562

answers: The local name for the building is Casa dels ossos

answers: NDQ_007563

answers: What is the local name for the building?

answers: NDQ_007566

answers: What is Casa dels ossos?

answers: NDQ_007568

answers: What is the local name for the building Casa dels ossos?

answers: NDQ_007569

answers: spongy bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: What is the local name of the building?

answers: NDQ_007571

answers: Which of the following is not a mineral: Calcium, Vitamin D or Bones?

answers: NDQ_007572

answers: Which of the following is not a local name for the building: Casa dels ossos, House of Bones, or Casa Batlló?

answers: NDQ_007573

answers: How would you describe the local name for the building?

answers: NDQ_007574

answers: What is the local name for the building?

answers: NDQ_007575

answers: What is the local name for the building?

answers: NDQ_007576

answers: What is the local name for the building?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: visceral

answers: NDQ_007579

answers: visceral

answers: NDQ_007580

answers: visceral

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: visceral

answers: NDQ_007583

answers: osso

answers: NDQ_007584

answers: osseous

answers: NDQ_007549

answers: Bones),

answers: NDQ_007550

answers: Bones),

answers: NDQ_007551

answers: visceral,

answers: NDQ_007552

answers: Casa dels ossos

answers: NDQ_007553

answers: Bones),

answers: NDQ_007554

answers: visceral,

answers: NDQ_007555

answers: Casa dels ossos

answers: NDQ_007556

answers: visceral, skeletal organic quality.

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: ossos

answers: NDQ_007560

answers: Casa Batlló

answers: NDQ_007562

answers: (House of Bones),

answers: NDQ_007563

answers: Casa dels ossos

answers: NDQ_007566

answers: Bones),

answers: NDQ_007568

answers: skeletal

answers: NDQ_007569

answers: Casa dels ossos

answers: NDQ_007570

answers: Casa dels ossos

answers: NDQ_007571

answers: Casa dels ossos

answers: NDQ_007572

answers: skeletal organic quality.

answers: NDQ_007573

answers: Casa dels ossos

answers: NDQ_007574

answers: Casa dels ossos

answers: NDQ_007575

answers: Casa dels ossos

answers: NDQ_007576

answers: Casa dels ossos

answers: NDQ_007577

answers: Casa dels ossos

answers: NDQ_007578

answers: visceral,

answers: NDQ_007579

answers: visceral,

answers: NDQ_007580

answers: visceral,

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: visceral,

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: As of 2014, the National Board of Chiropractic Examiners states "The specific focus of chiropractic practice is known as the chiropractic subluxation or joint dysfunction. A subluxation is a health concern that manifests in the skeletal joints, and, through complex anatomical and physiological relationships, affects the nervous system and may lead to reduced function, disability or illness."

text: As of 2014, the

entity_name: National Board of Chiropractic Examiners

text: National Board of Chiropractic Examiners

text: states "The specific focus of chiropractic practice is known as the chiropractic subluxation or joint dysfunction. A subluxation is a health concern that manifests in the skeletal joints, and, through complex anatomical and physiological relationships, affects the nervous system and may lead to reduced function, disability or illness."

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: joints

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal joints

answers: NDQ_007556

answers: skeletal joints

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal joints

answers: NDQ_007560

answers: skeletal joints

answers: NDQ_007562

answers: subluxation is a health concern that manifests in the skeletal joints

answers: NDQ_007563

answers: Which of the following is not a health concern that manifests in the skeletal joints

answers: NDQ_007566

answers: How would you describe a subluxation?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal joints

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: joints,

answers: NDQ_007550

answers: skeletal joints,

answers: NDQ_007551

answers: skeletal joints,

answers: NDQ_007552

answers: skeletal joints,

answers: NDQ_007553

answers: skeletal joints,

answers: NDQ_007554

answers: skeletal joints,

answers: NDQ_007555

answers: skeletal joints,

answers: NDQ_007556

answers: chiropractic subluxation

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal joints,

answers: NDQ_007560

answers: skeletal joints,

answers: NDQ_007562

answers: chiropractic subluxation

answers: NDQ_007563

answers: skeletal joints,

answers: NDQ_007566

answers: chiropractic subluxation

answers: NDQ_007568

answers: chiropractic subluxation

answers: NDQ_007569

answers: skeletal joints,

answers: NDQ_007570

answers: skeletal joints,

answers: NDQ_007571

answers: skeletal joints,

answers: NDQ_007572

answers: skeletal joints,

answers: NDQ_007573

answers: chiropractic subluxation

answers: NDQ_007574

answers: skeletal joints,

answers: NDQ_007575

answers: chiropractic subluxation

answers: NDQ_007576

answers: subluxation

answers: NDQ_007577

answers: skeletal joints,

answers: NDQ_007578

answers: skeletal joints,

answers: NDQ_007579

answers: skeletal joints,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal joints,

answers: NDQ_007582

answers: skeletal joints,

answers: NDQ_007583

answers: skeletal joints,

answers: NDQ_007584

answers: skeletal joints,

text: In many instances, Chac Chel is depicted as a goddess of destruction as well as creation, which fits with the ancient Maya emphasis on duality. In the Tulum Structure 16 murals, she wears a serpent headdress and holds another serpent in her hands, which could symbolize her role as the bringer of world-ending deluges. On page 30b of the Madrid Codex, she is seen standing with streams of blue water pouring from her loins and breasts while God B sits at her feet, indicating that she not only brings devastating floods, but also is of extreme importance, as males are rarely situated lower than females in Maya iconography.  In other scenes, she is shown having an amorous affair with God B and in another; both deities are depicted among a flood that has destroyed the world.In bas-relief iconography from a column in the Lower Temple of the Jaguars in Chichen Itza, a skeletalized Chac Chel is shown with God N supporting an Atlantean figure wearing a cross-bone skirt.

text: In many instances, Chac Chel is depicted as a goddess of destruction as well as creation, which fits with the ancient Maya emphasis on duality. In the Tulum Structure 16 murals, she wears a serpent headdress and holds another serpent in her hands, which could symbolize her role as the bringer of world-ending deluges. On page 30b of the Madrid Codex, she is seen standing with streams of blue water pouring from her loins and breasts while God B sits at her feet, indicating that she not only brings devastating floods, but also is of extreme importance, as males are rarely situated lower than females in Maya iconography.  In other scenes, she is shown having an amorous affair with God B and in another; both deities are depicted among a flood that has destroyed the world.In bas-relief iconography from a column in the Lower Temple of the Jaguars in Chichen Itza, a skeletalized Chac Chel is shown with God N supporting an Atlantean figure wearing a cross-bone skirt.

answers: NDQ_007549

answers: cross-bone

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: supporting an Atlantean figure

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Chac Chel

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: Maya

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: cross-bone

answers: NDQ_007558

answers: cross-bone

answers: NDQ_007560

answers: cross-bone

answers: NDQ_007562

answers: males are rarely situated lower than females in Maya iconography

answers: NDQ_007563

answers: What is the name of the goddess of destruction as well as creation?

answers: NDQ_007566

answers: Which of the following is not a type of chalk: dead, dry, and brittle?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between compact bone and periosteum?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not true of Chac Chel?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell: red blood cells, erythrocytes, or plasma cells?

answers: NDQ_007573

answers: Which of the following is not a type of goddess: Chac Chel, God B, or Maya?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle: cross-bone or muscle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cross-bone

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: cross-bone

answers: NDQ_007550

answers: cross-bone

answers: NDQ_007551

answers: cross-bone skirt.

answers: NDQ_007552

answers: cross-bone skirt.

answers: NDQ_007553

answers: creation,

answers: NDQ_007554

answers: cross-bone

answers: NDQ_007555

answers: cross-bone

answers: NDQ_007556

answers: ancient Maya emphasis on duality.

answers: NDQ_007557

answers: cross-bone skirt.

answers: NDQ_007558

answers: cross-bone

answers: NDQ_007560

answers: cross-bone skirt.

answers: NDQ_007562

answers: cross-bone

answers: NDQ_007563

answers: cross-bone

answers: NDQ_007566

answers: cross-bone

answers: NDQ_007568

answers: cross-bone

answers: NDQ_007569

answers: cross-bone

answers: NDQ_007570

answers: cross-bone skirt.

answers: NDQ_007571

answers: cross-bone skirt.

answers: NDQ_007572

answers: cross-bone

answers: NDQ_007573

answers: cross-bone skirt.

answers: NDQ_007574

answers: cross-bone

answers: NDQ_007575

answers: cross-bone skirt.

answers: NDQ_007576

answers: cross-bone

answers: NDQ_007577

answers: cross-bone

answers: NDQ_007578

answers: cross-bone

answers: NDQ_007579

answers: cross-bone

answers: NDQ_007580

answers: cross-bone

answers: NDQ_007581

answers: cross-bone

answers: NDQ_007582

answers: cross-bone

answers: NDQ_007583

answers: cross-bone skirt.

answers: NDQ_007584

answers: skeletalized

text: The exhibit is set up so that one starts at the skeletal system, and more layers (muscular, nervous, circulatory, digestive, respiratory, urinary, and reproductive systems; as well as fetal development and the treated body) are added in successive rooms. Containing about twenty bodies in total, each exhibition uses real human bodies that have been preserved permanently by a process called "polymer preservation" so that they will not decay. This exhibition is organized by the publicly traded corporation, Premier Exhibitions Incorporated, which also staged Bodies Revealed first in Seoul, South Korea and more recently in the US. The company received the cadavers for research from the Chinese government, who donated them because all the bodies at the time of death had no close next of kin or immediate families to claim the bodies. The dissections took place at the Dalian University in Liaoning, China and the resulting specimens were leased to Premier Exhibitions for the five-year duration of the show.

text: The exhibit is set up so that one starts at the

text: skeletal system

text: , and more layers (

text: muscular

text: nervous

text: circulatory

text: digestive

text: respiratory

text: urinary

text: , and

text: reproductive

text: systems; as well as

text: fetal development

text: and the treated body) are added in successive rooms. Containing about twenty bodies in total, each exhibition uses real human bodies that have been preserved permanently by a process called "

text: polymer preservation

text: " so that they will not decay. This exhibition is organized by the publicly traded corporation,

text: Premier Exhibitions Incorporated

text: , which also staged

text: Bodies Revealed

text: first in Seoul, South Korea and more recently in the US. The company received the

text: cadavers

text: for research from the

text: Chinese

text: government, who donated them because all the bodies at the time of death had no close

text: next of kin

text: or immediate families to claim the bodies. The dissections took place at the

text: Dalian University

text: in

text: Liaoning

text: , China and the resulting specimens were leased to Premier Exhibitions for the five-year duration of the show.

answers: NDQ_007549

answers: Muscular

answers: NDQ_007550

answers: muscular

answers: NDQ_007551

answers: urinary

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: circulatory

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: polymer preservation

answers: NDQ_007557

answers: polymer preservation

answers: NDQ_007558

answers: muscular

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: are added in successive rooms

answers: NDQ_007563

answers: How does the skeletal system work?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many layers are added in successive rooms?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: circulatory

answers: NDQ_007583

answers: Muscular

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: (muscular,

answers: NDQ_007550

answers: reproductive systems;

answers: NDQ_007551

answers: reproductive systems;

answers: NDQ_007552

answers: skeletal system,

answers: NDQ_007553

answers: circulatory,

answers: NDQ_007554

answers: "polymer

answers: NDQ_007555

answers: skeletal system,

answers: NDQ_007556

answers: "polymer preservation" so that they will not decay.

answers: NDQ_007557

answers: "polymer

answers: NDQ_007558

answers: (muscular,

answers: NDQ_007560

answers: skeletal system,

answers: NDQ_007562

answers: preserved permanently

answers: NDQ_007563

answers: skeletal system,

answers: NDQ_007566

answers: decay.

answers: NDQ_007568

answers: digestive, respiratory, urinary, and reproductive systems;

answers: NDQ_007569

answers: skeletal system,

answers: NDQ_007570

answers: skeletal system,

answers: NDQ_007571

answers: skeletal system,

answers: NDQ_007572

answers: circulatory,

answers: NDQ_007573

answers: The exhibit is set up so that one starts at the skeletal system,

answers: NDQ_007574

answers: fetal development and the treated body)

answers: NDQ_007575

answers: (muscular,

answers: NDQ_007576

answers: skeletal system,

answers: NDQ_007577

answers: twenty

answers: NDQ_007578

answers: "polymer

answers: NDQ_007579

answers: skeletal system,

answers: NDQ_007580

answers: skeletal system,

answers: NDQ_007581

answers: skeletal system,

answers: NDQ_007582

answers: circulatory,

answers: NDQ_007583

answers: "polymer

answers: NDQ_007584

answers: "polymer preservation"

text: Yunis–Varon syndrome (YVS), also called cleidocranial dysplasia with micrognathia, absent thumbs and distal aphalangia, is an extremely rare autosomal recessive multisystem congenital disorder which affects the skeletal system, ectodermal tissue, heart and respiratory system.

text: Yunis–Varon syndrome (YVS), also called cleidocranial dysplasia with micrognathia, absent thumbs and distal aphalangia, is an extremely rare

text: autosomal

text: recessive

text: multisystem

text: congenital disorder

text: which affects the

text: skeletal system

text: ectoderm

text: al tissue,

text: heart

text: and

text: respiratory system

answers: NDQ_007549

answers: cleidocranial

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: muscles

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: autosomal recessive

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: cleidocranial

answers: NDQ_007560

answers: thumbs

answers: NDQ_007562

answers: YVS affects only the skeletal system

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not an organ: skeletal system, ectodermal tissue, heart and respiratory system?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a skeletal system: ectodermal tissue, heart and respiratory system

answers: NDQ_007572

answers: Which of the following is not produced by compact bone: skeletal system, ectodermal tissue, or heart?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the skeletal system contain?

answers: NDQ_007578

answers: micrognathia

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: epidermis

answers: NDQ_007583

answers: ectodermal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: ectodermal tissue,

answers: NDQ_007550

answers: ectodermal tissue,

answers: NDQ_007551

answers: ectodermal tissue, heart and respiratory system.

answers: NDQ_007552

answers: ectodermal

answers: NDQ_007553

answers: autosomal recessive

answers: NDQ_007554

answers: ectodermal

answers: NDQ_007555

answers: skeletal system,

answers: NDQ_007556

answers: extremely rare autosomal recessive multisystem congenital disorder

answers: NDQ_007557

answers: ectodermal tissue,

answers: NDQ_007558

answers: thumbs

answers: NDQ_007560

answers: thumbs

answers: NDQ_007562

answers: Yunis–Varon syndrome

answers: NDQ_007563

answers: Yunis–Varon syndrome

answers: NDQ_007566

answers: Yunis–Varon syndrome

answers: NDQ_007568

answers: skeletal system,

answers: NDQ_007569

answers: Yunis–Varon syndrome

answers: NDQ_007570

answers: Yunis–Varon syndrome

answers: NDQ_007571

answers: skeletal system,

answers: NDQ_007572

answers: ectodermal tissue, heart and respiratory system.

answers: NDQ_007573

answers: Yunis–Varon syndrome

answers: NDQ_007574

answers: Yunis–Varon syndrome

answers: NDQ_007575

answers: Yunis–Varon syndrome

answers: NDQ_007576

answers: Yunis–Varon syndrome

answers: NDQ_007577

answers: Yunis–Varon syndrome

answers: NDQ_007578

answers: ectodermal

answers: NDQ_007579

answers: ectodermal

answers: NDQ_007580

answers: ectodermal

answers: NDQ_007581

answers: skeletal system,

answers: NDQ_007582

answers: ectodermal

answers: NDQ_007583

answers: ectodermal

answers: NDQ_007584

answers: skeletal system,

text: All vertebrates have a pharynx, used in both feeding and respiration. The pharynx arises during development in all vertebrates through a series of six or more outpocketings on the lateral sides of the head. These outpocketings are pharyngeal arches, and they give rise to a number of different structures in the skeletal, muscular and circulatory systems. The structure of the pharynx varies across the vertebrates. It differs in dogs, horses and ruminants. In dogs a single duct connects the nasopharynx to the nasal cavity. The tonsils are a compact mass which point away from the lumen of the pharynx.In the horse the auditory tube opens into the guttural pouch and the tonsils are diffuse and raised slightly. Horses are unable to breathe through the mouth as the free apex of the rostral epiglottis lies dorsal to the soft palate in a normal horse. In ruminants the tonsils are a compact mass which point towards the lumen of the pharynx.

text: All vertebrates have a pharynx, used in both feeding and respiration. The pharynx arises during development in all vertebrates through a series of six or more outpocketings on the lateral sides of the head. These outpocketings are

text: pharyngeal arches

text: , and they give rise to a number of different structures in the skeletal, muscular and circulatory systems. The structure of the pharynx varies across the vertebrates. It differs in dogs, horses and ruminants. In dogs a single duct connects the nasopharynx to the nasal cavity. The tonsils are a compact mass which point away from the lumen of the pharynx.In the horse the auditory tube opens into the guttural pouch and the tonsils are diffuse and raised slightly. Horses are unable to breathe through the mouth as the free apex of the rostral epiglottis lies dorsal to the soft palate in a normal horse. In

text: ruminant

text: s the tonsils are a compact mass which point towards the lumen of the pharynx.

answers: NDQ_007549

answers: the pharynx

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: feeding and respiration

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the circulatory system

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: vertebrates

answers: NDQ_007556

answers: pharyngeal arches

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: vertebrates

answers: NDQ_007560

answers: pharyngeal arch

answers: NDQ_007562

answers: In dogs a single duct connects the nasopharynx to the nasal cavity

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a type of animal?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a skeletal system: muscular and circulatory systems?

answers: NDQ_007570

answers: How many outpocketings on the lateral sides of the head does the pharynx arise during development in all vertebrates?

answers: NDQ_007571

answers: Which of the following is not a type of vertebrates?

answers: NDQ_007572

answers: Which of the following is not a structure in the skeletal, muscular and circulatory systems?

answers: NDQ_007573

answers: How many outpocketings do the pharyngeal arches give rise to?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal, muscular, or circulatory?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many vertebrates have a pharynx?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: soft palate

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: pharyngeal arches,

answers: NDQ_007550

answers: pharyngeal arches,

answers: NDQ_007551

answers: feeding and respiration.

answers: NDQ_007552

answers: The tonsils

answers: NDQ_007553

answers: circulatory systems.

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: pharyngeal arches,

answers: NDQ_007556

answers: pharyngeal arches,

answers: NDQ_007557

answers: pharyngeal arches,

answers: NDQ_007558

answers: pharyngeal arches,

answers: NDQ_007560

answers: pharyngeal arches,

answers: NDQ_007562

answers: Horses are unable to breathe through the mouth

answers: NDQ_007563

answers: pharyngeal arches,

answers: NDQ_007566

answers: ruminants

answers: NDQ_007568

answers: skeletal, muscular and circulatory systems.

answers: NDQ_007569

answers: The tonsils

answers: NDQ_007570

answers: pharyngeal arches,

answers: NDQ_007571

answers: pharyngeal arches,

answers: NDQ_007572

answers: pharyngeal arches,

answers: NDQ_007573

answers: pharyngeal arches,

answers: NDQ_007574

answers: pharyngeal arches,

answers: NDQ_007575

answers: pharyngeal arches,

answers: NDQ_007576

answers: ruminants

answers: NDQ_007577

answers: pharyngeal arches,

answers: NDQ_007578

answers: skeletal,

answers: NDQ_007579

answers: skeletal,

answers: NDQ_007580

answers: skeletal,

answers: NDQ_007581

answers: skeletal, muscular

answers: NDQ_007582

answers: circulatory systems.

answers: NDQ_007583

answers: muscular

answers: NDQ_007584

answers: development

text: Molecular biomarkers are often used in early drug development studies. For instance, they are used in phase I study for establishing doses and dosing regimen for future phase II studies. PD biomarkers are commonly observed to respond (either decrease or increase) proportionally with dose. This data, in conjunction with safety data, help determine doses for phase II studies. In addition, Safety molecular biomarkers  have been used for decades both in preclinical and clinical research. Since these tests have become mainstream tests, they have been fully automated for both animal and human testing. Among the most common safety tests are those of liver function (e.g., transaminases, bilirubin, alkaline phosphatase) and kidney function (e.g., serum creatinine, creatinine clearance, cystatin C). Others include markers of skeletal muscle(e.g., myoglobin) or cardiac muscle injury (e.g., CK-MB, troponin I or T), as well as bone biomarkers (e.g., bone-specific alkaline phosphatase).

text: Molecular biomarkers are often used in early drug development studies. For instance, they are used in phase I study for establishing doses and dosing regimen for future phase II studies. PD biomarkers are commonly observed to respond (either decrease or increase) proportionally with dose. This data, in conjunction with safety data, help determine doses for phase II studies. In addition, Safety molecular biomarkers  have been used for decades both in preclinical and

text: clinical research

text: . Since these tests have become mainstream tests, they have been fully automated for both animal and human testing. Among the most common safety tests are those of liver function (e.g., transaminases, bilirubin,

text: alkaline phosphatase

text: ) and

text: kidney function

text: (e.g.,

text: serum creatinine

text: , creatinine clearance, cystatin C). Others include markers of

text: skeletal muscle

text: (e.g., myoglobin) or

text: cardiac muscle

text: injury (e.g., CK-MB, troponin I or T), as well as bone biomarkers (e.g., bone-specific alkaline phosphatase).

answers: NDQ_007549

answers: myoglobin

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: alkaline phosphatase

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: end of long bones ossify later

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: bone-specific alkaline phosphatase

answers: NDQ_007563

answers: Which of the following is not a bone biomarker?

answers: NDQ_007566

answers: Which of the following is not a safety test: liver function, alkaline phosphatase, or kidney function?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: What are markers of skeletal muscle?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Bone biomarkers

answers: NDQ_007574

answers: None of the above choices

answers: NDQ_007575

answers: Which of the following is not a marker of skeletal muscle?

answers: NDQ_007576

answers: Which of the following is not a safety test?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: myoglobin

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal muscle(e.g.,

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: skeletal muscle(e.g.,

answers: NDQ_007552

answers: myoglobin)

answers: NDQ_007553

answers: skeletal muscle(e.g.,

answers: NDQ_007554

answers: skeletal muscle(e.g.,

answers: NDQ_007555

answers: skeletal muscle(e.g.,

answers: NDQ_007556

answers: dose.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeletal muscle(e.g.,

answers: NDQ_007560

answers: skeletal muscle(e.g.,

answers: NDQ_007562

answers: Molecular biomarkers

answers: NDQ_007563

answers: bone-specific alkaline phosphatase).

answers: NDQ_007566

answers: bone biomarkers

answers: NDQ_007568

answers: bone-specific alkaline phosphatase).

answers: NDQ_007569

answers: bone-specific alkaline phosphatase).

answers: NDQ_007570

answers: skeletal muscle(e.g.,

answers: NDQ_007571

answers: bone biomarkers

answers: NDQ_007572

answers: skeletal muscle(e.g.,

answers: NDQ_007573

answers: bone biomarkers

answers: NDQ_007574

answers: skeletal muscle(e.g.,

answers: NDQ_007575

answers: bone biomarkers

answers: NDQ_007576

answers: bone-specific alkaline phosphatase).

answers: NDQ_007577

answers: bone biomarkers

answers: NDQ_007578

answers: bone-specific alkaline phosphatase).

answers: NDQ_007579

answers: skeletal muscle(e.g.,

answers: NDQ_007580

answers: bone-specific alkaline phosphatase).

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: skeletal muscle(e.g.,

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal muscle(e.g.,

text: Growth differentiation factor 5 (GDF5) is a protein belonging to the transforming growth factor beta superfamily that is expressed in the developing central nervous system, and has a role in skeletal and joint development.  It also increases the survival of neurones that respond to the neurotransmitter dopamine, and is a potential therapeutic molecule associated with Parkinson's disease.

text: Growth differentiation factor 5 (GDF5) is a protein belonging to the

entity_name: Transforming growth factor beta superfamily

text: transforming growth factor beta superfamily

text: that is expressed in the developing central nervous system, and has a role in skeletal and joint development.  It also increases the survival of

text: neurone

text: s that respond to the

text: neurotransmitter

text: dopamine

text: , and is a potential therapeutic molecule associated with Parkinson's disease.

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: development

answers: NDQ_007552

answers: GDF5

answers: NDQ_007553

answers: GDF5

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: growth differentiation factor 5

answers: NDQ_007557

answers: GDF5

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: GDF5 has no role in skeletal and joint development

answers: NDQ_007563

answers: Which of the following is not the function of GDF5?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does GDF5 play a role in?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: GDF5 has a role in skeletal and joint development

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: differentiation

answers: NDQ_007549

answers: joint

answers: NDQ_007550

answers: joint

answers: NDQ_007551

answers: joint development.

answers: NDQ_007552

answers: Growth differentiation factor 5

answers: NDQ_007553

answers: Growth differentiation factor 5

answers: NDQ_007554

answers: central nervous system,

answers: NDQ_007555

answers: central nervous system,

answers: NDQ_007556

answers: Growth differentiation factor 5

answers: NDQ_007557

answers: Growth differentiation factor 5

answers: NDQ_007558

answers: Growth differentiation factor 5

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Growth differentiation factor 5

answers: NDQ_007563

answers: Growth differentiation factor 5

answers: NDQ_007566

answers: Growth differentiation factor 5

answers: NDQ_007568

answers: Growth differentiation factor 5

answers: NDQ_007569

answers: Growth differentiation factor 5

answers: NDQ_007570

answers: Growth differentiation factor 5

answers: NDQ_007571

answers: Growth differentiation factor 5

answers: NDQ_007572

answers: Growth differentiation factor 5

answers: NDQ_007573

answers: Growth differentiation factor 5

answers: NDQ_007574

answers: Growth differentiation factor 5

answers: NDQ_007575

answers: Growth differentiation factor 5

answers: NDQ_007576

answers: Growth differentiation factor 5

answers: NDQ_007577

answers: Growth differentiation factor 5

answers: NDQ_007578

answers: joint

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: skeletal and joint development. It also increases the survival of neurones

answers: NDQ_007583

answers: skeletal and joint

answers: NDQ_007584

answers: skeletal and joint development.

text: As games have grown in size and complexity, middleware is becoming increasingly popular within the industry. Middleware provides greater and higher level functionality and larger feature sets than the standard lower level APIs such as DirectX and OpenGL, such as skeletal animation. In addition to providing more complex technologies, some middleware also makes reasonable attempts to be platform independent, making common conversions from, for example, Microsoft Windows to PS4 much easier. Essentially, middleware is aimed at cutting out as much of the redundancy in the development cycle as possible (for example, writing new animation systems for each game a studio produces), allowing programmers to focus on new content.

text: As games have grown in size and complexity,

text: middleware

text: is becoming increasingly popular within the industry. Middleware provides greater and higher level functionality and larger feature sets than the standard lower level

text: API

text: s such as

text: DirectX

text: and

text: OpenGL

text: , such as

text: skeletal animation

text: . In addition to providing more complex technologies, some middleware also makes reasonable attempts to be

text: platform independent

text: , making common conversions from, for example, Microsoft Windows to

text: much easier. Essentially, middleware is aimed at cutting out as much of the redundancy in the development cycle as possible (for example, writing new animation systems for each game a studio produces), allowing programmers to focus on new content.

answers: NDQ_007549

answers: middleware

answers: NDQ_007550

answers: middleware

answers: NDQ_007551

answers: animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal animation

answers: NDQ_007556

answers: middleware

answers: NDQ_007557

answers: middleware

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: middleware

answers: NDQ_007562

answers: middleware provides greater and higher level functionality

answers: NDQ_007563

answers: How do bones release stored calcium to the blood

answers: NDQ_007566

answers: Which of the following is not an example of middleware?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not an example of middleware?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Middleware provides greater and higher level functionality and larger feature sets

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: skeletal animation

answers: NDQ_007549

answers: DirectX and OpenGL,

answers: NDQ_007550

answers: skeletal animation.

answers: NDQ_007551

answers: skeletal animation.

answers: NDQ_007552

answers: skeletal animation.

answers: NDQ_007553

answers: middleware

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal animation.

answers: NDQ_007556

answers: Middleware provides greater and higher level functionality

answers: NDQ_007557

answers: skeletal animation.

answers: NDQ_007558

answers: skeletal animation.

answers: NDQ_007560

answers: skeletal animation.

answers: NDQ_007562

answers: skeletal animation.

answers: NDQ_007563

answers: skeletal animation.

answers: NDQ_007566

answers: Middleware

answers: NDQ_007568

answers: skeletal animation.

answers: NDQ_007569

answers: skeletal animation.

answers: NDQ_007570

answers: skeletal animation.

answers: NDQ_007571

answers: Middleware

answers: NDQ_007572

answers: skeletal animation.

answers: NDQ_007573

answers: Middleware

answers: NDQ_007574

answers: skeletal animation.

answers: NDQ_007575

answers: skeletal animation.

answers: NDQ_007576

answers: Middleware

answers: NDQ_007577

answers: skeletal animation.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal animation.

answers: NDQ_007583

answers: skeletal animation.

answers: NDQ_007584

answers: skeletal animation.

text: Bird anatomy, or the physiological structure of birds' bodies, shows many unique adaptations, mostly aiding flight.  Birds have a light skeletal system and light but powerful musculature which, along with circulatory and respiratory systems capable of very high metabolic rates and oxygen supply, permit the bird to fly. The development of a beak has led to evolution of a specially adapted digestive system. These anatomical specializations have earned birds their own class in the vertebrate phylum.

text: Bird anatomy, or the

text: physiological structure

text: of

text: bird

text: s' bodies, shows many unique adaptations, mostly aiding

text: flight

text: .  Birds have a light

text: skeletal system

text: and light but powerful

text: musculature

text: which, along with

text: circulatory

text: and

text: respiratory systems

text: capable of very high

text: metabolic

text: rates and

text: oxygen

text: supply, permit the bird to fly. The development of a

text: beak

text: has led to

text: evolution

text: of a specially adapted

text: digestive system

text: . These

text: anatomical

text: specializations have earned birds their own

text: class

text: in the

text: vertebrate

text: phylum

answers: NDQ_007549

answers: light but powerful musculature

answers: NDQ_007550

answers: light skeletal system

answers: NDQ_007551

answers: aiding flight

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: circulatory system

answers: NDQ_007554

answers: Musculature

answers: NDQ_007555

answers: vertebrates

answers: NDQ_007556

answers: light skeletal system

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: beak

answers: NDQ_007562

answers: birds have a light skeletal system

answers: NDQ_007563

answers: Which of the following is not a function of the skeletal system?

answers: NDQ_007566

answers: Which of the following is not a characteristic of birds?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a phylum?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the best title for this passage?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not an anatomical specialization of birds?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: circulatory

answers: NDQ_007583

answers: Muscles

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: musculature

answers: NDQ_007550

answers: light skeletal system and light but powerful musculature

answers: NDQ_007551

answers: aiding flight.

answers: NDQ_007552

answers: musculature

answers: NDQ_007553

answers: circulatory and respiratory systems

answers: NDQ_007554

answers: musculature

answers: NDQ_007555

answers: Birds have a light skeletal system

answers: NDQ_007556

answers: light skeletal system

answers: NDQ_007557

answers: musculature

answers: NDQ_007558

answers: musculature

answers: NDQ_007560

answers: beak

answers: NDQ_007562

answers: Birds have a light skeletal system

answers: NDQ_007563

answers: musculature

answers: NDQ_007566

answers: Bird anatomy,

answers: NDQ_007568

answers: vertebrate phylum.

answers: NDQ_007569

answers: light skeletal system

answers: NDQ_007570

answers: Bird anatomy,

answers: NDQ_007571

answers: Birds have a light skeletal system

answers: NDQ_007572

answers: light skeletal system and light but powerful musculature

answers: NDQ_007573

answers: Bird anatomy,

answers: NDQ_007574

answers: Birds have a light skeletal system

answers: NDQ_007575

answers: musculature

answers: NDQ_007576

answers: Bird anatomy,

answers: NDQ_007577

answers: Birds have a light skeletal system

answers: NDQ_007578

answers: light skeletal system

answers: NDQ_007579

answers: musculature

answers: NDQ_007580

answers: vertebrate

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: musculature

answers: NDQ_007583

answers: musculature

answers: NDQ_007584

answers: skeletal system

text: The somatosensory system (also somatosensory nervous system) is a complex system of nerve cells that responds to changes to the surface or internal state of the body. Nerve cells called "sensory receptors" (including thermoreceptors, mechanoreceptors, chemoreceptors and nociceptors) send signals along a chain of nerve cells to the spinal cord where they may be processed by other nerve cells and then relayed to the brain for further processing. Sensory receptors are found in many parts of the body including the skin, epithelial tissues, skeletal muscles, bones and joints, internal organs, and the cardiovascular system.

text: The somatosensory system (also somatosensory nervous system) is a complex system of

text: nerve cells

text: that responds to changes to the surface or internal state of the body. Nerve cells called "

text: sensory receptors

text: " (including

text: thermoreceptor

text: s,

text: mechanoreceptor

text: s,

text: chemoreceptor

text: s and

text: nociceptor

text: s) send signals along a chain of nerve cells to the spinal cord where they may be processed by other nerve cells and then relayed to the brain for further processing. Sensory receptors are found in many parts of the body including the

text: skin

text: epithelial tissues

text: skeletal muscle

text: s,

text: bone

text: s and

text: joint

text: s, internal

text: organs

text: , and the

text: cardiovascular system

answers: NDQ_007549

answers: bones and joints

answers: NDQ_007550

answers: bones and joints

answers: NDQ_007551

answers: bones and joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the cardiovascular system

answers: NDQ_007554

answers: unanswerable

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: sensory receptors

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: internal organs

answers: NDQ_007560

answers: bones and joints

answers: NDQ_007562

answers: Sensory receptors are found in many parts of the body

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: Which of the following is not a sensory receptor?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: bones and joints

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Bones and joints

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epithelial

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: joints

answers: NDQ_007582

answers: cardiovascular system

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal muscles,

answers: NDQ_007550

answers: bones and joints,

answers: NDQ_007551

answers: skeletal muscles,

answers: NDQ_007552

answers: skeletal muscles,

answers: NDQ_007553

answers: nerve cells

answers: NDQ_007554

answers: epithelial

answers: NDQ_007555

answers: Sensory receptors

answers: NDQ_007556

answers: Sensory receptors

answers: NDQ_007557

answers: skeletal muscles,

answers: NDQ_007558

answers: skeletal muscles,

answers: NDQ_007560

answers: bones and joints,

answers: NDQ_007562

answers: Sensory receptors

answers: NDQ_007563

answers: Sensory receptors

answers: NDQ_007566

answers: Sensory receptors

answers: NDQ_007568

answers: Sensory receptors

answers: NDQ_007569

answers: The somatosensory system

answers: NDQ_007570

answers: bones and joints,

answers: NDQ_007571

answers: Sensory receptors

answers: NDQ_007572

answers: skeletal muscles, bones and joints, internal organs, and the cardiovascular system.

answers: NDQ_007573

answers: Sensory receptors

answers: NDQ_007574

answers: bones and joints,

answers: NDQ_007575

answers: skeletal muscles,

answers: NDQ_007576

answers: bones and joints,

answers: NDQ_007577

answers: skeletal muscles,

answers: NDQ_007578

answers: epithelial

answers: NDQ_007579

answers: epithelial

answers: NDQ_007580

answers: skeletal muscles,

answers: NDQ_007581

answers: joints,

answers: NDQ_007582

answers: epithelial tissues,

answers: NDQ_007583

answers: epithelial tissues,

answers: NDQ_007584

answers: bones and joints,

text: In most 3D computer animation systems, an animator creates a simplified representation of a character's anatomy, which is analogous to a skeleton or stick figure. The position of each segment of the skeletal model is defined by animation variables, or Avars for short. In human and animal characters, many parts of the skeletal model correspond to the actual bones, but skeletal animation is also used to animate other things, with facial features (though other methods for facial animation exist). The character "Woody" in Toy Story, for example, uses 700 Avars (100 in the face alone). The computer doesn't usually render the skeletal model directly (it is invisible), but it does use the skeletal model to compute the exact position and orientation of that certain character, which is eventually rendered into an image. Thus by changing the values of Avars over time, the animator creates motion by making the character move from frame to frame.

text: In most 3D computer animation systems, an animator creates a simplified representation of a character's anatomy, which is analogous to a

text: skeleton

text: or

text: stick figure

text: . The position of each segment of the skeletal model is defined by animation variables, or

text: Avars

text: for short. In human and animal characters, many parts of the skeletal model correspond to the actual bones, but

text: skeletal animation

text: is also used to animate other things, with facial features (though other methods for

text: facial animation

text: exist). The character "Woody" in

text: Toy Story

text: , for example, uses 700 Avars (100 in the face alone). The computer doesn't usually render the skeletal model directly (it is invisible), but it does use the skeletal model to compute the exact position and orientation of that certain character, which is eventually rendered into an image. Thus by changing the values of Avars over time, the animator creates motion by making the character move from frame to frame.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: the animator creates motion

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Anatomy

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: animal

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: Avars

answers: NDQ_007558

answers: the actual bones

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: the computer doesn't usually render the skeletal model directly

answers: NDQ_007563

answers: What is the primary function of the skeletal model?

answers: NDQ_007566

answers: Which of the following is not an example of a character's anatomy?

answers: NDQ_007568

answers: How many types of bone tissues are in a skeleton?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not an example of a skeletal model?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How does the computer create motion by making the character move from frame to frame?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Bones grow thinner when they are put under stress by muscles

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilaginous

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bones

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: bones,

answers: NDQ_007550

answers: bones,

answers: NDQ_007551

answers: skeletal animation is also used to animate other things, with facial features

answers: NDQ_007552

answers: bones,

answers: NDQ_007553

answers: animal

answers: NDQ_007554

answers: bones,

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: animation variables,

answers: NDQ_007557

answers: bones,

answers: NDQ_007558

answers: human and animal

answers: NDQ_007560

answers: bones,

answers: NDQ_007562

answers: many parts of the skeletal model correspond to the actual bones,

answers: NDQ_007563

answers: bones,

answers: NDQ_007566

answers: bones,

answers: NDQ_007568

answers: bones,

answers: NDQ_007569

answers: bones,

answers: NDQ_007570

answers: bones,

answers: NDQ_007571

answers: skeleton

answers: NDQ_007572

answers: skeleton

answers: NDQ_007573

answers: many parts of the skeletal model correspond to the actual bones,

answers: NDQ_007574

answers: many parts of the skeletal model correspond to the actual bones,

answers: NDQ_007575

answers: skeleton

answers: NDQ_007576

answers: skeleton

answers: NDQ_007577

answers: (100

answers: NDQ_007578

answers: Avars

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: bones,

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: bones,

answers: NDQ_007584

answers: motion

text: A sprained ankle, also known as an ankle sprain, twisted ankle, rolled ankle, floppy ankle, or just ankle injury, is a common injury where sprain occur on one or more ligaments of the ankle.

text: A sprained ankle, also known as an ankle sprain, twisted ankle, rolled ankle, floppy ankle, or just ankle injury, is a common injury where

text: sprain

text: occur on one or more

text: ligament

text: s of the

text: ankle

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: sprained ankle

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: A sprained ankle is a common injury where sprain occur on one or more ligaments.

answers: NDQ_007563

answers: How do bones release calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: Which is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a benefit of vitamin D?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is not a common injury where sprained ankles occur?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not true?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: ligaments

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligaments

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osseous process

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: ligaments

answers: NDQ_007551

answers: A sprained ankle,

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: A sprained ankle,

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ligaments

answers: NDQ_007556

answers: A sprained ankle,

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle,

answers: NDQ_007560

answers: ankle,

answers: NDQ_007562

answers: A sprained ankle,

answers: NDQ_007563

answers: A sprained ankle,

answers: NDQ_007566

answers: A sprained ankle,

answers: NDQ_007568

answers: one or more ligaments

answers: NDQ_007569

answers: A sprained ankle,

answers: NDQ_007570

answers: ankle,

answers: NDQ_007571

answers: A sprained ankle,

answers: NDQ_007572

answers: ankle,

answers: NDQ_007573

answers: A sprained ankle,

answers: NDQ_007574

answers: A sprained ankle,

answers: NDQ_007575

answers: A sprained ankle,

answers: NDQ_007576

answers: twisted ankle,

answers: NDQ_007577

answers: A sprained ankle,

answers: NDQ_007578

answers: ligaments

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligaments

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: ligaments

text: There are also physeal fractures (fractures involving the physis, the growth plate, which is not present in adults). The Salter-Harris classification is the most used to describe these fractures.

text: There are also

text: physeal fractures

text: (fractures involving the

text: physis

text: , the growth plate, which is not present in adults). The

text: Salter-Harris classification

text: is the most used to describe these fractures.

answers: NDQ_007549

answers: growth plate

answers: NDQ_007550

answers: physeal

answers: NDQ_007551

answers: growth

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called cell division

answers: NDQ_007554

answers: growth plate

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: growth plate

answers: NDQ_007557

answers: growth plates

answers: NDQ_007558

answers: unanswerable

answers: NDQ_007560

answers: growth plate

answers: NDQ_007562

answers: The Salter-Harris classification is the most used to describe these fractures

answers: NDQ_007563

answers: Which of the following is not a type of bone: physeal, growth plate, or blood?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: what is the second to last group mentioned?

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Which of the following is not present in adults?

answers: NDQ_007572

answers: What is not produced by compact bone?

answers: NDQ_007573

answers: Yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: growth plate

answers: NDQ_007579

answers: growth plate

answers: NDQ_007580

answers: growth plate

answers: NDQ_007581

answers: growth plate

answers: NDQ_007582

answers: growth plate

answers: NDQ_007583

answers: growth plate

answers: NDQ_007584

answers: growth plate

answers: NDQ_007549

answers: physis, the growth plate,

answers: NDQ_007550

answers: physis, the growth plate,

answers: NDQ_007551

answers: growth plate,

answers: NDQ_007552

answers: growth plate,

answers: NDQ_007553

answers: growth plate,

answers: NDQ_007554

answers: growth plate,

answers: NDQ_007555

answers: adults).

answers: NDQ_007556

answers: growth plate, which is not present in adults).

answers: NDQ_007557

answers: physeal fractures

answers: NDQ_007558

answers: physeal

answers: NDQ_007560

answers: physeal

answers: NDQ_007562

answers: adults).

answers: NDQ_007563

answers: physeal fractures

answers: NDQ_007566

answers: physeal fractures

answers: NDQ_007568

answers: physeal fractures

answers: NDQ_007569

answers: physeal fractures

answers: NDQ_007570

answers: physeal fractures

answers: NDQ_007571

answers: physeal fractures

answers: NDQ_007572

answers: physeal fractures

answers: NDQ_007573

answers: physeal fractures

answers: NDQ_007574

answers: physeal fractures

answers: NDQ_007575

answers: physeal fractures

answers: NDQ_007576

answers: physeal fractures

answers: NDQ_007577

answers: physeal fractures

answers: NDQ_007578

answers: growth plate,

answers: NDQ_007579

answers: the growth plate,

answers: NDQ_007580

answers: growth plate,

answers: NDQ_007581

answers: the growth plate,

answers: NDQ_007582

answers: growth plate,

answers: NDQ_007583

answers: growth plate,

answers: NDQ_007584

answers: growth plate,

text: Osteoporosis becomes more common with age. About 15% of white people in their 50s and 70% of those over 80 are affected. It is more common in women than men. In the developed world, depending on the method of diagnosis, 2% to 8% of males and 9% to 38% of females are affected. Rates of disease in the developing world are unclear. About 22 million women and 5.5 million men in the European Union had osteoporosis in 2010. In the United States in 2010 about eight million women and one to two million men  had osteoporosis. White and Asian people are at greater risk. The word osteoporosis is from the Greek terms for "porous bones".

text: Osteoporosis becomes more common with age. About 15% of

text: white people

text: in their 50s and 70% of those over 80 are affected. It is more common in women than men. In the

text: developed world

text: , depending on the method of diagnosis, 2% to 8% of males and 9% to 38% of females are affected. Rates of disease in the

text: developing world

text: are unclear. About 22 million women and 5.5 million men in the

text: European Union

text: had osteoporosis in 2010. In the United States in 2010 about eight million women and one to two million men  had osteoporosis. White and

text: Asian people

text: are at greater risk. The word osteoporosis is from the Greek terms for "porous bones".

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones that are

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: osteoporosis

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: more common with age

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: osteoid

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: white people in their 50s and 70% of those over 80 are affected

answers: NDQ_007563

answers: Which of the following is true of osteoporosis?

answers: NDQ_007566

answers: Which of the following is true of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, ball, or joint?

answers: NDQ_007571

answers: Which of the following is NOT true about osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a reason for osteoporosis?

answers: NDQ_007576

answers: Which of the following is true of osteoporosis?

answers: NDQ_007577

answers: How many more bones does a woman have than a man?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bones".

answers: NDQ_007550

answers: "porous bones".

answers: NDQ_007551

answers: "porous bones".

answers: NDQ_007552

answers: eight million women and one to two million men had osteoporosis.

answers: NDQ_007553

answers: Osteoporosis becomes more common with age.

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: "porous bones".

answers: NDQ_007556

answers: age.

answers: NDQ_007557

answers: "porous bones".

answers: NDQ_007558

answers: "porous bones".

answers: NDQ_007560

answers: Osteoporosis

answers: NDQ_007562

answers: Osteoporosis

answers: NDQ_007563

answers: "porous bones".

answers: NDQ_007566

answers: "porous bones".

answers: NDQ_007568

answers: "porous bones".

answers: NDQ_007569

answers: "porous bones".

answers: NDQ_007570

answers: 15% of white people in their 50s

answers: NDQ_007571

answers: Osteoporosis becomes more common with age.

answers: NDQ_007572

answers: "porous bones".

answers: NDQ_007573

answers: "porous bones".

answers: NDQ_007574

answers: "porous bones".

answers: NDQ_007575

answers: "porous bones".

answers: NDQ_007576

answers: Osteoporosis

answers: NDQ_007577

answers: osteoporosis in 2010.

answers: NDQ_007578

answers: "porous

answers: NDQ_007579

answers: "porous bones".

answers: NDQ_007580

answers: "porous

answers: NDQ_007581

answers: "porous bones".

answers: NDQ_007582

answers: osteoporosis

answers: NDQ_007583

answers: bones".

answers: NDQ_007584

answers: Osteoporosis

text: Quantitative ultrasound has many advantages in assessing osteoporosis. The modality is small, no ionizing radiation is involved, measurements can be made quickly and easily, and the cost of the device is low compared with DXA and QCT devices. The calcaneus is the most common skeletal site for quantitative ultrasound assessment because it has a high percentage of trabecular bone that is replaced more often than cortical bone, providing early evidence of metabolic change. Also, the calcaneus is fairly flat and parallel, reducing repositioning errors. The method can be applied to children, neonates, and preterm infants, just as well as to adults. Some ultrasound devices can be used on the tibia.

text: Quantitative

text: ultrasound

text: has many advantages in assessing osteoporosis. The modality is small, no ionizing radiation is involved, measurements can be made quickly and easily, and the cost of the device is low compared with DXA and QCT devices. The

text: calcaneus

text: is the most common skeletal site for quantitative ultrasound assessment because it has a high percentage of trabecular bone that is replaced more often than cortical bone, providing early evidence of metabolic change. Also, the calcaneus is fairly flat and parallel, reducing repositioning errors. The method can be applied to children, neonates, and preterm infants, just as well as to adults. Some ultrasound devices can be used on the

text: tibia

answers: NDQ_007549

answers: trabecular bone

answers: NDQ_007550

answers: trabecular bone and

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cortical

answers: NDQ_007555

answers: tibia

answers: NDQ_007556

answers: cortical bone

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: tibia

answers: NDQ_007560

answers: tibia

answers: NDQ_007562

answers: DXA and QCT devices

answers: NDQ_007563

answers: What is the most common skeletal site for quantitative ultrasound assessment?

answers: NDQ_007566

answers: What is the most common skeletal site for quantitative ultrasound assessment?

answers: NDQ_007568

answers: Which of the following is not a type of bone: trabecular bone, cortical bone, or tibia?

answers: NDQ_007569

answers: What is the most common skeletal site for quantitative ultrasound assessment?

answers: NDQ_007570

answers: What is the most common skeletal site for quantitative ultrasound assessment?

answers: NDQ_007571

answers: Which of the following is not a benefit of vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, trabecular bone, or cortical bone?

answers: NDQ_007573

answers: What is the most common skeletal site for quantitative ultrasound assessment?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of bone: trabecular bone or cortical bone?

answers: NDQ_007576

answers: What is the most common skeletal site for quantitative ultrasound assessment?

answers: NDQ_007577

answers: How many bones are in the tibia?

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: trabecular

answers: NDQ_007580

answers: trabecular

answers: NDQ_007581

answers: trabecular bone

answers: NDQ_007582

answers: trabecular

answers: NDQ_007583

answers: trabecular bone

answers: NDQ_007584

answers: trabecular

answers: NDQ_007549

answers: trabecular bone

answers: NDQ_007550

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007551

answers: metabolic change.

answers: NDQ_007552

answers: trabecular bone

answers: NDQ_007553

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007554

answers: trabecular

answers: NDQ_007555

answers: tibia.

answers: NDQ_007556

answers: cortical bone,

answers: NDQ_007557

answers: trabecular bone

answers: NDQ_007558

answers: tibia.

answers: NDQ_007560

answers: tibia.

answers: NDQ_007562

answers: cortical bone,

answers: NDQ_007563

answers: metabolic change.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: trabecular bone

answers: NDQ_007569

answers: trabecular bone

answers: NDQ_007570

answers: tibia.

answers: NDQ_007571

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007572

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007573

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007574

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007575

answers: trabecular bone that is replaced more often than cortical bone,

answers: NDQ_007576

answers: tibia.

answers: NDQ_007577

answers: tibia.

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: trabecular

answers: NDQ_007580

answers: cortical

answers: NDQ_007581

answers: trabecular

answers: NDQ_007582

answers: trabecular

answers: NDQ_007583

answers: trabecular bone

answers: NDQ_007584

answers: replaced more often than cortical bone, providing early evidence of metabolic

text: Symptoms of tetrasomy X are highly variable, ranging from relatively mild to severe. Symptoms are often similar to those of trisomy X. Physically, tetrasomy X patients tend to have distinctive facial features such as epicanthal folds, flat nasal bridges, upslanting palpebral fissures, midface hypoplasia, small mouths, cleft or high arched palates, delayed or absent teeth, or enamel defects. The majority have also been reported as being longer and taller. Many also show joint and muscle tone abnormalities, including hypotonia and joint looseness in the hips. Skeletal problems may also be present, including abnormal curvatures of the spine. An informal study conducted by Tetrasomy & Pentasomy X Syndrome Information and Support found that 10% of girls had joint laxity in the hips and 20% had joint limitations in a sample size of 20 tetrasomy and pentasomy patients.

text: Symptoms of tetrasomy X are highly variable, ranging from relatively mild to severe. Symptoms are often similar to those of

text: trisomy X

text: . Physically, tetrasomy X patients tend to have distinctive facial features such as

text: epicanthal fold

text: s, flat nasal bridges, upslanting

text: palpebral fissure

text: s, midface

text: hypoplasia

text: , small mouths,

text: cleft or high arched palates

text: , delayed or absent teeth, or enamel defects. The majority have also been reported as being longer and taller. Many also show joint and muscle tone abnormalities, including

text: hypotonia

text: and joint looseness in the hips. Skeletal problems may also be present, including abnormal curvatures of the spine. An informal study conducted by Tetrasomy & Pentasomy X Syndrome Information and Support found that 10% of girls had joint laxity in the hips and 20% had joint limitations in a sample size of 20 tetrasomy and pentasomy patients.

answers: NDQ_007549

answers: spine

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: joint and muscle tone

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: hips

answers: NDQ_007556

answers: abnormal curvatures

answers: NDQ_007557

answers: muscle tone

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: hips

answers: NDQ_007562

answers: 10% of girls had joint laxity in the hips

answers: NDQ_007563

answers: Which of the following is not a characteristic of tetrasomy X?

answers: NDQ_007566

answers: Which of the following is not a symptom of tetrasomy X?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What type of bone lies between spongy bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a symptom of tetrasomy X?

answers: NDQ_007572

answers: Which of the following is not a characteristic of tetrasomy X?

answers: NDQ_007573

answers: Skeletal problems may also be present, including abnormal curvatures of the spine

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a characteristic of tetrasomy X?

answers: NDQ_007576

answers: Which of the following is not a symptom of tetrasomy X?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: enamel

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

answers: NDQ_007549

answers: abnormal curvatures of the spine.

answers: NDQ_007550

answers: spine.

answers: NDQ_007551

answers: abnormal curvatures of the spine.

answers: NDQ_007552

answers: enamel defects.

answers: NDQ_007553

answers: trisomy X.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: spine.

answers: NDQ_007556

answers: longer and taller.

answers: NDQ_007557

answers: hypotonia

answers: NDQ_007558

answers: hips.

answers: NDQ_007560

answers: hips.

answers: NDQ_007562

answers: abnormal curvatures of the spine.

answers: NDQ_007563

answers: abnormal curvatures of the spine.

answers: NDQ_007566

answers: joint and muscle tone abnormalities,

answers: NDQ_007568

answers: joint and muscle tone abnormalities,

answers: NDQ_007569

answers: joint and muscle tone abnormalities,

answers: NDQ_007570

answers: joint looseness in the hips.

answers: NDQ_007571

answers: abnormal curvatures of the spine.

answers: NDQ_007572

answers: abnormal curvatures of the spine.

answers: NDQ_007573

answers: abnormal curvatures of the spine.

answers: NDQ_007574

answers: abnormal curvatures of the spine.

answers: NDQ_007575

answers: hypotonia

answers: NDQ_007576

answers: joint looseness in the hips.

answers: NDQ_007577

answers: spine.

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

text: ZBrush also has a feature that is similar to skeletal animation in other 3D programs. The transpose feature allows a user to isolate a part of the model and pose it without the need of skeletal rigging.

text: ZBrush also has a feature that is similar to

text: skeletal animation

text: in other 3D programs. The transpose feature allows a user to isolate a part of the model and pose it without the need of skeletal rigging.

answers: NDQ_007549

answers: skeletal rigging

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: skeletal animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: model

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal rigging

answers: NDQ_007558

answers: articulations

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: The transpose feature allows a user to isolate a part of the model

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: rigging.

answers: NDQ_007550

answers: skeletal rigging.

answers: NDQ_007551

answers: skeletal rigging.

answers: NDQ_007552

answers: skeletal rigging.

answers: NDQ_007553

answers: ZBrush

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal rigging.

answers: NDQ_007556

answers: skeletal rigging.

answers: NDQ_007557

answers: skeletal rigging.

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: skeletal rigging.

answers: NDQ_007563

answers: skeletal rigging.

answers: NDQ_007566

answers: ZBrush also has a feature that is similar to skeletal animation

answers: NDQ_007568

answers: skeletal rigging.

answers: NDQ_007569

answers: ZBrush

answers: NDQ_007570

answers: skeletal rigging.

answers: NDQ_007571

answers: ZBrush

answers: NDQ_007572

answers: skeletal rigging.

answers: NDQ_007573

answers: skeletal rigging.

answers: NDQ_007574

answers: skeletal rigging.

answers: NDQ_007575

answers: skeletal rigging.

answers: NDQ_007576

answers: skeletal rigging.

answers: NDQ_007577

answers: skeletal rigging.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal animation

text: Seldin and his colleagues have written: "Myonectin is expressed and secreted predominantly by skeletal muscle.... (Our) results suggest that myonectin is a nutrient-responsive metabolic regulator secreted by skeletal muscle in response to changes in cellular energy state resulting from glucose or fatty acid fluxes. Many metabolically relevant secreted proteins (e.g. adiponectin, leptin, resistin, and RBP) and the signaling pathways they regulate in tissues are known to be dysregulated in the condition of obesity. The reduction in expression and circulating levels of myonectin in the obese state may represent yet another component of the complex metabolic circuitry dysregulated by excess caloric intake. Although exercise has long been known to have profound positive impacts on systemic insulin sensitivity and energy balance, the underlying mechanisms remain incompletely understood. That voluntary exercise dramatically increases the expression and circulating levels of myonectin to promote fatty acid uptake into cells may underlie one of the beneficial effects of physical exercise."

text: Seldin and his colleagues have written: "Myonectin is expressed and secreted predominantly by skeletal muscle.... (Our) results suggest that myonectin is a nutrient-responsive metabolic regulator secreted by skeletal muscle in response to changes in cellular energy state resulting from glucose or fatty acid fluxes. Many metabolically relevant secreted proteins (e.g. adiponectin, leptin, resistin, and RBP) and the signaling pathways they regulate in tissues are known to be dysregulated in the condition of obesity. The reduction in expression and circulating levels of myonectin in the obese state may represent yet another component of the complex metabolic circuitry dysregulated by excess caloric intake. Although exercise has long been known to have profound positive impacts on systemic insulin sensitivity and energy balance, the underlying mechanisms remain incompletely understood. That voluntary exercise dramatically increases the expression and circulating levels of myonectin to promote fatty acid uptake into cells may underlie one of the beneficial effects of physical exercise."

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: Myonectin

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: unanswerable

answers: NDQ_007557

answers: Myonectin

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: myonectin

answers: NDQ_007562

answers: exercise dramatically increases the expression and circulating levels of myonectin

answers: NDQ_007563

answers: None of the above choices

answers: NDQ_007566

answers: What is the best title for this passage?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Seldin and his colleagues

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: Myonectin

answers: NDQ_007579

answers: Myonectin

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: Myonectin

answers: NDQ_007582

answers: Myonectin

answers: NDQ_007583

answers: Myonectin

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscle....

answers: NDQ_007550

answers: skeletal muscle....

answers: NDQ_007551

answers: muscle....

answers: NDQ_007552

answers: "Myonectin

answers: NDQ_007553

answers: skeletal muscle....

answers: NDQ_007554

answers: skeletal muscle....

answers: NDQ_007555

answers: skeletal muscle....

answers: NDQ_007556

answers: glucose or fatty acid fluxes.

answers: NDQ_007557

answers: "Myonectin

answers: NDQ_007558

answers: skeletal muscle....

answers: NDQ_007560

answers: "Myonectin

answers: NDQ_007562

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007563

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007566

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007568

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007569

answers: "Myonectin

answers: NDQ_007570

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007571

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007572

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007573

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007574

answers: skeletal muscle....

answers: NDQ_007575

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007576

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007577

answers: "Myonectin is expressed and secreted predominantly by skeletal muscle....

answers: NDQ_007578

answers: "Myonectin

answers: NDQ_007579

answers: "Myonectin

answers: NDQ_007580

answers: "Myonectin

answers: NDQ_007581

answers: "Myonectin

answers: NDQ_007582

answers: "Myonectin

answers: NDQ_007583

answers: "Myonectin

answers: NDQ_007584

answers: "Myonectin

text: In orthopedic medicine, traction refers to the set of mechanisms for straightening broken bones or relieving pressure on the spine and skeletal system. There are two types of traction: skin traction and skeletal traction.

text: In

text: orthopedic medicine

text: , traction refers to the set of mechanisms for straightening

text: broken bone

text: s or relieving pressure on the

text: spine

text: and

text: skeletal system

text: . There are two types of traction: skin traction and skeletal traction.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: traction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: traction

answers: NDQ_007557

answers: traction

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: skin traction is used to straighten broken bones

answers: NDQ_007563

answers: what is the first type of traction?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: skeletal traction

answers: NDQ_007570

answers: skeletal

answers: NDQ_007571

answers: Which of the following is not a type of traction?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: skeletal traction

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the skeletal system contain?

answers: NDQ_007578

answers: skin

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal traction

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal traction

answers: NDQ_007549

answers: spine

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: straightening broken bones

answers: NDQ_007552

answers: skin

answers: NDQ_007553

answers: skin

answers: NDQ_007554

answers: skin

answers: NDQ_007555

answers: spine and skeletal system.

answers: NDQ_007556

answers: traction

answers: NDQ_007557

answers: traction

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: traction

answers: NDQ_007563

answers: skin traction and skeletal traction.

answers: NDQ_007566

answers: traction refers to the set of mechanisms for straightening broken bones

answers: NDQ_007568

answers: skin traction and skeletal traction.

answers: NDQ_007569

answers: In orthopedic medicine,

answers: NDQ_007570

answers: skin traction and skeletal traction.

answers: NDQ_007571

answers: traction

answers: NDQ_007572

answers: skin traction and skeletal traction.

answers: NDQ_007573

answers: skeletal traction.

answers: NDQ_007574

answers: skin traction and skeletal traction.

answers: NDQ_007575

answers: skin traction and skeletal traction.

answers: NDQ_007576

answers: traction

answers: NDQ_007577

answers: skin traction and skeletal traction.

answers: NDQ_007578

answers: skin

answers: NDQ_007579

answers: skin

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal traction.

answers: NDQ_007582

answers: skin

answers: NDQ_007583

answers: skin

answers: NDQ_007584

answers: skeletal

text: Anthropologists have studied skeletal remains that showed loss of bone density and associated structural changes that were linked to a chronic malnutrition in the agricultural area in which these individuals lived. "It follows that the skeletal deformation may be attributed totheir heavy labor in agriculture as well as to their chronic malnutrition", causing the osteoporosis seen when radiographs of the remains were made.

text: Anthropologists

text: have studied skeletal remains that showed loss of bone density and associated structural changes that were linked to a chronic malnutrition in the agricultural area in which these individuals lived. "It follows that the skeletal deformation may be attributed totheir heavy labor in agriculture as well as to their chronic malnutrition", causing the osteoporosis seen when radiographs of the remains were made.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone density and associated structural changes

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: heavy labor in agriculture as well as to their chronic malnutrition

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: the skeletal deformation may be attributed totheir heavy labor in agriculture

answers: NDQ_007563

answers: Which of the following is true of the anthropologists?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not the type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: It's impossible to say

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoclast

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone density

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone density

answers: NDQ_007552

answers: bone density

answers: NDQ_007553

answers: chronic malnutrition

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: skeletal remains

answers: NDQ_007556

answers: heavy labor

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: totheir heavy labor in agriculture as well as to their chronic malnutrition",

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: loss of bone density

answers: NDQ_007568

answers: Anthropologists

answers: NDQ_007569

answers: osteoporosis

answers: NDQ_007570

answers: Anthropologists

answers: NDQ_007571

answers: heavy labor in agriculture as well as to their chronic malnutrition",

answers: NDQ_007572

answers: loss of bone density

answers: NDQ_007573

answers: heavy labor in agriculture as well as to their chronic malnutrition",

answers: NDQ_007574

answers: loss of bone density

answers: NDQ_007575

answers: heavy labor in agriculture as well as to their chronic malnutrition",

answers: NDQ_007576

answers: Anthropologists

answers: NDQ_007577

answers: loss of bone density

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: osteoporosis

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis

text: Virtual palpation of skeletal landmarks located on a 3D bone models (illustrated here on a patient's knee model obtained from medical imaging, see right image). Colored spheres on bones indicate palpated skeletal landmarks. This method combined with quantified manual palpation allows subject-specific visualization of joint behavior during particular motion tasks (e.g., walking, stair climbing, etc.).

text: Virtual palpation of skeletal landmarks located on a 3D bone models (illustrated here on a patient's knee model obtained from medical imaging, see right image). Colored spheres on bones indicate palpated skeletal landmarks. This method combined with quantified manual palpation allows subject-specific visualization of joint behavior during particular motion tasks (e.g., walking, stair climbing, etc.).

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: motion tasks

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: knee.

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: patient's knee

answers: NDQ_007560

answers: knee

answers: NDQ_007562

answers: Colored spheres indicate palpated skeletal landmarks

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: Bones with spongy bone and periosteum are called compact.

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a risk factor for bone fractures?

answers: NDQ_007574

answers: How many bones make up the human skeleton?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: Bone matrix

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: joint

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: motion tasks

answers: NDQ_007552

answers: Virtual palpation of skeletal landmarks

answers: NDQ_007553

answers: Virtual palpation of skeletal landmarks

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: knee

answers: NDQ_007556

answers: joint behavior during particular motion tasks

answers: NDQ_007557

answers: skeletal landmarks

answers: NDQ_007558

answers: knee

answers: NDQ_007560

answers: knee

answers: NDQ_007562

answers: palpated skeletal landmarks.

answers: NDQ_007563

answers: 3D bone models

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: 3D bone models

answers: NDQ_007569

answers: Virtual palpation of skeletal landmarks

answers: NDQ_007570

answers: knee

answers: NDQ_007571

answers: Virtual palpation of skeletal landmarks

answers: NDQ_007572

answers: 3D bone models

answers: NDQ_007573

answers: Virtual palpation of skeletal landmarks

answers: NDQ_007574

answers: 3D bone models

answers: NDQ_007575

answers: 3D bone models

answers: NDQ_007576

answers: Virtual palpation of skeletal landmarks

answers: NDQ_007577

answers: 3D bone models

answers: NDQ_007578

answers: skeletal landmarks located on a 3D bone

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: knee

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal

text: Muscle contraction stimulates muscle cells to translocate GLUT4 receptors to their surfaces. This is especially true in cardiac muscle, where continuous contraction can be relied upon; but is observed to a lesser extent in skeletal muscle. In skeletal muscle, muscle contraction increase GLUT4 translocation several fold  and this is likely regulated by RAC1  and AMP-activated protein kinase.

text: Muscle contraction stimulates muscle cells to translocate GLUT4 receptors to their surfaces. This is especially true in cardiac muscle, where continuous contraction can be relied upon; but is observed to a lesser extent in skeletal muscle. In skeletal muscle, muscle contraction increase GLUT4 translocation several fold  and this is likely regulated by

text: and

text: AMP-activated protein kinase

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: GLUT4

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: muscle contraction

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: cardiac muscle

answers: NDQ_007562

answers: muscle contraction increases GLUT4 translocation several fold

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of vitamin?

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: What is AMP-activated protein kinase?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is the most likely reason for a sprain?

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: skeletal muscle.

answers: NDQ_007551

answers: skeletal muscle.

answers: NDQ_007552

answers: GLUT4

answers: NDQ_007553

answers: Muscle contraction stimulates muscle cells

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: Muscle contraction

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: cardiac muscle,

answers: NDQ_007562

answers: Muscle contraction

answers: NDQ_007563

answers: skeletal muscle.

answers: NDQ_007566

answers: Muscle contraction

answers: NDQ_007568

answers: cardiac muscle,

answers: NDQ_007569

answers: skeletal muscle.

answers: NDQ_007570

answers: cardiac muscle,

answers: NDQ_007571

answers: skeletal muscle.

answers: NDQ_007572

answers: skeletal muscle.

answers: NDQ_007573

answers: Muscle contraction stimulates muscle cells to translocate GLUT4

answers: NDQ_007574

answers: skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle.

answers: NDQ_007576

answers: Muscle contraction

answers: NDQ_007577

answers: skeletal muscle.

answers: NDQ_007578

answers: skeletal muscle.

answers: NDQ_007579

answers: skeletal muscle.

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: skeletal muscle.

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: skeletal muscle.

text: During development, myoblasts (muscle progenitor cells) either remain in the somite to form muscles associated with the vertebral column or migrate out into the body to form all other muscles. Myoblast migration is preceded by the formation of connective tissue frameworks, usually formed from the somatic lateral plate mesoderm. Myoblasts follow chemical signals to the appropriate locations, where they fuse into elongate skeletal muscle cells.

text: During development,

text: myoblast

text: s (muscle progenitor cells) either remain in the somite to form muscles associated with the vertebral column or migrate out into the body to form all other muscles. Myoblast migration is preceded by the formation of

text: connective tissue

text: frameworks, usually formed from the somatic

text: lateral plate mesoderm

text: . Myoblasts follow chemical signals to the appropriate locations, where they fuse into elongate skeletal muscle cells.

answers: NDQ_007549

answers: vertebral column

answers: NDQ_007550

answers: vertebral column

answers: NDQ_007551

answers: vertebral column

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Myoblasts

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: vertebral column

answers: NDQ_007556

answers: myoblast migration

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: lateral plate

answers: NDQ_007562

answers: Myoblasts fuse into elongate skeletal muscle cells.

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is true of myoblasts?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: what joint is an example of a ball and socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of muscle?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a type of muscle?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle: myoblasts or connective tissue?

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: vertebral column

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: vertebral column

answers: NDQ_007581

answers: vertebral column

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: myoblasts

answers: NDQ_007584

answers: somitogenesis

answers: NDQ_007549

answers: vertebral column

answers: NDQ_007550

answers: skeletal muscle cells.

answers: NDQ_007551

answers: muscles.

answers: NDQ_007552

answers: myoblasts

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: vertebral column

answers: NDQ_007556

answers: Myoblasts follow chemical signals

answers: NDQ_007557

answers: connective tissue frameworks,

answers: NDQ_007558

answers: vertebral column

answers: NDQ_007560

answers: vertebral column

answers: NDQ_007562

answers: myoblasts

answers: NDQ_007563

answers: myoblasts

answers: NDQ_007566

answers: During development, myoblasts

answers: NDQ_007568

answers: skeletal muscle cells.

answers: NDQ_007569

answers: vertebral column

answers: NDQ_007570

answers: vertebral column

answers: NDQ_007571

answers: vertebral column

answers: NDQ_007572

answers: skeletal muscle cells.

answers: NDQ_007573

answers: During development, myoblasts

answers: NDQ_007574

answers: vertebral column

answers: NDQ_007575

answers: elongate skeletal muscle cells.

answers: NDQ_007576

answers: During development, myoblasts

answers: NDQ_007577

answers: vertebral column

answers: NDQ_007578

answers: somatic lateral plate mesoderm.

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: vertebral column

answers: NDQ_007581

answers: connective tissue frameworks,

answers: NDQ_007582

answers: somatic lateral plate mesoderm.

answers: NDQ_007583

answers: somatic lateral plate mesoderm.

answers: NDQ_007584

answers: development,

text: He sprained his ankle in the game against the Philadelphia Eagles on November 2, 2008.

text: He sprained his ankle in the game against the Philadelphia Eagles on November 2, 2008.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: they are longer

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: sprained ankles do not require surgery.

answers: NDQ_007563

answers: What will happen to the player?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: None of the above choices .

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: The Philadelphia Eagles

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: It does not.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: deformity

answers: NDQ_007549

answers: ankle

answers: NDQ_007550

answers: ankle

answers: NDQ_007551

answers: ankle

answers: NDQ_007552

answers: ankle

answers: NDQ_007553

answers: ankle

answers: NDQ_007554

answers: ankle

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: 2008.

answers: NDQ_007557

answers: ankle

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: He sprained his ankle

answers: NDQ_007563

answers: He sprained his ankle in the game against the Philadelphia Eagles

answers: NDQ_007566

answers: He sprained his ankle in the game against the Philadelphia Eagles

answers: NDQ_007568

answers: He sprained his ankle in the game against the Philadelphia Eagles

answers: NDQ_007569

answers: Philadelphia Eagles

answers: NDQ_007570

answers: ankle in the game against the Philadelphia Eagles

answers: NDQ_007571

answers: He sprained his ankle in the game against the Philadelphia Eagles

answers: NDQ_007572

answers: ankle

answers: NDQ_007573

answers: He sprained his ankle in the game against the Philadelphia Eagles

answers: NDQ_007574

answers: ankle

answers: NDQ_007575

answers: He sprained his ankle in the game against the Philadelphia Eagles

answers: NDQ_007576

answers: He sprained his ankle

answers: NDQ_007577

answers: Philadelphia Eagles

answers: NDQ_007578

answers: ankle

answers: NDQ_007579

answers: ankle

answers: NDQ_007580

answers: ankle

answers: NDQ_007581

answers: ankle

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle

answers: NDQ_007584

answers: ankle

text: Both types of growth lines may be deposited in synchrony with endogenous biorhythms. For example, captive crocodilians exposed to constant temperature, diet, and photoperiod, still exhibit the periodic and cyclical skeletal growth banding of their wild counterparts. Consequently, it is assumed by many paleontologists that the growth lines of dinosaurs reflect annual rhythms, and that they may be used to determine individual ages. However, in the large and long bones of many dinosaurian taxa, resorption of internal and external bone proceeds even as new cortical bone continues to be deposited, so that growth lines deposited early in development may need to be inferred.

text: Both types of growth lines may be deposited in synchrony with endogenous biorhythms. For example, captive

text: crocodilia

text: ns exposed to constant temperature, diet, and photoperiod, still exhibit the periodic and cyclical skeletal growth banding of their wild counterparts. Consequently, it is assumed by many

text: paleontologists

text: that the growth lines of dinosaurs reflect annual rhythms, and that they may be used to determine individual ages. However, in the large and long bones of many dinosaurian taxa, resorption of internal and external bone proceeds even as new cortical bone continues to be deposited, so that growth lines deposited early in development may need to be inferred.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: internal and external bone

answers: NDQ_007551

answers: growth

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: endogenous biorhythm

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: dinosaurs

answers: NDQ_007556

answers: growth lines deposited early in development

answers: NDQ_007557

answers: cortical bone

answers: NDQ_007558

answers: large and long bones

answers: NDQ_007560

answers: internal and external

answers: NDQ_007562

answers: growth lines deposited early in development may need to be inferred

answers: NDQ_007563

answers: Which of the following is not a type of growth line?

answers: NDQ_007566

answers: Which of the following is not true of dinosaurs?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of growth line?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What may be used to determine individual ages?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: cortical

answers: NDQ_007579

answers: cortical

answers: NDQ_007580

answers: cortex

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: internal

answers: NDQ_007583

answers: cortical

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: internal and external bone

answers: NDQ_007550

answers: cortical bone

answers: NDQ_007551

answers: determine individual ages.

answers: NDQ_007552

answers: endogenous biorhythms.

answers: NDQ_007553

answers: endogenous biorhythms.

answers: NDQ_007554

answers: cortical

answers: NDQ_007555

answers: dinosaurian taxa,

answers: NDQ_007556

answers: new cortical bone continues to be deposited,

answers: NDQ_007557

answers: cortical bone

answers: NDQ_007558

answers: large and long bones

answers: NDQ_007560

answers: skeletal growth banding

answers: NDQ_007562

answers: the growth lines of dinosaurs reflect annual rhythms,

answers: NDQ_007563

answers: endogenous biorhythms.

answers: NDQ_007566

answers: endogenous biorhythms.

answers: NDQ_007568

answers: internal and external bone proceeds even as new cortical bone

answers: NDQ_007569

answers: cortical bone

answers: NDQ_007570

answers: periodic and cyclical skeletal growth banding

answers: NDQ_007571

answers: endogenous biorhythms.

answers: NDQ_007572

answers: cortical bone

answers: NDQ_007573

answers: endogenous biorhythms.

answers: NDQ_007574

answers: resorption of internal and external bone

answers: NDQ_007575

answers: endogenous biorhythms.

answers: NDQ_007576

answers: synchrony with endogenous biorhythms.

answers: NDQ_007577

answers: cyclical skeletal growth banding of their wild counterparts.

answers: NDQ_007578

answers: cortical

answers: NDQ_007579

answers: cortical

answers: NDQ_007580

answers: cortical

answers: NDQ_007581

answers: cortical

answers: NDQ_007582

answers: cortical

answers: NDQ_007583

answers: cortical bone

answers: NDQ_007584

answers: resorption

text: Another histological difference between cardiac muscle and skeletal muscle is that the T-tubules in the cardiac muscle are bigger and wider and track laterally to the Z-discs.  There are fewer T-tubules in comparison with skeletal muscle. The diad is a structure in the cardiac myocyte located at the sarcomere Z-line.  It is composed of a single T-tubule paired with a terminal cisterna of the sarcoplasmic reticulum.  The diad plays an important role in excitation-contraction coupling by juxtaposing an inlet for the action potential near a source of Ca ions.  This way, the wave of depolarization can be coupled to calcium-mediated cardiac muscle contraction via the sliding filament mechanism. Cardiac muscle forms these instead of the triads formed between the sarcoplasmic reticulum in skeletal muscle and T-tubules. T-tubules play critical role in excitation-contraction coupling (ECC). Recently, the action potentials of T-tubules were recorded optically by Guixue Bu et al.

text: Another histological difference between cardiac muscle and skeletal muscle is that the

text: T-tubules

text: in the cardiac muscle are bigger and wider and track laterally to the Z-discs.  There are fewer T-tubules in comparison with skeletal muscle. The diad is a structure in the cardiac

text: myocyte

text: located at the

text: sarcomere

text: Z-line.  It is composed of a single

text: T-tubule

text: paired with a terminal

text: cisterna

text: of the

text: sarcoplasmic reticulum

text: .  The diad plays an important role in

text: excitation-contraction coupling

text: by juxtaposing an inlet for the action potential near a source of Ca ions.  This way, the wave of

text: depolarization

text: can be coupled to calcium-mediated cardiac muscle

text: contraction

text: via the sliding filament mechanism. Cardiac muscle forms these instead of the triads formed between the

text: sarcoplasmic reticulum

text: in skeletal muscle and T-tubules. T-tubules play critical role in

text: excitation-contraction coupling

text: (ECC). Recently, the action potentials of T-tubules were recorded optically by Guixue Bu et al.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: articulatio articulatio

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Cardiomyocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: There are fewer T-tubules

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: Z-discs

answers: NDQ_007562

answers: There are fewer T-tubules in comparison with skeletal muscle

answers: NDQ_007563

answers: What does the diad play an important role in?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What type of joint is the ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a source of calcium?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of muscle: cardiac muscle, skeletal muscle or skeletal muscle?

answers: NDQ_007574

answers: The human skeleton consists entirely of bone

answers: NDQ_007575

answers: What is the difference between cardiac muscle and skeletal muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: Z-discs.

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: T-tubules

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: fewer T-tubules in comparison with skeletal muscle.

answers: NDQ_007557

answers: T-tubules

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: T-tubules

answers: NDQ_007562

answers: fewer T-tubules in comparison with skeletal muscle.

answers: NDQ_007563

answers: skeletal muscle.

answers: NDQ_007566

answers: skeletal muscle.

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: skeletal muscle

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: Ca ions.

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: fewer T-tubules in comparison with skeletal muscle.

answers: NDQ_007574

answers: skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: skeletal muscle.

answers: NDQ_007577

answers: Z-discs.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: The Tile classification is a system of categorizing pelvic fractures based on fracture pattern, allowing judgment on the stability of the pelvic ring.

text: The Tile classification is a system of categorizing

text: pelvic fracture

text: s based on fracture pattern, allowing judgment on the stability of the

text: pelvic ring

answers: NDQ_007549

answers: pelvic rings

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: stability

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: pelvis

answers: NDQ_007556

answers: ossification

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: pelvic

answers: NDQ_007560

answers: pelvic

answers: NDQ_007562

answers: The pelvic ring is the only part of the pelvis that can be fractured.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What type of bone is compact bone?

answers: NDQ_007570

answers: None of the above choices are true

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: The answer: yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: ring

answers: NDQ_007580

answers: ring

answers: NDQ_007581

answers: ring

answers: NDQ_007582

answers: peritoneum

answers: NDQ_007583

answers: pelvic ring

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: pelvic ring.

answers: NDQ_007550

answers: pelvic ring.

answers: NDQ_007551

answers: stability of the pelvic ring.

answers: NDQ_007552

answers: ring.

answers: NDQ_007553

answers: The Tile classification is a system of categorizing pelvic fractures

answers: NDQ_007554

answers: fracture pattern, allowing judgment on the stability of the pelvic ring.

answers: NDQ_007555

answers: pelvic ring.

answers: NDQ_007556

answers: fracture pattern,

answers: NDQ_007557

answers: stability of the pelvic ring.

answers: NDQ_007558

answers: pelvic

answers: NDQ_007560

answers: pelvic ring.

answers: NDQ_007562

answers: The Tile classification is a system of categorizing pelvic fractures

answers: NDQ_007563

answers: The Tile classification is a system of categorizing pelvic fractures

answers: NDQ_007566

answers: The Tile classification

answers: NDQ_007568

answers: The Tile classification

answers: NDQ_007569

answers: The Tile classification

answers: NDQ_007570

answers: The Tile classification

answers: NDQ_007571

answers: The Tile classification

answers: NDQ_007572

answers: The Tile classification is a system of categorizing pelvic fractures

answers: NDQ_007573

answers: The Tile classification

answers: NDQ_007574

answers: The Tile classification

answers: NDQ_007575

answers: The Tile classification

answers: NDQ_007576

answers: The Tile classification is a system of categorizing pelvic fractures

answers: NDQ_007577

answers: pelvic ring.

answers: NDQ_007578

answers: fracture pattern, allowing judgment on the stability of the pelvic ring.

answers: NDQ_007579

answers: ring.

answers: NDQ_007580

answers: pelvic ring.

answers: NDQ_007581

answers: pelvic ring.

answers: NDQ_007582

answers: pelvic ring.

answers: NDQ_007583

answers: pelvic ring.

answers: NDQ_007584

answers: fracture

text: NM-IIB has many properties that are similar to those of smooth muscle myosins, such as the permissive nature of phosphorylation of the 20 kDa regulatory light chain for contraction. In skeletal muscle and cardiac muscle myosins, contraction is activated through thin filament proteins troponin and tropomyosin, whereas in NM-IIB and smooth muscle myosin, contraction initiates via regulatory light chain (MLC20) phosphorylation.

text: NM-IIB has many properties that are similar to those of

text: smooth muscle

text: myosin

text: s, such as the permissive nature of

text: phosphorylation

text: of the 20 kDa regulatory light chain for

text: contraction

text: . In

text: skeletal muscle

text: and

text: cardiac muscle

text: myosins, contraction is activated through

text: thin filament

text: proteins

text: troponin

text: and

text: tropomyosin

text: , whereas in NM-IIB and

text: smooth muscle

text: myosin

text: , contraction initiates via regulatory light chain (

text: phosphorylation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: NM-IIB

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: troponin

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: NM-IIB

answers: NDQ_007557

answers: NM-IIB

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: NM-IIB has many properties that are similar to those of smooth muscle myosins

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal muscle or cardiac muscle?

answers: NDQ_007566

answers: What is NM-IIB?

answers: NDQ_007568

answers: Which of the following is not a type of bone: skeletal muscle, cardiac muscle, troponin or tropomyosin?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What joint is ball-and-socket?

answers: NDQ_007571

answers: What does NM-IIB stand for?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is NM-IIB and smooth muscle myosin?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: What is NM-IIB?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: contraction. In skeletal muscle

answers: NDQ_007552

answers: troponin and tropomyosin,

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: contraction.

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: skeletal muscle

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: NM-IIB

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: NM-IIB

answers: NDQ_007570

answers: NM-IIB

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: NM-IIB

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: NM-IIB

answers: NDQ_007577

answers: NM-IIB

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: M-protein exhibits a different pattern of expression in cardiac and skeletal muscle, as well as fast- versus slow-skeletal muscle during development, suggesting different regulatory mechanisms for expression quantity and temporal appearance. In cardiac muscle, expression of M-protein continues to increase from neonatal to adult; however, in skeletal muscle, M-protein mRNA expression is biophasic. M-protein is initially present in both slow- and fast-skeletal muscle embryonic fibers, then M-protein is suppressed in slow fibers. Interestingly, the embryonic splice variant of myomesin, termed EH-myomesin, is expressed in a complementary pattern with M-protein during development in higher vertebrates. It was also shown that the mRNA expression of M-protein is exquisitely sensitive to thyroid hormone (T3); M-protein expression, but not MYOM1 or its variant,EH-myomesin, was rapidly reduced by T3 in vivo and in vitro. The M-protein promoter is responsive to T3, and was suggested to contain thyroid hormone response elements near the transcriptional start point.

text: M-protein exhibits a different pattern of expression in

text: cardiac

text: and

text: skeletal muscle

text: , as well as fast- versus slow-

text: skeletal muscle

text: during development, suggesting different regulatory mechanisms for expression quantity and temporal appearance. In

text: cardiac muscle

text: , expression of M-protein continues to increase from neonatal to adult; however, in

text: skeletal muscle

text: , M-protein

text: mRNA

text: expression is biophasic. M-protein is initially present in both slow- and fast-

text: skeletal muscle

text: embryonic fibers, then M-protein is suppressed in slow fibers. Interestingly, the embryonic splice variant of

text: myomesin

text: , termed EH-myomesin, is expressed in a complementary pattern with M-protein during development in higher

text: vertebrate

text: s. It was also shown that the

text: mRNA

text: expression of M-protein is exquisitely sensitive to

text: thyroid hormone

text: (T3); M-protein expression, but not

text: or its variant,EH-myomesin, was rapidly reduced by T3 in vivo and in vitro. The M-protein promoter is responsive to T3, and was suggested to contain thyroid

text: hormone response element

text: s near the transcriptional start point.

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: M-protein

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Vertebrates

answers: NDQ_007556

answers: slow-skeletal muscle

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: lower vertebrates

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: EH-myomesin, is expressed in a complementary pattern with M-protein during development in higher vertebrates

answers: NDQ_007563

answers: What is the role of calcium in the body?

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry, and brittle. Bones are like chalk.

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: Context: Bone compactus is a spongy bone that forms between spongy bone and periosteum. Bone compactus is a type of bone that forms between spongy bone and periosteum.

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: What are blood cells?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: What is the skeleton made of?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones are in the adult skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: slow- and fast-skeletal muscle embryonic fibers,

answers: NDQ_007551

answers: muscle,

answers: NDQ_007552

answers: M-protein

answers: NDQ_007553

answers: thyroid hormone

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: higher vertebrates.

answers: NDQ_007556

answers: M-protein is suppressed in slow fibers.

answers: NDQ_007557

answers: myomesin,

answers: NDQ_007558

answers: higher vertebrates.

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: M-protein

answers: NDQ_007563

answers: thyroid hormone

answers: NDQ_007566

answers: M-protein

answers: NDQ_007568

answers: slow- and fast-skeletal muscle embryonic fibers,

answers: NDQ_007569

answers: M-protein

answers: NDQ_007570

answers: fast- versus slow-skeletal muscle

answers: NDQ_007571

answers: thyroid hormone

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: thyroid hormone

answers: NDQ_007574

answers: neonatal to adult;

answers: NDQ_007575

answers: thyroid hormone

answers: NDQ_007576

answers: (T3);

answers: NDQ_007577

answers: adult;

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: development,

text: Mechanical motion capture systems directly track body joint angles and are often referred to as exoskeleton motion capture systems, due to the way the sensors are attached to the body. A performer attaches the skeletal-like structure to their body and as they move so do the articulated mechanical parts, measuring the performer’s relative motion. Mechanical motion capture systems are real-time, relatively low-cost, free-of-occlusion, and wireless (untethered) systems that have unlimited capture volume. Typically, they are rigid structures of jointed, straight metal or plastic rods linked together with potentiometers that articulate at the joints of the body. These suits tend to be in the $25,000 to $75,000 range plus an external absolute positioning system. Some suits provide limited force feedback or haptic input.

text: Mechanical motion capture systems directly track body joint angles and are often referred to as exoskeleton motion capture systems, due to the way the sensors are attached to the body. A performer attaches the skeletal-like structure to their body and as they move so do the articulated mechanical parts, measuring the performer’s relative motion. Mechanical motion capture systems are real-time, relatively low-cost, free-of-occlusion, and wireless (untethered) systems that have unlimited capture volume. Typically, they are rigid structures of jointed, straight metal or plastic rods linked together with potentiometers that articulate at the joints of the body. These suits tend to be in the $25,000 to $75,000 range plus an external absolute positioning system. Some suits provide limited force feedback or

text: haptic

text: input.

answers: NDQ_007549

answers: metal or plastic rods

answers: NDQ_007550

answers: metal and plastic

answers: NDQ_007551

answers: mechanical motion capture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: metal or plastic

answers: NDQ_007558

answers: metal or plastic rods

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: mechanical motion capture systems directly track body joint angles

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a benefit of mechanical motion capture systems?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: exoskeleton

answers: NDQ_007581

answers: exoskeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: jointed, straight metal or plastic rods

answers: NDQ_007550

answers: jointed, straight metal or plastic rods

answers: NDQ_007551

answers: measuring the performer’s relative motion.

answers: NDQ_007552

answers: Mechanical motion capture systems

answers: NDQ_007553

answers: Mechanical motion capture systems

answers: NDQ_007554

answers: metal or plastic rods

answers: NDQ_007555

answers: potentiometers that articulate at the joints of the body.

answers: NDQ_007556

answers: $25,000 to $75,000 range plus an external absolute positioning system.

answers: NDQ_007557

answers: potentiometers

answers: NDQ_007558

answers: potentiometers

answers: NDQ_007560

answers: angles

answers: NDQ_007562

answers: Mechanical motion capture systems

answers: NDQ_007563

answers: Mechanical motion capture systems

answers: NDQ_007566

answers: Mechanical motion capture systems

answers: NDQ_007568

answers: Mechanical motion capture systems

answers: NDQ_007569

answers: Mechanical motion capture systems

answers: NDQ_007570

answers: potentiometers that articulate at the joints

answers: NDQ_007571

answers: Mechanical motion capture systems

answers: NDQ_007572

answers: metal or plastic rods

answers: NDQ_007573

answers: Mechanical motion capture systems

answers: NDQ_007574

answers: jointed, straight metal or plastic rods

answers: NDQ_007575

answers: Mechanical motion capture systems

answers: NDQ_007576

answers: Mechanical motion capture systems

answers: NDQ_007577

answers: $25,000 to $75,000

answers: NDQ_007578

answers: exoskeleton

answers: NDQ_007579

answers: skeletal-like

answers: NDQ_007580

answers: plastic rods

answers: NDQ_007581

answers: exoskeleton

answers: NDQ_007582

answers: exoskeleton

answers: NDQ_007583

answers: exoskeleton

answers: NDQ_007584

answers: skeletal-like

text: A sprain is a type of acute injury which results from the stretching or tearing of a ligament. Depending on the severity of the sprain, the movement on the joint can be compromised since ligaments aid in the stability and support of joints. Sprains are commonly seen in vulnerable areas such as the wrists, knees, and ankles. They can occur from movements such as falling on an outstretched hand, or a twisting of the ankle or foot.

text: A sprain is a type of acute injury which results from the stretching or tearing of a ligament. Depending on the severity of the sprain, the movement on the joint can be compromised since ligaments aid in the stability and support of joints. Sprains are commonly seen in vulnerable areas such as the wrists, knees, and ankles. They can occur from movements such as falling on an outstretched hand, or a twisting of the ankle or foot.

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: the bones of the body

answers: NDQ_007551

answers: support of joints

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: the movement on the joint can be compromised

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: wrists, knees

answers: NDQ_007560

answers: wrists

answers: NDQ_007562

answers: A sprain results from the stretching or tearing of a ligament.

answers: NDQ_007563

answers: Which of the following is not a type of acute injury?

answers: NDQ_007566

answers: Which of the following is true of ligaments?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of ligament?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of acute injury?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: ligament

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligament

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: ligaments

answers: NDQ_007551

answers: stability and support of joints.

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: A sprain

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ligaments

answers: NDQ_007556

answers: ligaments

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: wrists, knees, and ankles.

answers: NDQ_007560

answers: wrists, knees, and ankles.

answers: NDQ_007562

answers: A sprain

answers: NDQ_007563

answers: A sprain

answers: NDQ_007566

answers: A sprain

answers: NDQ_007568

answers: ligaments

answers: NDQ_007569

answers: A sprain

answers: NDQ_007570

answers: wrists, knees, and ankles.

answers: NDQ_007571

answers: ligaments

answers: NDQ_007572

answers: A sprain

answers: NDQ_007573

answers: A sprain

answers: NDQ_007574

answers: ligament.

answers: NDQ_007575

answers: ligament.

answers: NDQ_007576

answers: stretching or tearing of a ligament.

answers: NDQ_007577

answers: wrists, knees, and ankles.

answers: NDQ_007578

answers: ligament.

answers: NDQ_007579

answers: ligament.

answers: NDQ_007580

answers: ligament.

answers: NDQ_007581

answers: ligament.

answers: NDQ_007582

answers: ligament.

answers: NDQ_007583

answers: ligament.

answers: NDQ_007584

answers: tearing of a ligament.

text: In 2004, Dabashi was involved in a dispute at Columbia University between Jewish students and pro-Palestinian professors, which included accusations of antisemitism against the professors. According to the New York Times, Dabashi was mentioned principally because of his published political viewpoints, and that he canceled a class to attend a Palestinian rally. The New York chapter of the American Civil Liberties Union sided with the professors. An ad hoc committee formed by Lee C. Bollinger, Columbia University's president, reported in March 2005 that they could not find any credible allegations of antisemitism, but did criticize the university's grievance procedures, and recommended changes. However, the committee was criticized for failing to examine an article in which Dabashi wrote that Israelis suffer from "a vulgarity of character that is bone-deep and structural to the skeletal vertebrae of its culture."

text: In 2004, Dabashi was involved in a dispute at

text: Columbia University

text: between Jewish students and pro-Palestinian professors, which included accusations of antisemitism against the professors. According to the

text: New York Times

text: , Dabashi was mentioned principally because of his published political viewpoints, and that he canceled a class to attend a Palestinian rally. The New York chapter of the

text: American Civil Liberties Union

text: sided with the professors. An ad hoc committee formed by

text: Lee C. Bollinger

text: , Columbia University's president, reported in March 2005 that they could not find any credible allegations of antisemitism, but did criticize the university's grievance procedures, and recommended changes. However, the committee was criticized for failing to examine an article in which Dabashi wrote that Israelis suffer from "a vulgarity of character that is bone-deep and structural to the skeletal vertebrae of its culture."

answers: NDQ_007549

answers: vertebrae

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: vertebrae

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: Blood cells are produced in the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: bone-deep and structural

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: skeletal vertebrae

answers: NDQ_007562

answers: a vulgarity of character that is bone-deep

answers: NDQ_007563

answers: Which of the following is not a type of bone: skeletal vertebrae or bones?

answers: NDQ_007566

answers: Which of the following is not true of bones: dead, dry, and brittle

answers: NDQ_007568

answers: How many types of bone tissues are in skeletal vertebrae?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the New York chapter of the American Civil Liberties Union?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: How would you describe Dabashi?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many vertebrae does the adult skeletal system contain?

answers: NDQ_007578

answers: vertebrae

answers: NDQ_007579

answers: vertebrae

answers: NDQ_007580

answers: vertebrae

answers: NDQ_007581

answers: vertebrae

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeleton

answers: NDQ_007549

answers: vertebrae

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: vertebrae

answers: NDQ_007552

answers: skeletal vertebrae

answers: NDQ_007553

answers: skeletal vertebrae

answers: NDQ_007554

answers: skeletal vertebrae

answers: NDQ_007555

answers: skeletal vertebrae

answers: NDQ_007556

answers: bone-deep and structural to the skeletal vertebrae

answers: NDQ_007557

answers: skeletal vertebrae

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: skeletal vertebrae

answers: NDQ_007562

answers: skeletal vertebrae

answers: NDQ_007563

answers: skeletal vertebrae

answers: NDQ_007566

answers: bone-deep

answers: NDQ_007568

answers: skeletal vertebrae

answers: NDQ_007569

answers: bone-deep and structural to the skeletal vertebrae

answers: NDQ_007570

answers: skeletal vertebrae

answers: NDQ_007571

answers: skeletal vertebrae

answers: NDQ_007572

answers: skeletal vertebrae

answers: NDQ_007573

answers: skeletal vertebrae

answers: NDQ_007574

answers: bone-deep and structural to the skeletal vertebrae

answers: NDQ_007575

answers: skeletal vertebrae

answers: NDQ_007576

answers: bone-deep and structural to the skeletal vertebrae

answers: NDQ_007577

answers: skeletal vertebrae

answers: NDQ_007578

answers: skeletal vertebrae

answers: NDQ_007579

answers: skeletal vertebrae

answers: NDQ_007580

answers: skeletal vertebrae

answers: NDQ_007581

answers: skeletal vertebrae

answers: NDQ_007582

answers: skeletal vertebrae

answers: NDQ_007583

answers: skeletal vertebrae

answers: NDQ_007584

answers: skeletal

text: VPHOP will realize "P2 medicine" for osteoporosis patients. Predictive: multiscale models, representing skeletal mechanobiology, from the whole body down to the molecular constituents, to simulate skeletal loading in various conditions and predict bone failure. Personalised: The multiscale model is personalised using information which is to the patient. The more information which is available the more personalised becomes the model.

text: VPHOP will realize "P2 medicine" for osteoporosis patients. Predictive: multiscale models, representing skeletal mechanobiology, from the whole body down to the molecular constituents, to simulate skeletal loading in various conditions and predict bone failure. Personalised: The multiscale model is personalised using information which is to the patient. The more information which is available the more personalised becomes the model.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body.

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: skeleton

answers: NDQ_007562

answers: the multiscale model is personalised using information which is to the patient

answers: NDQ_007563

answers: Bones release calcium to the blood as needed.

answers: NDQ_007566

answers: Bones are like chalk: dead, dry, and brittle.

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: The spongy bone is called periosteum.

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Osteoporosis is a disease that affects the bone marrow.

answers: NDQ_007573

answers: Osteoporosis is a condition in which the bones of the body are weaker than normal.

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: P2 medicine

answers: NDQ_007549

answers: molecular constituents,

answers: NDQ_007550

answers: molecular constituents,

answers: NDQ_007551

answers: skeletal loading in various conditions and predict bone failure.

answers: NDQ_007552

answers: bone

answers: NDQ_007553

answers: VPHOP

answers: NDQ_007554

answers: molecular constituents,

answers: NDQ_007555

answers: bone failure.

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: bone failure.

answers: NDQ_007563

answers: bone failure.

answers: NDQ_007566

answers: bone failure.

answers: NDQ_007568

answers: bone failure.

answers: NDQ_007569

answers: bone

answers: NDQ_007570

answers: bone failure.

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: bone failure.

answers: NDQ_007573

answers: predict bone failure.

answers: NDQ_007574

answers: bone failure.

answers: NDQ_007575

answers: skeletal loading

answers: NDQ_007576

answers: bone failure.

answers: NDQ_007577

answers: bone failure.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: molecular constituents,

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal mechanobiology,

text: DCS is classified by symptoms. The earliest descriptions of DCS used the terms: "bends" for joint or skeletal pain; "chokes" for breathing problems; and "staggers" for neurological problems. In 1960, Golding et al. introduced a simpler classification using the term "Type I ('simple')" for symptoms involving only the skin, musculoskeletal system, or lymphatic system, and "Type II ('serious')" for symptoms where other organs (such as the central nervous system) are involved. Type II DCS is considered more serious and usually has worse outcomes. This system, with minor modifications, may still be used today. Following changes to treatment methods, this classification is now much less useful in diagnosis, since neurological symptoms may develop after the initial presentation, and both Type I and Type II DCS have the same initial management.

text: DCS is classified by symptoms. The earliest descriptions of DCS used the terms: "bends" for joint or skeletal pain; "chokes" for breathing problems; and "staggers" for neurological problems. In 1960, Golding et al. introduced a simpler classification using the term "Type I ('simple')" for symptoms involving only the

text: skin

text: musculoskeletal system

text: , or

text: lymphatic system

text: , and "Type II ('serious')" for symptoms where other organs (such as the

text: central nervous system

text: ) are involved. Type II DCS is considered more serious and usually has worse outcomes. This system, with minor modifications, may still be used today. Following changes to treatment methods, this classification is now much less useful in diagnosis, since neurological symptoms may develop after the initial presentation, and both Type I and Type II DCS have the same initial management.

answers: NDQ_007549

answers: skeletal pain

answers: NDQ_007550

answers: Bones and cartilage.

answers: NDQ_007551

answers: joints and skeletal pain

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphatic system

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: neurological symptoms may develop

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: joints

answers: NDQ_007560

answers: hinges

answers: NDQ_007562

answers: neurological symptoms may develop after the initial presentation

answers: NDQ_007563

answers: Which of the following is not a symptom of Type II DCS?

answers: NDQ_007566

answers: Which of the following is not a symptom of Type II DCS?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a symptom of Type II DCS?

answers: NDQ_007572

answers: Which of the following is not a type of lymphatic system?

answers: NDQ_007573

answers: What is a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a symptom of Type II DCS?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: lymphatic system

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: joint or skeletal pain;

answers: NDQ_007550

answers: musculoskeletal system, or lymphatic system,

answers: NDQ_007551

answers: joint or skeletal pain;

answers: NDQ_007552

answers: skin, musculoskeletal system, or lymphatic system,

answers: NDQ_007553

answers: lymphatic system,

answers: NDQ_007554

answers: musculoskeletal system,

answers: NDQ_007555

answers: musculoskeletal system,

answers: NDQ_007556

answers: neurological symptoms may develop after the initial presentation,

answers: NDQ_007557

answers: musculoskeletal system, or lymphatic system,

answers: NDQ_007558

answers: musculoskeletal system,

answers: NDQ_007560

answers: "bends"

answers: NDQ_007562

answers: DCS

answers: NDQ_007563

answers: skeletal pain;

answers: NDQ_007566

answers: DCS

answers: NDQ_007568

answers: "Type I

answers: NDQ_007569

answers: "Type I

answers: NDQ_007570

answers: "Type I

answers: NDQ_007571

answers: skeletal pain;

answers: NDQ_007572

answers: lymphatic system,

answers: NDQ_007573

answers: Type II

answers: NDQ_007574

answers: "Type I

answers: NDQ_007575

answers: "Type I

answers: NDQ_007576

answers: "bends" for joint or skeletal pain;

answers: NDQ_007577

answers: "Type I

answers: NDQ_007578

answers: musculoskeletal system,

answers: NDQ_007579

answers: musculoskeletal

answers: NDQ_007580

answers: musculoskeletal system, or lymphatic system, and "Type II

answers: NDQ_007581

answers: musculoskeletal

answers: NDQ_007582

answers: lymphatic

answers: NDQ_007583

answers: musculoskeletal system,

answers: NDQ_007584

answers: skeletal

text: In a study published in 2013, Delgado-Calle and colleagues compared genome-wide methylation patterns in women with osteoporosis and women with osteoarthritis.   They found about 250 differentially methylated sites.  These were primarily in regions coding for transcription factors that are involved in cell differentiation and skeletal formation, suggesting there may be a developmental predisposition for these disorders.

text: In a study published in 2013, Delgado-Calle and colleagues compared genome-wide methylation patterns in women with osteoporosis and women with osteoarthritis.   They found about 250 differentially methylated sites.  These were primarily in regions coding for transcription factors that are involved in cell differentiation and skeletal formation, suggesting there may be a developmental predisposition for these disorders.

answers: NDQ_007549

answers: osteoarthritis

answers: NDQ_007550

answers: osteoclasts

answers: NDQ_007551

answers: osteoarthritis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: Arthritis

answers: NDQ_007556

answers: developmental predisposition

answers: NDQ_007557

answers: osteophytes

answers: NDQ_007558

answers: osteoarthritis

answers: NDQ_007560

answers: osteoarthritis

answers: NDQ_007562

answers: osteoarthritis

answers: NDQ_007563

answers: What does osteoporosis involve?

answers: NDQ_007566

answers: What does osteoporosis mean?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: osteoarthritis

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, osteoarthritis, or bone?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: Osteoarthritis

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoarthritis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoarthritis

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: cell differentiation and skeletal formation,

answers: NDQ_007550

answers: cell differentiation

answers: NDQ_007551

answers: skeletal formation,

answers: NDQ_007552

answers: transcription factors

answers: NDQ_007553

answers: skeletal formation,

answers: NDQ_007554

answers: cell

answers: NDQ_007555

answers: osteoarthritis.

answers: NDQ_007556

answers: developmental predisposition

answers: NDQ_007557

answers: osteoarthritis.

answers: NDQ_007558

answers: osteoarthritis.

answers: NDQ_007560

answers: osteoarthritis.

answers: NDQ_007562

answers: osteoporosis and women with osteoarthritis.

answers: NDQ_007563

answers: osteoporosis and women with osteoarthritis.

answers: NDQ_007566

answers: osteoporosis and women with osteoarthritis.

answers: NDQ_007568

answers: skeletal formation,

answers: NDQ_007569

answers: osteoporosis and women with osteoarthritis.

answers: NDQ_007570

answers: osteoarthritis.

answers: NDQ_007571

answers: skeletal formation,

answers: NDQ_007572

answers: skeletal formation,

answers: NDQ_007573

answers: osteoporosis and women with osteoarthritis.

answers: NDQ_007574

answers: skeletal formation,

answers: NDQ_007575

answers: osteoporosis and women with osteoarthritis.

answers: NDQ_007576

answers: osteoarthritis.

answers: NDQ_007577

answers: 250

answers: NDQ_007578

answers: osteoarthritis.

answers: NDQ_007579

answers: osteoarthritis.

answers: NDQ_007580

answers: osteoarthritis.

answers: NDQ_007581

answers: osteoarthritis.

answers: NDQ_007582

answers: cell differentiation

answers: NDQ_007583

answers: osteoarthritis.

answers: NDQ_007584

answers: skeletal formation,

text: The expression of talin-2 in striated muscle is developmentally regulated. Undifferentiated myoblasts primarily express talin-1, and both mRNA and protein expression of talin-2 is upregulated during differentiation; ectopic expression of talin-2 in undifferentiated myoblasts dysregulates the actin cytoskeleton, demonstrating that the timing of talin-2 expression during development is critical. In mature cardiomyocytes and skeletal muscle, talin-2 is expressed at costameres and intercalated discs, thus demonstrating that talin2 links integrins and the actin cytoskeleton in stable adhesion complexes involving mature sarcomeres. Talin-2 appears to play a role in skeletal muscle development; specifically, in myoblast fusion, sarcomere assembly, and the integrity of myotendinous junctions. Ablation of both talin isoforms, talin-2 and talin-1 prevented normal myoblast fusion and sarcomere assembly, as well as assembly of integrin adhesion complexes, which was attributed to disrupted interactions between integrins and the actin cytoskeleton. Interestingly, the mRNA expression of talin-2 has been shown to be regulated by the muscle-specific fragile X mental retardation, autosomal homolog 1 (FXR1) protein, which binds talin2 mRNAs directly and represses translation. Knockout of FXR1 upregulates talin-2 protein, which disrupts the architecture of desmosomes and costameres in cardiac muscle.

text: The expression of talin-2 in

text: striated muscle

text: is developmentally regulated. Undifferentiated

text: myoblast

text: s primarily express

text: , and both

text: mRNA

text: and

text: protein

text: expression of talin-2 is upregulated during differentiation; ectopic expression of talin-2 in undifferentiated

text: myoblast

text: s dysregulates the

text: actin

text: cytoskeleton

text: , demonstrating that the timing of talin-2 expression during development is critical. In mature

text: cardiomyocytes

text: and

text: skeletal muscle

text: , talin-2 is expressed at

text: costamere

text: s and

text: intercalated disc

text: s, thus demonstrating that talin2 links

text: integrins

text: and the

text: actin

text: cytoskeleton

text: in stable adhesion complexes involving mature

text: sarcomere

text: s. Talin-2 appears to play a role in

text: skeletal muscle

text: development; specifically, in

text: myoblast

text: fusion,

text: sarcomere

text: assembly, and the integrity of myotendinous junctions. Ablation of both talin isoforms, talin-2 and

text: prevented normal

text: myoblast

text: fusion and

text: sarcomere

text: assembly, as well as assembly of integrin adhesion complexes, which was attributed to disrupted interactions between

text: integrins

text: and the

text: actin

text: cytoskeleton

text: . Interestingly, the

text: mRNA

text: expression of talin-2 has been shown to be regulated by the

text: muscle-specific fragile X mental retardation, autosomal homolog 1 (FXR1)

text: protein

text: , which binds talin2

text: mRNA

text: s directly and represses translation. Knockout of

text: upregulates talin-2

text: protein

text: , which disrupts the architecture of

text: desmosome

text: s and

text: costamere

text: s in

text: cardiac muscle

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: skeletal muscle, articular cartilage, articular bone, and articular cartilage.

answers: NDQ_007551

answers: muscle contraction, muscle growth, and muscle repair.

answers: NDQ_007552

answers: chondroitin sulfate

answers: NDQ_007553

answers: Blood cells are a type of red blood cell.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: undifferentiated myoblasts

answers: NDQ_007557

answers: articular cartilage.

answers: NDQ_007558

answers: costameres

answers: NDQ_007560

answers: myotendinous

answers: NDQ_007562

answers: undifferentiated myoblasts primarily express talin-1

answers: NDQ_007563

answers: Context: Bones release calcium to the blood as needed.

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry, and brittle

answers: NDQ_007568

answers: Context: Bones are organs made up of four types of bone tissues.

answers: NDQ_007569

answers: Context: Bone is a soft, spongy, crystalline mineral. It is found in the skeleton of the human body. Bone is also found in the skeleton of the skeleton of the skeleton of the skeleton of the skeleton of the skeleton.

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Context: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Context: Osteoporosis is a condition characterized by decreased bone density.

answers: NDQ_007574

answers: Context: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: context: Bones grow thicker when they are put under stress by muscles. Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones are in the human body?

answers: NDQ_007578

answers: intercalated disc

answers: NDQ_007579

answers: costamere

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: sarcomeres

answers: NDQ_007582

answers: intercalated discs

answers: NDQ_007583

answers: talin

answers: NDQ_007584

answers: differentiation

answers: NDQ_007549

answers: fusion and sarcomere assembly,

answers: NDQ_007550

answers: fusion and sarcomere assembly,

answers: NDQ_007551

answers: fusion and sarcomere assembly,

answers: NDQ_007552

answers: talin-2

answers: NDQ_007553

answers: assembly of integrin adhesion complexes,

answers: NDQ_007554

answers: sarcomere

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: talin-2

answers: NDQ_007557

answers: integrin adhesion complexes,

answers: NDQ_007558

answers: costameres and intercalated discs,

answers: NDQ_007560

answers: myotendinous

answers: NDQ_007562

answers: fusion and sarcomere assembly,

answers: NDQ_007563

answers: myoblast fusion

answers: NDQ_007566

answers: talin-2

answers: NDQ_007568

answers: talin-2

answers: NDQ_007569

answers: talin-2

answers: NDQ_007570

answers: talin-2 and talin-1

answers: NDQ_007571

answers: sarcomere assembly,

answers: NDQ_007572

answers: sarcomere assembly,

answers: NDQ_007573

answers: talin-2

answers: NDQ_007574

answers: fragile X mental retardation,

answers: NDQ_007575

answers: talin-2

answers: NDQ_007576

answers: (FXR1)

answers: NDQ_007577

answers: talin-2

answers: NDQ_007578

answers: costameres and intercalated discs,

answers: NDQ_007579

answers: sarcomere

answers: NDQ_007580

answers: myoblast fusion

answers: NDQ_007581

answers: sarcomere

answers: NDQ_007582

answers: myoblast

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: oblast fusion

text: However, there are also disadvantages. Vertex animation is usually a lot more labour-intensive than skeletal animation because every vertex position must be manually manipulated and, for this reason, the number of pre-made target morphs is typically limited.Also, in methods of rendering where vertices move from position to position during in-between frames, a distortion is created that does not happen when using skeletal animation. This is described by critics of the technique as looking "shaky". On the other hand, this distortion may be part of the desired "look".

text: However, there are also disadvantages. Vertex animation is usually a lot more labour-intensive than skeletal animation because every vertex position must be manually manipulated and, for this reason, the number of pre-made target morphs is typically limited.Also, in methods of rendering where vertices move from position to position during in-between frames, a distortion is created that does not happen when using skeletal animation. This is described by critics of the technique as looking "shaky". On the other hand, this distortion may be part of the desired "look".

answers: NDQ_007549

answers: Vertex animation

answers: NDQ_007550

answers: Vertex animation

answers: NDQ_007551

answers: Vertex animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: Vertex animation

answers: NDQ_007558

answers: Vertex animation

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: Vertex animation is usually a lot more labour-intensive than skeletal animation

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a disadvantage of vertex animation?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a characteristic of compact bone?

answers: NDQ_007573

answers: Which of the following is not a disadvantage of vertex animation?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a disadvantage of vertex animation?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: morphing

answers: NDQ_007549

answers: vertex position

answers: NDQ_007550

answers: vertices

answers: NDQ_007551

answers: every vertex position must be manually manipulated

answers: NDQ_007552

answers: skeletal animation

answers: NDQ_007553

answers: Vertex animation

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal animation

answers: NDQ_007556

answers: the number of pre-made target morphs is typically limited.Also,

answers: NDQ_007557

answers: skeletal animation

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: Vertex

answers: NDQ_007562

answers: Vertex animation

answers: NDQ_007563

answers: skeletal animation

answers: NDQ_007566

answers: skeletal animation

answers: NDQ_007568

answers: skeletal animation

answers: NDQ_007569

answers: skeletal animation

answers: NDQ_007570

answers: skeletal animation

answers: NDQ_007571

answers: skeletal animation

answers: NDQ_007572

answers: skeletal animation

answers: NDQ_007573

answers: Vertex animation

answers: NDQ_007574

answers: skeletal animation.

answers: NDQ_007575

answers: skeletal animation

answers: NDQ_007576

answers: skeletal animation

answers: NDQ_007577

answers: skeletal animation.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: morphs

text: Part of the skeletal analysis included findings of maxillary sinusitis. Approximately 60% of the remains recovered from the Moatfield ossuary exhibited skeletal pathology consistent with maxillary sinusitis. Although not all cases of this pathology will leave evidence on bone, the results do provide a significant indicator of living conditions and overall health of the population. The predominance of individuals under the age of 12 showed minimal symptoms, however after reaching adulthood prevalence increases and remains high throughout all age groups.

text: Part of the skeletal analysis included findings of maxillary sinusitis. Approximately 60% of the remains recovered from the Moatfield ossuary exhibited skeletal pathology consistent with maxillary sinusitis. Although not all cases of this pathology will leave evidence on bone, the results do provide a significant indicator of living conditions and overall health of the population. The predominance of individuals under the age of 12 showed minimal symptoms, however after reaching adulthood prevalence increases and remains high throughout all age groups.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: adulthood

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: maxillary

answers: NDQ_007560

answers: maxillary sinus

answers: NDQ_007562

answers: not all cases of this pathology will leave evidence on bone

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: How many types of bone tissues are mentioned in the passage?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a type of vitamin?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What may be the reason for the increased risk of bone fractures?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: osseous tissue

answers: NDQ_007580

answers: osseous

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: sinus

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: adulthood

answers: NDQ_007549

answers: bone,

answers: NDQ_007550

answers: bone,

answers: NDQ_007551

answers: living conditions and overall health of the population.

answers: NDQ_007552

answers: bone,

answers: NDQ_007553

answers: adulthood

answers: NDQ_007554

answers: sinusitis.

answers: NDQ_007555

answers: after reaching adulthood

answers: NDQ_007556

answers: after reaching adulthood

answers: NDQ_007557

answers: bone,

answers: NDQ_007558

answers: maxillary sinusitis.

answers: NDQ_007560

answers: maxillary sinusitis.

answers: NDQ_007562

answers: The predominance of individuals under the age of 12

answers: NDQ_007563

answers: skeletal pathology consistent with maxillary sinusitis.

answers: NDQ_007566

answers: skeletal pathology consistent with maxillary sinusitis.

answers: NDQ_007568

answers: maxillary sinusitis.

answers: NDQ_007569

answers: maxillary sinusitis.

answers: NDQ_007570

answers: maxillary sinusitis.

answers: NDQ_007571

answers: skeletal pathology consistent with maxillary sinusitis.

answers: NDQ_007572

answers: bone,

answers: NDQ_007573

answers: prevalence increases and remains high throughout all age groups.

answers: NDQ_007574

answers: after reaching adulthood

answers: NDQ_007575

answers: after reaching adulthood prevalence increases and remains high throughout all age groups.

answers: NDQ_007576

answers: maxillary sinusitis.

answers: NDQ_007577

answers: after reaching adulthood

answers: NDQ_007578

answers: ossuary

answers: NDQ_007579

answers: ossuary

answers: NDQ_007580

answers: ossuary

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: sinusitis.

answers: NDQ_007583

answers: bone,

answers: NDQ_007584

answers: skeletal

text: Examination of fruiting bodies using scanning electron microscopy and transmission electron microscopy has revealed details about their ultrastructure—their microscopic architecture and arrangement. For example, the hyphae of the hapteron form a dense tangled network, while the hyphae of the funicular cord are arranged in a twisted form like a rope. Further, the funicular cord, known to be highly elastic and with a high tensile strength, is made of thicker hyphae than the rest of the funiculus. Also, the ecto- and endoperidium are made of thick-walled, unbranched hyphae, known as skeletal hyphae. It has been proposed that these skeletal hyphae form a structural network that helps the fruiting body maintain the elasticity vital for proper functioning of the spore dispersal mechanism.

text: Examination of fruiting bodies using

text: scanning electron microscopy

text: and

text: transmission electron microscopy

text: has revealed details about their ultrastructure—their microscopic architecture and arrangement. For example, the hyphae of the hapteron form a dense tangled network, while the hyphae of the funicular cord are arranged in a twisted form like a rope. Further, the funicular cord, known to be highly elastic and with a high

text: tensile strength

text: , is made of thicker hyphae than the rest of the funiculus. Also, the ecto- and endoperidium are made of thick-walled, unbranched hyphae, known as skeletal hyphae. It has been proposed that these skeletal hyphae form a structural network that helps the fruiting body maintain the elasticity vital for proper functioning of the spore dispersal mechanism.

answers: NDQ_007549

answers: ecto- and endoperidium

answers: NDQ_007550

answers: skeletal hyphae

answers: NDQ_007551

answers: spore dispersal

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: hematopoiesis

answers: NDQ_007554

answers: tensile strength

answers: NDQ_007555

answers: endoperidium

answers: NDQ_007556

answers: unbranched hyphae

answers: NDQ_007557

answers: skeletal hyphae

answers: NDQ_007558

answers: funiculus

answers: NDQ_007560

answers: funiculus

answers: NDQ_007562

answers: unbranched hyphae

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Bones are like chalk: dead, dry and brittle

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of hyphae?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: funiculus

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: endoperidium

answers: NDQ_007583

answers: funicular cord

answers: NDQ_007584

answers: endoperidium

answers: NDQ_007549

answers: thick-walled, unbranched hyphae,

answers: NDQ_007550

answers: thick-walled, unbranched hyphae,

answers: NDQ_007551

answers: spore dispersal mechanism.

answers: NDQ_007552

answers: spore dispersal mechanism.

answers: NDQ_007553

answers: fruiting bodies

answers: NDQ_007554

answers: skeletal hyphae.

answers: NDQ_007555

answers: hapteron

answers: NDQ_007556

answers: elasticity

answers: NDQ_007557

answers: skeletal hyphae.

answers: NDQ_007558

answers: ecto- and endoperidium

answers: NDQ_007560

answers: funicular cord

answers: NDQ_007562

answers: highly elastic and with a high tensile strength,

answers: NDQ_007563

answers: skeletal hyphae.

answers: NDQ_007566

answers: a rope.

answers: NDQ_007568

answers: thick-walled, unbranched hyphae,

answers: NDQ_007569

answers: skeletal hyphae.

answers: NDQ_007570

answers: twisted form like a rope.

answers: NDQ_007571

answers: highly elastic and with a high tensile strength,

answers: NDQ_007572

answers: skeletal hyphae.

answers: NDQ_007573

answers: skeletal hyphae.

answers: NDQ_007574

answers: skeletal hyphae.

answers: NDQ_007575

answers: skeletal hyphae.

answers: NDQ_007576

answers: twisted form like a rope. Further, the funicular cord,

answers: NDQ_007577

answers: hapteron

answers: NDQ_007578

answers: skeletal hyphae.

answers: NDQ_007579

answers: skeletal hyphae.

answers: NDQ_007580

answers: skeletal hyphae.

answers: NDQ_007581

answers: funicular cord

answers: NDQ_007582

answers: funiculus.

answers: NDQ_007583

answers: skeletal hyphae.

answers: NDQ_007584

answers: spore dispersal mechanism.

text: The Duchess of Cornwall Award is an award created by  the society named after Camilla, Duchess of Cornwall.  The award recognizes an individual for their outstanding contribution to the field of osteoporosis.  This award can be given to individual who meets these:

text: The Duchess of Cornwall Award is an award created by  the society named after Camilla, Duchess of Cornwall.  The award recognizes an individual for their outstanding contribution to the field of osteoporosis.  This award can be given to individual who meets these:

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body together.

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: The Duchess of Cornwall Award recognizes an individual for their outstanding contribution to the field of osteoporosis.

answers: NDQ_007563

answers: What happens when bones release stored calcium to the blood?

answers: NDQ_007566

answers: Bones are like chalk: dead, dry, and brittle.

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: The ball-and-socket joint is a type of joint in which the bones of a joint are fused together.

answers: NDQ_007571

answers: The Duchess of Cornwall Award recognizes an individual for their outstanding contribution to the field of osteoporosis

answers: NDQ_007572

answers: The Duchess of Cornwall Award recognizes an individual for their outstanding contribution to the field of osteoporosis

answers: NDQ_007573

answers: health conditions

answers: NDQ_007574

answers: the following requirements:

answers: NDQ_007575

answers: What does the Duchess of Cornwall Award recognize?

answers: NDQ_007576

answers: the following conditions:

answers: NDQ_007577

answers: The Duchess of Cornwall Award can be given to an individual who

answers: NDQ_007578

answers: osteoclast

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoblasts

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: osteoporosis.

answers: NDQ_007550

answers: osteoporosis.

answers: NDQ_007551

answers: osteoporosis.

answers: NDQ_007552

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007553

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: osteoporosis.

answers: NDQ_007562

answers: osteoporosis.

answers: NDQ_007563

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007566

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007568

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007569

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007570

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007571

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007572

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007573

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007574

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007575

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007576

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007577

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: outstanding contribution to the field of osteoporosis.

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: Research has determined through experimental rodent studies with estradiol, 16α-LE2, and 8β-VE2 that the positive, protective effects of estrogens on bone formation resorption and bone mineral density are mediated via the ERα, whereas the ERβ does not appear to be involved. On the other hand, while both ERα and ERβ are expressed in skeletal muscle, it was found that ERβ is the predominant ER subtype that is responsible for estrogen stimulation of skeletal muscle growth and regeneration. Moreover, similarly to testosterone, 8β-VE2 has anabolic effects in skeletal muscle and significantly increases muscle mass as well as produces muscle hypertrophy in rats. In contrast to testosterone however, 8β-VE2 shows no androgenic effects. The effects of 8β-VE2 and ERβ may be mediated, in part, by local stimulation of insulin-like growth factor 1 (IGF-1)-induced myogenic protein synthesis, as 8β-VE2 has been found to strongly induce expression of IGF-1 in the rat levator ani muscle.

text: Research has determined through experimental rodent studies with estradiol, 16α-LE2, and 8β-VE2 that the positive, protective effects of estrogens on

text: bone formation

text: resorption

text: and

text: bone mineral density

text: are mediated via the ERα, whereas the ERβ does not appear to be involved. On the other hand, while both ERα and ERβ are expressed in

text: skeletal muscle

text: , it was found that ERβ is the predominant ER subtype that is responsible for estrogen stimulation of skeletal muscle growth and regeneration. Moreover, similarly to

text: testosterone

text: , 8β-VE2 has

text: anabolic

text: effects in skeletal muscle and significantly increases muscle mass as well as produces

text: muscle hypertrophy

text: in rats. In contrast to testosterone however, 8β-VE2 shows no

text: androgenic

text: effects. The effects of 8β-VE2 and ERβ may be mediated, in part, by local stimulation of

text: insulin-like growth factor 1

text: myogenic

text: protein synthesis

text: , as 8β-VE2 has been found to strongly induce expression of IGF-1 in the rat

text: levator ani

text: muscle.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: muscle growth and regeneration

answers: NDQ_007552

answers: ER

answers: NDQ_007553

answers: IGF-1

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: ER

answers: NDQ_007557

answers: IGF-1

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: levator ani muscle

answers: NDQ_007562

answers: the ER does not appear to be involved

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of muscle: skeletal muscle or bone?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not a protein?

answers: NDQ_007573

answers: What is the most common cause of bone fractures?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not true?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: resorption

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: bone mineral density

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: bone mineral density

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: muscle growth and regeneration.

answers: NDQ_007552

answers: insulin-like growth factor 1

answers: NDQ_007553

answers: insulin-like growth factor 1

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: estrogens on bone formation resorption

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: 16<unk>-LE2,

answers: NDQ_007560

answers: levator ani

answers: NDQ_007562

answers: ER<unk> does not appear to be involved.

answers: NDQ_007563

answers: bone mineral density are mediated via the ER<unk>

answers: NDQ_007566

answers: bone formation resorption

answers: NDQ_007568

answers: 16<unk>-LE2, and 8<unk>-VE2

answers: NDQ_007569

answers: 16<unk>-LE2,

answers: NDQ_007570

answers: levator ani muscle.

answers: NDQ_007571

answers: estrogens on bone formation resorption and bone mineral density

answers: NDQ_007572

answers: ER<unk>

answers: NDQ_007573

answers: resorption

answers: NDQ_007574

answers: bone formation resorption and bone mineral density

answers: NDQ_007575

answers: muscle hypertrophy

answers: NDQ_007576

answers: 16<unk>-LE2,

answers: NDQ_007577

answers: ER<unk>

answers: NDQ_007578

answers: bone mineral density

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: bone mineral density

answers: NDQ_007582

answers: myogenic

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: resorption

text: Assumptions made about how the system operates and how it is physically arranged are structural assumptions.  For example, the number of servers in a fast food drive through lane and if there is more than one how are they utilized?  Do the servers work in parallel where a customer completes a transaction by visiting a single server or does one server take orders and handle payment while the other prepares and serves the order.  Many structural problems in the model come from poor or incorrect assumptions.  If possible the workings of the actual system should be closely observed to understand how it operates.  The systems structure and operation should also be verified with users of the actual system.

text: Assumptions made about how the system operates and how it is physically arranged are structural assumptions.  For example, the number of servers in a fast food drive through lane and if there is more than one how are they utilized?  Do the servers work in parallel where a customer completes a transaction by visiting a single server or does one server take orders and handle payment while the other prepares and serves the order.  Many structural problems in the model come from poor or incorrect assumptions.  If possible the workings of the actual system should be closely observed to understand how it operates.  The systems structure and operation should also be verified with users of the actual system.

answers: NDQ_007549

answers: muscles, bones, tendons, and bones.

answers: NDQ_007550

answers: articulation with the rest of the body.

answers: NDQ_007551

answers: muscles, bones, bones and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: The number of servers in a fast food drive through lane

answers: NDQ_007563

answers: context: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry, and brittle

answers: NDQ_007568

answers: Context: Bones are organs made up of four types of bone tissues.

answers: NDQ_007569

answers: Context: Spongy bone lies between spongy bone and periosteum.

answers: NDQ_007570

answers: Context: An example of a ball-and-socket joint is the elbow.

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Context: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Context: People with osteoporosis have an increased risk of bone fractures.

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Context: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: Context: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: structural assumptions.

answers: NDQ_007550

answers: Many structural problems in the model come from poor or incorrect assumptions.

answers: NDQ_007551

answers: prepares and serves the order.

answers: NDQ_007552

answers: users of the actual system.

answers: NDQ_007553

answers: users of the actual system.

answers: NDQ_007554

answers: assumptions.

answers: NDQ_007555

answers: poor or incorrect assumptions.

answers: NDQ_007556

answers: structural assumptions.

answers: NDQ_007557

answers: structural assumptions.

answers: NDQ_007558

answers: Assumptions

answers: NDQ_007560

answers: servers in a fast food drive through lane

answers: NDQ_007562

answers: Assumptions

answers: NDQ_007563

answers: Assumptions

answers: NDQ_007566

answers: Assumptions

answers: NDQ_007568

answers: structural assumptions.

answers: NDQ_007569

answers: Assumptions

answers: NDQ_007570

answers: structural assumptions.

answers: NDQ_007571

answers: Assumptions

answers: NDQ_007572

answers: Assumptions

answers: NDQ_007573

answers: Assumptions

answers: NDQ_007574

answers: structural assumptions.

answers: NDQ_007575

answers: structural assumptions.

answers: NDQ_007576

answers: Many structural problems in the model come from poor or incorrect assumptions.

answers: NDQ_007577

answers: structural assumptions.

answers: NDQ_007578

answers: observed

answers: NDQ_007579

answers: Assumptions

answers: NDQ_007580

answers: Assumptions

answers: NDQ_007581

answers: structural assumptions.

answers: NDQ_007582

answers: users of the actual system.

answers: NDQ_007583

answers: Assumptions

answers: NDQ_007584

answers: Assumptions

text: The TNNT1 gene is located at 19q13.4 in the human chromosomal genome, encoding the slow twitch skeletal muscle isoform of troponin T (ssTnT). ssTnT is an ~32-kDa protein consisting of 262 amino acids (including the first methionine) with an isoelectric point (pI) of 5.95. It is the tropomyosin binding and thin filament anchoring subunit of the troponin complex in the sarcomeres of slow twitch skeletal muscle fibers. TNNT1 gene is specifically expressed in slow skeletal muscle of vertebrates, with one exception that dry land toad (Bufo) cardiac muscle expresses ssTnT other than  cardiac TnT.

text: The TNNT1 gene is located at 19q13.4 in the human chromosomal genome, encoding the slow twitch

text: skeletal muscle

text: isoform of

text: troponin T

text: (ssTnT). ssTnT is an ~32-kDa protein consisting of 262 amino acids (including the first

text: methionine

text: ) with an

text: isoelectric point

text: (pI) of 5.95. It is the

text: tropomyosin

text: binding and thin filament anchoring subunit of the troponin complex in the

text: sarcomere

text: s of slow twitch skeletal muscle fibers. TNNT1 gene is specifically expressed in slow skeletal muscle of vertebrates, with one exception that dry land toad (Bufo) cardiac muscle expresses ssTnT other than  cardiac TnT.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: TNNT1

answers: NDQ_007553

answers: ssTnT

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: vertebrates

answers: NDQ_007556

answers: TNNT1 gene

answers: NDQ_007557

answers: thin filaments

answers: NDQ_007558

answers: vertebrates

answers: NDQ_007560

answers: tropomyosis

answers: NDQ_007562

answers: Dry land toad cardiac muscle expresses ssTnT other than cardiac TnT.

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal muscle or cardiac muscle?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of vitamin?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the TNNT1 gene associated with?

answers: NDQ_007574

answers: What is the TNNT1 gene located at?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What does ssTnT mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: vertebrates

answers: NDQ_007581

answers: vertebrates

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: slow skeletal muscle of vertebrates,

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: troponin T

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: vertebrates,

answers: NDQ_007556

answers: slow twitch skeletal muscle

answers: NDQ_007557

answers: thin filament

answers: NDQ_007558

answers: vertebrates,

answers: NDQ_007560

answers: tropomyosin

answers: NDQ_007562

answers: dry land toad

answers: NDQ_007563

answers: slow skeletal muscle of vertebrates,

answers: NDQ_007566

answers: The TNNT1 gene is located at 19q13.4

answers: NDQ_007568

answers: slow skeletal muscle of vertebrates,

answers: NDQ_007569

answers: The TNNT1 gene is located at 19q13.4

answers: NDQ_007570

answers: TNNT1 gene is located at 19q13.4

answers: NDQ_007571

answers: The TNNT1 gene is located at 19q13.4

answers: NDQ_007572

answers: slow skeletal muscle of vertebrates,

answers: NDQ_007573

answers: TNNT1 gene is located at 19q13.4

answers: NDQ_007574

answers: vertebrates,

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: TNNT1 gene is located at 19q13.4

answers: NDQ_007577

answers: 19q13.4

answers: NDQ_007578

answers: thin filament

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: slow twitch skeletal muscle

answers: NDQ_007581

answers: sarcomeres

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: thin filament

answers: NDQ_007584

answers: skeletal muscle

text: Mechanically speaking, ceramic materials are brittle, hard, strong in compression and weak in shearing and tension. Brittle materials may exhibit significant tensile strength by supporting a static load. Toughness indicates how much energy a material can absorb before mechanical failure, while fracture toughness (denoted K ) describes the ability of a material with inherent microstructural flaws to resist fracture via crack growth and propagation. If a material has a large value of fracture toughness, the basic principles of fracture mechanics suggest that it will most likely undergo ductile fracture. Brittle fracture is very characteristic of most ceramic and glass-ceramic materials which typically exhibit low (and inconsistent) values of K.

text: Mechanically speaking, ceramic materials are brittle, hard, strong in compression and weak in shearing and tension.

text: Brittle

text: materials may exhibit significant

text: tensile strength

text: by supporting a static load.

text: Toughness

text: indicates how much energy a material can absorb before mechanical failure, while

text: fracture toughness

text: (denoted K ) describes the ability of a material with inherent

text: microstructural flaws

text: to resist

text: fracture

text: via crack growth and propagation. If a material has a large value of

text: fracture toughness

text: , the basic principles of

text: fracture mechanics

text: suggest that it will most likely undergo ductile fracture. Brittle fracture is very characteristic of most

text: ceramic

text: and

text: glass-ceramic

text: materials which typically exhibit low (and inconsistent) values of K.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: musculoskeletal

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: ductile

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: ductile fracture

answers: NDQ_007557

answers: ductile

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: ductile

answers: NDQ_007562

answers: ductile fracture is very characteristic of most ceramic and glass-ceramic materials

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What do you need to keep your bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a characteristic of most ceramic materials?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is the opposite of a sprain?

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: ductile

answers: NDQ_007579

answers: ductile

answers: NDQ_007580

answers: ductile

answers: NDQ_007581

answers: ductile

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: ductile

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: ceramic materials

answers: NDQ_007550

answers: ceramic materials

answers: NDQ_007551

answers: tensile strength

answers: NDQ_007552

answers: fracture toughness

answers: NDQ_007553

answers: ceramic materials

answers: NDQ_007554

answers: ductile

answers: NDQ_007555

answers: ceramic materials

answers: NDQ_007556

answers: brittle, hard, strong in compression and weak in shearing

answers: NDQ_007557

answers: tensile strength by supporting a static load.

answers: NDQ_007558

answers: ductile

answers: NDQ_007560

answers: ceramic

answers: NDQ_007562

answers: ductile fracture.

answers: NDQ_007563

answers: Toughness indicates how much energy a material can absorb before mechanical failure,

answers: NDQ_007566

answers: ceramic materials

answers: NDQ_007568

answers: ceramic materials

answers: NDQ_007569

answers: ceramic materials

answers: NDQ_007570

answers: tensile strength by supporting a static load.

answers: NDQ_007571

answers: tensile strength by supporting a static load.

answers: NDQ_007572

answers: ceramic materials

answers: NDQ_007573

answers: fracture toughness

answers: NDQ_007574

answers: ceramic materials

answers: NDQ_007575

answers: crack growth and propagation.

answers: NDQ_007576

answers: ductile fracture.

answers: NDQ_007577

answers: ceramic materials are brittle,

answers: NDQ_007578

answers: ductile

answers: NDQ_007579

answers: ductile

answers: NDQ_007580

answers: ductile

answers: NDQ_007581

answers: ductile

answers: NDQ_007582

answers: ductile

answers: NDQ_007583

answers: ductile

answers: NDQ_007584

answers: ductile fracture.

text: Using microscopic analysis, Marshack showed that seemingly random or meaningless notches on bone were sometimes interpretable as structured series of numbers.  For instance, Marshack hypothesized that notches on the bone plaque from the Grotte de Thaïs in southern France (which dates to approximately 12,000 BP) were structured in subsets of 29 notches, thus suggesting that they were used to mark the duration between two lunations.

text: Using microscopic analysis, Marshack showed that seemingly random or meaningless notches on bone were sometimes interpretable as structured series of numbers.  For instance, Marshack hypothesized that notches on the bone plaque from the

text: Grotte de Thaïs

text: in southern

text: France

text: (which dates to approximately 12,000

text: BP

text: ) were structured in subsets of 29 notches, thus suggesting that they were used to mark the duration between two

text: lunation

text: s.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: notches on bone

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: bone plaque

answers: NDQ_007555

answers: Bone plaque

answers: NDQ_007556

answers: lunations

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: notches on bone

answers: NDQ_007560

answers: notches

answers: NDQ_007562

answers: notches on bone were sometimes interpretable as structured series of numbers

answers: NDQ_007563

answers: What does Marshack hypothesize?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: None of the above choices.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: plaque

answers: NDQ_007579

answers: plaque

answers: NDQ_007580

answers: plaque

answers: NDQ_007581

answers: bone plaque

answers: NDQ_007582

answers: bone plaque

answers: NDQ_007583

answers: bone plaque

answers: NDQ_007584

answers: lunations

answers: NDQ_007549

answers: notches on bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: mark the duration between two lunations.

answers: NDQ_007552

answers: bone

answers: NDQ_007553

answers: bone

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: Grotte de Tha<unk>s in southern France

answers: NDQ_007556

answers: numbers.

answers: NDQ_007557

answers: notches on bone

answers: NDQ_007558

answers: bone plaque from the Grotte de Tha<unk>s in southern France

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: random or meaningless

answers: NDQ_007563

answers: bone plaque from the Grotte de Tha<unk>s in southern France

answers: NDQ_007566

answers: seemingly random or meaningless notches on bone

answers: NDQ_007568

answers: 29

answers: NDQ_007569

answers: bone plaque from the Grotte de Tha<unk>s in southern France

answers: NDQ_007570

answers: seemingly random or meaningless notches on bone

answers: NDQ_007571

answers: seemingly random or meaningless notches on bone

answers: NDQ_007572

answers: bone plaque from the Grotte de Tha<unk>s in southern France

answers: NDQ_007573

answers: seemingly random or meaningless notches on bone

answers: NDQ_007574

answers: 12,000 BP)

answers: NDQ_007575

answers: Using microscopic analysis,

answers: NDQ_007576

answers: notches on bone

answers: NDQ_007577

answers: 29

answers: NDQ_007578

answers: plaque

answers: NDQ_007579

answers: bone plaque

answers: NDQ_007580

answers: bone plaque

answers: NDQ_007581

answers: bone plaque

answers: NDQ_007582

answers: bone plaque

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: lunations.

text: By the end of puberty, adult men have heavier bones and nearly twice as much skeletal muscle. Some of the bone growth (e.g. shoulder width and jaw) is disproportionately greater, resulting in noticeably different male and female skeletal shapes. The average adult male has about 150% of the lean body mass of an average female, and about 50% of the body fat.

text: By the end of puberty, adult men have heavier

text: bone

text: s and nearly twice as much skeletal

text: muscle

text: . Some of the bone growth (e.g. shoulder width and jaw) is disproportionately greater, resulting in noticeably different male and female skeletal shapes. The average adult male has about 150% of the lean body mass of an average female, and about 50% of the body fat.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: adult males

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: shoulder

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: shoulder

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: adult men have heavier bones and nearly twice as much skeletal muscle

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the average adult male have?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: puberty

answers: NDQ_007549

answers: skeletal muscle.

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: skeletal muscle.

answers: NDQ_007552

answers: skeletal muscle.

answers: NDQ_007553

answers: puberty,

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: men have heavier bones and nearly twice as much skeletal muscle.

answers: NDQ_007556

answers: heavier bones

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: shoulder width and jaw)

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: adult men have heavier bones

answers: NDQ_007563

answers: By the end of puberty, adult men have heavier bones

answers: NDQ_007566

answers: By the end of puberty, adult men have heavier bones

answers: NDQ_007568

answers: skeletal muscle.

answers: NDQ_007569

answers: By the end of puberty, adult men have heavier bones

answers: NDQ_007570

answers: twice as much skeletal muscle.

answers: NDQ_007571

answers: adult men have heavier bones and nearly twice as much skeletal muscle.

answers: NDQ_007572

answers: heavier bones and nearly twice as much skeletal muscle.

answers: NDQ_007573

answers: By the end of puberty, adult men have heavier bones

answers: NDQ_007574

answers: twice as much skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle.

answers: NDQ_007576

answers: By the end of puberty,

answers: NDQ_007577

answers: adult men have heavier bones and nearly twice as much skeletal muscle.

answers: NDQ_007578

answers: fat.

answers: NDQ_007579

answers: skeletal muscle.

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: skeletal muscle.

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: growth

text: It stains some tissue in contrasting colors in a way similar to haematoxylin and eosin stain, as phosphotungstic acid binds to tissue proteins. It is used to show gliosis in the central nervous system, tumours of skeletal muscles, and fibrin deposits in lesions. Muscle is stained blue-black to dark brown, connective tissue is pale orange-pink to brownish red, fibrin and neuroglia stain deep blue, coarse elastic fibers show as purple, and bone and cartilage obtain yellowish to brownish red color.

text: It stains some tissue in contrasting colors in a way similar to

text: haematoxylin and eosin stain

text: , as phosphotungstic acid binds to tissue

text: protein

text: s. It is used to show

text: gliosis

text: in the

text: central nervous system

text: tumour

text: s of

text: skeletal muscle

text: s, and

text: fibrin

text: deposits in

text: lesion

text: s. Muscle is stained blue-black to dark brown,

text: connective tissue

text: is pale orange-pink to brownish red, fibrin and

text: neuroglia

text: stain deep blue, coarse elastic fibers show as purple, and

text: bone

text: and

text: cartilage

text: obtain yellowish to brownish red color.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: Muscle

answers: NDQ_007552

answers: fibrin

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: phosphotungstic acid

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: cartilage

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: Muscle is stained blue-black to dark brown

answers: NDQ_007563

answers: What is the last word in the passage?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: bone and cartilage

answers: NDQ_007571

answers: What is the purpose of calcium?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: connective tissue

answers: NDQ_007579

answers: connective

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: elastic fibers

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone and cartilage

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: skeletal muscles,

answers: NDQ_007552

answers: bone and cartilage obtain yellowish to brownish red color.

answers: NDQ_007553

answers: phosphotungstic acid

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: phosphotungstic acid binds to tissue proteins.

answers: NDQ_007557

answers: bone and cartilage

answers: NDQ_007558

answers: cartilage

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: It stains some tissue in contrasting colors

answers: NDQ_007563

answers: phosphotungstic acid binds to tissue proteins.

answers: NDQ_007566

answers: yellowish to brownish red color.

answers: NDQ_007568

answers: Muscle is stained blue-black to dark brown,

answers: NDQ_007569

answers: yellowish to brownish red color.

answers: NDQ_007570

answers: Muscle is stained blue-black to dark brown,

answers: NDQ_007571

answers: bone and cartilage obtain yellowish to brownish red color.

answers: NDQ_007572

answers: neuroglia

answers: NDQ_007573

answers: phosphotungstic acid binds to tissue proteins.

answers: NDQ_007574

answers: bone and cartilage

answers: NDQ_007575

answers: blue-black to dark brown,

answers: NDQ_007576

answers: haematoxylin and eosin stain,

answers: NDQ_007577

answers: yellowish to brownish red color.

answers: NDQ_007578

answers: coarse elastic fibers

answers: NDQ_007579

answers: elastic fibers

answers: NDQ_007580

answers: coarse elastic fibers

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: coarse elastic fibers

answers: NDQ_007584

answers: bone and cartilage obtain yellowish to brownish red color.

text: is a π-system generated by the random pair (X,Y), the π-λ theorem is used to show that the joint cumulative distribution function suffices to determine the joint law of (X,Y). In other words, (X,Y) and (W,Z) have the same distribution if and only if they have the same joint cumulative distribution function.

text: is a π-system generated by the random pair (X,Y), the π-λ theorem is used to show that the joint cumulative distribution function suffices to determine the joint law of (X,Y). In other words, (X,Y) and (W,Z) have the same distribution if and only if they have the same joint cumulative distribution function.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: a series of articulations.

answers: NDQ_007551

answers: muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cloning.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: joint cumulative distribution function suffices to determine the joint law

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: (X,Y)

answers: NDQ_007560

answers: (X,Y)

answers: NDQ_007562

answers: the joint cumulative distribution function suffices to determine the joint law of (X,Y)

answers: NDQ_007563

answers: Calcium is a mineral found in bones.

answers: NDQ_007566

answers: Bones are like chalk: dead, dry, and brittle

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: (X,Y) and (W,Z)

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: What is the function of compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: The human skeleton consists entirely of bone

answers: NDQ_007575

answers: They also grow thinner when they are not under stress.

answers: NDQ_007576

answers: (X,Y)

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: (X,Y),

answers: NDQ_007550

answers: (W,Z)

answers: NDQ_007551

answers: joint cumulative distribution function

answers: NDQ_007552

answers: (X,Y),

answers: NDQ_007553

answers: random pair (X,Y),

answers: NDQ_007554

answers: cumulative distribution function

answers: NDQ_007555

answers: (X,Y),

answers: NDQ_007556

answers: the joint cumulative distribution function

answers: NDQ_007557

answers: joint cumulative distribution function

answers: NDQ_007558

answers: (W,Z)

answers: NDQ_007560

answers: (X,Y)

answers: NDQ_007562

answers: (X,Y) and (W,Z) have the same distribution

answers: NDQ_007563

answers: the joint cumulative distribution function

answers: NDQ_007566

answers: the joint cumulative distribution function

answers: NDQ_007568

answers: (X,Y),

answers: NDQ_007569

answers: (X,Y),

answers: NDQ_007570

answers: the joint cumulative distribution function

answers: NDQ_007571

answers: (X,Y),

answers: NDQ_007572

answers: (X,Y),

answers: NDQ_007573

answers: the joint cumulative distribution function

answers: NDQ_007574

answers: (X,Y),

answers: NDQ_007575

answers: the joint cumulative distribution function

answers: NDQ_007576

answers: <unk>-system generated by the random pair (X,Y),

answers: NDQ_007577

answers: (X,Y),

answers: NDQ_007578

answers: (W,Z)

answers: NDQ_007579

answers: (W,Z)

answers: NDQ_007580

answers: (W,Z)

answers: NDQ_007581

answers: (W,Z)

answers: NDQ_007582

answers: (W,Z)

answers: NDQ_007583

answers: (X,Y),

answers: NDQ_007584

answers: joint cumulative distribution function

text: All those genes are involved in the production of the extracellular matrix (ECM). The role of COMP gene still remains unclear. It is a noncollagenous protein of the ECM.  Mutations in this gene can also cause the pseudoachondroplasia (PSACH). It should play a role in the structural integrity of cartilage via its interaction with other extracellular matrix proteins and can be part of the interaction of the chondrocytes with the matrix through. It is a potent suppressor of apoptosis in chondrocytes and can suppressapoptosis. Another one of it roles is maintaining a vascular smooth muscle cells contractileunder physiological or pathological stimuliSince 2003, the European Skeletal Dysplasia Network has used an on-line system to do diagnose cases referred to the network prior to mutation analysis in order to study the different mutations causing PSACH or MED.

text: All those genes are involved in the production of the

text: extracellular matrix

text: (ECM). The role of

text: COMP

text: gene still remains unclear. It is a noncollagenous protein of the ECM.  Mutations in this gene can also cause the

text: pseudoachondroplasia

text: (PSACH). It should play a role in the structural integrity of cartilage via its interaction with other extracellular matrix proteins and can be part of the interaction of the chondrocytes with the matrix through. It is a potent suppressor of apoptosis in chondrocytes and can suppress

text: apoptosis

text: . Another one of it roles is maintaining a vascular smooth muscle cells contractileunder physiological or pathological stimuliSince 2003, the European Skeletal Dysplasia Network has used an on-line system to do diagnose cases referred to the network prior to mutation analysis in order to study the different mutations causing PSACH or MED.

answers: NDQ_007549

answers: cartilage

answers: NDQ_007550

answers: cartilage and bone.

answers: NDQ_007551

answers: maintaining vascular smooth muscle cells contractile

answers: NDQ_007552

answers: COMP

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body to each other.

answers: NDQ_007556

answers: dysplasia

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: articular cartilage

answers: NDQ_007562

answers: It should play a role in the structural integrity of cartilage

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell: red blood cells, platelets, or plasma cells?

answers: NDQ_007573

answers: What is the main idea of this passage?

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Which of the following is not a type of muscle: smooth muscle cells contractileunder physiological or pathological stimuli?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: ECM

answers: NDQ_007580

answers: chondrocyte

answers: NDQ_007581

answers: ECM

answers: NDQ_007582

answers: chondrocytes

answers: NDQ_007583

answers: ECM

answers: NDQ_007584

answers: achondroplasia

answers: NDQ_007549

answers: extracellular matrix

answers: NDQ_007550

answers: extracellular matrix

answers: NDQ_007551

answers: maintaining a vascular smooth muscle cells contractileunder

answers: NDQ_007552

answers: COMP

answers: NDQ_007553

answers: genes are involved in the production of the extracellular matrix

answers: NDQ_007554

answers: vascular smooth muscle

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: extracellular matrix

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: All those genes are involved in the production of the extracellular matrix

answers: NDQ_007563

answers: All those genes are involved in the production of the extracellular matrix

answers: NDQ_007566

answers: All those genes are involved in the production of the extracellular matrix

answers: NDQ_007568

answers: genes are involved in the production of the extracellular matrix

answers: NDQ_007569

answers: COMP gene still remains unclear. It is a noncollagenous protein

answers: NDQ_007570

answers: cartilage

answers: NDQ_007571

answers: All those genes are involved in the production of the extracellular matrix

answers: NDQ_007572

answers: vascular smooth muscle cells contractileunder physiological or pathological stimuliSince

answers: NDQ_007573

answers: Mutations in this gene can also cause the pseudoachondroplasia

answers: NDQ_007574

answers: cartilage

answers: NDQ_007575

answers: vascular smooth muscle cells contractileunder physiological or pathological stimuliSince

answers: NDQ_007576

answers: All those genes are involved in the production of the extracellular matrix

answers: NDQ_007577

answers: 2003,

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: extracellular matrix

answers: NDQ_007580

answers: chondrocytes

answers: NDQ_007581

answers: extracellular matrix

answers: NDQ_007582

answers: chondrocytes

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: MED.

text: Many of those who have been identified with gigantism have suffered from multiple health issues involving their circulatory or skeletal system.

text: Many of those who have been identified with gigantism have suffered from multiple health issues involving their

text: circulatory

text: or

text: skeletal system

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the circulatory system

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: scapula

answers: NDQ_007562

answers: Bone fractures are not caused by gigantism.

answers: NDQ_007563

answers: What does the skeletal system do?

answers: NDQ_007566

answers: How would you describe the skeletal system?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the best way to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a health issue involving the circulatory system?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: circulatory

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: circulatory

answers: NDQ_007550

answers: skeletal system.

answers: NDQ_007551

answers: circulatory

answers: NDQ_007552

answers: skeletal system.

answers: NDQ_007553

answers: circulatory or skeletal system.

answers: NDQ_007554

answers: skeletal system.

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: gigantism

answers: NDQ_007557

answers: skeletal system.

answers: NDQ_007558

answers: skeletal system.

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: gigantism

answers: NDQ_007563

answers: skeletal system.

answers: NDQ_007566

answers: skeletal system.

answers: NDQ_007568

answers: skeletal system.

answers: NDQ_007569

answers: skeletal system.

answers: NDQ_007570

answers: skeletal system.

answers: NDQ_007571

answers: skeletal system.

answers: NDQ_007572

answers: circulatory or skeletal system.

answers: NDQ_007573

answers: skeletal system.

answers: NDQ_007574

answers: skeletal system.

answers: NDQ_007575

answers: skeletal system.

answers: NDQ_007576

answers: skeletal system.

answers: NDQ_007577

answers: skeletal system.

answers: NDQ_007578

answers: circulatory or skeletal system.

answers: NDQ_007579

answers: skeletal system.

answers: NDQ_007580

answers: skeletal system.

answers: NDQ_007581

answers: skeletal system.

answers: NDQ_007582

answers: circulatory

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal system.

text: Viscoelasticity of bone can arise from multiple factors related to structures on multiple length scales. Bone is a composite of the bio-polymer collagen and the bio-ceramic hydroxyapatite. Additionally the collagen is plied in various directions around the bone. Bone has two structural forms; cortical and cancellous.³

text: Viscoelasticity of bone can arise from multiple factors related to structures on multiple length scales. Bone is a composite of the bio-polymer collagen and the

text: bio-ceramic

text: hydroxyapatite. Additionally the collagen is plied in various directions around the bone. Bone has two structural forms; cortical and cancellous.³

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: vibrating

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: collagen

answers: NDQ_007555

answers: shin

answers: NDQ_007556

answers: structures on multiple length scales

answers: NDQ_007557

answers: collagen

answers: NDQ_007558

answers: cancellous

answers: NDQ_007560

answers: cancellous

answers: NDQ_007562

answers: the collagen is plied in various directions around the bone

answers: NDQ_007563

answers: Which is not a structural form of bone: cortical or cancellous?

answers: NDQ_007566

answers: no

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: Bone has two structural forms; cortical and cancellous

answers: NDQ_007570

answers: Bone is plied in various directions around the bone

answers: NDQ_007571

answers: Which of the following is not a structural form of bone?

answers: NDQ_007572

answers: Bone has two structural forms; cortical and cancellous

answers: NDQ_007573

answers: Which of the following is not a structural form of bone: cortical or cancellous?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cortical

answers: NDQ_007580

answers: cancellous

answers: NDQ_007581

answers: collagen

answers: NDQ_007582

answers: cancellous

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: cartilage to bone

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: collagen and the bio-ceramic hydroxyapatite.

answers: NDQ_007551

answers: Viscoelasticity

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: collagen

answers: NDQ_007554

answers: collagen

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: structures on multiple length scales.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: cortical and cancellous.3

answers: NDQ_007560

answers: Viscoelasticity

answers: NDQ_007562

answers: Viscoelasticity

answers: NDQ_007563

answers: Bone has two structural forms; cortical and cancellous.3

answers: NDQ_007566

answers: Bone

answers: NDQ_007568

answers: two structural forms; cortical and cancellous.3

answers: NDQ_007569

answers: cortical and cancellous.3

answers: NDQ_007570

answers: Viscoelasticity of bone

answers: NDQ_007571

answers: Bone

answers: NDQ_007572

answers: cortical and cancellous.3

answers: NDQ_007573

answers: cortical and cancellous.3

answers: NDQ_007574

answers: Bone has two structural forms; cortical and cancellous.3

answers: NDQ_007575

answers: collagen

answers: NDQ_007576

answers: Viscoelasticity of bone

answers: NDQ_007577

answers: two structural forms; cortical and cancellous.3

answers: NDQ_007578

answers: cancellous.3

answers: NDQ_007579

answers: collagen

answers: NDQ_007580

answers: cortical

answers: NDQ_007581

answers: collagen

answers: NDQ_007582

answers: collagen

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: collagen

text: The formation of bone is called ossification. During the fetal stage of development this occurs by two processes, Intramembranous ossification and endochondral ossification. Intramembranous ossification involves the creation of bone from connective tissue, whereas in the process of endochondral ossification bone is created from cartilage.

text: The formation of bone is called

text: ossification

text: . During the fetal stage of development this occurs by two processes,

text: Intramembranous ossification

text: and

text: endochondral ossification

text: . Intramembranous ossification involves the creation of bone from

text: connective tissue

text: , whereas in the process of endochondral ossification bone is created from

text: cartilage

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: cartilage and bone

answers: NDQ_007551

answers: creation of bone from connective tissue

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: endochondral

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: cartilage

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Intramembranous ossification involves the creation of bone from connective tissue.

answers: NDQ_007563

answers: What does endochondral ossification involve?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: what is the first type of joint mentioned?

answers: NDQ_007571

answers: Which of the following is not a type of bone: Intramembranous, endochondral or cartilage?

answers: NDQ_007572

answers: What does endochondral ossification involve?

answers: NDQ_007573

answers: Which of the following is not a form of ossification?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of ossification: Intramembranous ossification or endochondral ossification?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: endochondral ossification

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: formation of bone

answers: NDQ_007552

answers: cartilage.

answers: NDQ_007553

answers: ossification.

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: cartilage.

answers: NDQ_007556

answers: cartilage.

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: endochondral

answers: NDQ_007560

answers: endochondral

answers: NDQ_007562

answers: The formation of bone is called ossification.

answers: NDQ_007563

answers: connective tissue,

answers: NDQ_007566

answers: The formation of bone

answers: NDQ_007568

answers: connective tissue,

answers: NDQ_007569

answers: endochondral

answers: NDQ_007570

answers: connective tissue,

answers: NDQ_007571

answers: connective tissue,

answers: NDQ_007572

answers: connective tissue,

answers: NDQ_007573

answers: ossification.

answers: NDQ_007574

answers: cartilage.

answers: NDQ_007575

answers: ossification.

answers: NDQ_007576

answers: ossification.

answers: NDQ_007577

answers: ossification.

answers: NDQ_007578

answers: cartilage.

answers: NDQ_007579

answers: cartilage.

answers: NDQ_007580

answers: endochondral

answers: NDQ_007581

answers: cartilage.

answers: NDQ_007582

answers: connective tissue,

answers: NDQ_007583

answers: cartilage.

answers: NDQ_007584

answers: endochondral ossification

text: Joint mobilization is a manual therapy intervention, a type of passive movement of a skeletal joint. It is usually aimed at a 'target' synovial joint with the aim of achieving a therapeutic effect. When applied to the spine, it is known as spinal mobilization. These techniques are often used by chiropractors, osteopaths, occupational therapists, and physical therapists.

text: Joint mobilization is a

text: manual therapy

text: intervention, a type of passive movement of a skeletal joint. It is usually aimed at a 'target'

text: synovial joint

text: with the aim of achieving a

text: therapeutic

text: effect. When applied to the spine, it is known as

text: spinal mobilization

text: . These techniques are often used by

text: chiropractors

text: osteopaths

text: occupational therapists

text: , and

text: physical therapists

answers: NDQ_007549

answers: Joint mobilization

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: Joint mobilization

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: osteopaths

answers: NDQ_007557

answers: synovial

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: synovial joint

answers: NDQ_007562

answers: Joint mobilization is a manual therapy intervention

answers: NDQ_007563

answers: Which of the following is not a type of passive movement of a skeletal joint

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: synovial joint?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of skeletal joint?

answers: NDQ_007572

answers: Which is not a type of passive movement of a skeletal joint?

answers: NDQ_007573

answers: Joint mobilization is a passive movement of a skeletal joint

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: synovial

answers: NDQ_007579

answers: osteopaths

answers: NDQ_007580

answers: osteopaths

answers: NDQ_007581

answers: osteopaths

answers: NDQ_007582

answers: synovial

answers: NDQ_007583

answers: osteopaths

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: spine,

answers: NDQ_007550

answers: spine,

answers: NDQ_007551

answers: movement of a skeletal joint.

answers: NDQ_007552

answers: Joint mobilization

answers: NDQ_007553

answers: Joint mobilization

answers: NDQ_007554

answers: synovial

answers: NDQ_007555

answers: spine,

answers: NDQ_007556

answers: Joint mobilization

answers: NDQ_007557

answers: synovial

answers: NDQ_007558

answers: spine,

answers: NDQ_007560

answers: synovial

answers: NDQ_007562

answers: Joint mobilization

answers: NDQ_007563

answers: Joint mobilization

answers: NDQ_007566

answers: Joint mobilization

answers: NDQ_007568

answers: Joint mobilization

answers: NDQ_007569

answers: Joint mobilization

answers: NDQ_007570

answers: synovial joint

answers: NDQ_007571

answers: Joint mobilization

answers: NDQ_007572

answers: Joint mobilization

answers: NDQ_007573

answers: Joint mobilization

answers: NDQ_007574

answers: Joint mobilization

answers: NDQ_007575

answers: Joint mobilization

answers: NDQ_007576

answers: Joint mobilization

answers: NDQ_007577

answers: spine,

answers: NDQ_007578

answers: osteopaths,

answers: NDQ_007579

answers: osteopaths,

answers: NDQ_007580

answers: osteopaths,

answers: NDQ_007581

answers: synovial

answers: NDQ_007582

answers: synovial joint

answers: NDQ_007583

answers: osteopaths,

answers: NDQ_007584

answers: synovial

text: The anatomy of a fetal pig is similar to that of the adult pig in various aspects. Systems that are similar include the nervous, skeletal, respiratory (neglecting the under developed diaphragm), and muscular. Other important body systems have significant differences from the adult pig.

text: The anatomy of a fetal pig is similar to that of the adult pig in various aspects. Systems that are similar include the nervous,

text: skeletal

text: respiratory

text: (neglecting the under developed diaphragm), and

text: muscular

text: . Other important body systems have significant differences from the adult pig.

answers: NDQ_007549

answers: ribs

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: adult pigs

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: pig

answers: NDQ_007556

answers: fetal pig

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: the diaphragm is under developed

answers: NDQ_007563

answers: Which of the following is not a body system?

answers: NDQ_007566

answers: Which of the following is true of the pig?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a system that is similar to the nervous system?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a system that has significant differences from the adult pig?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a system that is similar to that of the adult pig in various aspects?

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: muscular

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscular.

answers: NDQ_007550

answers: differences

answers: NDQ_007551

answers: respiratory (neglecting the under developed diaphragm),

answers: NDQ_007552

answers: muscular.

answers: NDQ_007553

answers: fetal pig

answers: NDQ_007554

answers: muscular.

answers: NDQ_007555

answers: fetal pig is similar to that of the adult pig

answers: NDQ_007556

answers: under developed diaphragm),

answers: NDQ_007557

answers: muscular.

answers: NDQ_007558

answers: skeletal,

answers: NDQ_007560

answers: skeletal,

answers: NDQ_007562

answers: fetal pig is similar to that of the adult pig

answers: NDQ_007563

answers: skeletal,

answers: NDQ_007566

answers: differences

answers: NDQ_007568

answers: muscular.

answers: NDQ_007569

answers: skeletal,

answers: NDQ_007570

answers: fetal pig is similar to that of the adult pig

answers: NDQ_007571

answers: skeletal,

answers: NDQ_007572

answers: skeletal,

answers: NDQ_007573

answers: skeletal,

answers: NDQ_007574

answers: diaphragm),

answers: NDQ_007575

answers: muscular.

answers: NDQ_007576

answers: fetal pig is similar to that of the adult pig

answers: NDQ_007577

answers: differences from the adult pig.

answers: NDQ_007578

answers: skeletal,

answers: NDQ_007579

answers: skeletal,

answers: NDQ_007580

answers: skeletal,

answers: NDQ_007581

answers: skeletal,

answers: NDQ_007582

answers: muscular.

answers: NDQ_007583

answers: muscular.

answers: NDQ_007584

answers: skeletal,

text: Bone mineral loss and osteoporosis are common consequences after spinal cord injury. Therapeutic standing, a weight-bearing intervention that can be applied using a standing frame, has traditionally been incorporated into rehabilitation programs for those with chronic spinal cord injury in order to prevent osteoporosis. A systematic review of the literature conducted by Biering-Sorenson et al. (2009) shows that therapeutic standing in the chronic phase of injury, defined as one year after injury, has no effect on maintaining bone density. Results on the effectiveness of therapeutic standing during the first year of injury are conflicting and show that shorter, less aggressive intervention is less effective. If therapeutic standing is to be incorporated into treatment, it should be more aggressive and initiated in the early stages of injury if any beneficial impacts on bone mineral density are hoped to be achieved.

text: Bone mineral loss and

text: osteoporosis

text: are common consequences after

text: spinal cord injury

text: . Therapeutic standing, a weight-bearing intervention that can be applied using a standing frame, has traditionally been incorporated into rehabilitation programs for those with chronic spinal cord injury in order to prevent osteoporosis. A systematic review of the literature conducted by Biering-Sorenson et al. (2009) shows that therapeutic standing in the chronic phase of injury, defined as one year after injury, has no effect on maintaining

text: bone density

text: . Results on the effectiveness of therapeutic standing during the first year of injury are conflicting and show that shorter, less aggressive intervention is less effective. If therapeutic standing is to be incorporated into treatment, it should be more aggressive and initiated in the early stages of injury if any beneficial impacts on bone mineral density are hoped to be achieved.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: weight-bearing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone mineral

answers: NDQ_007555

answers: spinal cord

answers: NDQ_007556

answers: spinal cord injury

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: spinal cord

answers: NDQ_007560

answers: spinal cord

answers: NDQ_007562

answers: osteoporosis are common consequences after spinal cord injury

answers: NDQ_007563

answers: Which of the following is true of osteoporosis?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007573

answers: What is a common consequence after spinal cord injury?

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Which of the following is not true?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: bone mineral

answers: NDQ_007581

answers: bone mineral density

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: osteoclasts

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: Bone mineral loss

answers: NDQ_007550

answers: bone density.

answers: NDQ_007551

answers: bone density.

answers: NDQ_007552

answers: bone density.

answers: NDQ_007553

answers: spinal cord injury.

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: spinal cord

answers: NDQ_007556

answers: spinal cord injury.

answers: NDQ_007557

answers: bone density.

answers: NDQ_007558

answers: spinal cord

answers: NDQ_007560

answers: spinal cord

answers: NDQ_007562

answers: Bone mineral loss and osteoporosis

answers: NDQ_007563

answers: Bone mineral loss and osteoporosis

answers: NDQ_007566

answers: Bone mineral loss and osteoporosis

answers: NDQ_007568

answers: Bone mineral loss and osteoporosis

answers: NDQ_007569

answers: Bone mineral loss and osteoporosis

answers: NDQ_007570

answers: Bone mineral loss and osteoporosis

answers: NDQ_007571

answers: Bone mineral loss and osteoporosis

answers: NDQ_007572

answers: Bone mineral loss and osteoporosis

answers: NDQ_007573

answers: Bone mineral loss

answers: NDQ_007574

answers: Bone mineral loss and osteoporosis

answers: NDQ_007575

answers: standing,

answers: NDQ_007576

answers: Bone mineral loss and osteoporosis

answers: NDQ_007577

answers: bone density.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: osteoporosis

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: Bone mineral loss

text: Slow expansion techniques expands maxilla at a much slower rate compare to the rapid maxillary expansion technique. In slow expansion technique, a patient is ordered to turn the screw 4 times which amounts of 1mm per week. Patient is instructed to turn the jackscrew at the same rate for next 8–10 weeks to achieve the desired expansion. This slow rate of expansion allows skeletal and dental changes to happen in a 1:1 ratio. This means that equal amount of dental and skeletal expansion is achieved, compared to RME technique where mostly skeletal expansion is achieved initially.

text: Slow expansion techniques expands maxilla at a much slower rate compare to the rapid maxillary expansion technique. In slow expansion technique, a patient is ordered to turn the screw 4 times which amounts of 1mm per week. Patient is instructed to turn the jackscrew at the same rate for next 8–10 weeks to achieve the desired expansion. This slow rate of expansion allows skeletal and dental changes to happen in a 1:1 ratio. This means that equal amount of dental and skeletal expansion is achieved, compared to RME technique where mostly skeletal expansion is achieved initially.

answers: NDQ_007549

answers: maxilla

answers: NDQ_007550

answers: bone and cartilage.

answers: NDQ_007551

answers: expanding maxilla

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: slow rate of expansion allows skeletal and dental changes to happen in a 1:1 ratio

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: maxilla

answers: NDQ_007560

answers: screw

answers: NDQ_007562

answers: RME technique where mostly skeletal expansion is achieved initially.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Compact bone is a type of what?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a risk factor for bone fractures?

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What does a sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: dental

answers: NDQ_007550

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007551

answers: skeletal and dental changes

answers: NDQ_007552

answers: skeletal

answers: NDQ_007553

answers: 1mm per week.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal

answers: NDQ_007556

answers: slow rate of expansion

answers: NDQ_007557

answers: jackscrew

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: jackscrew

answers: NDQ_007562

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007563

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007566

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007568

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007569

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007570

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007571

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007572

answers: 1mm per week.

answers: NDQ_007573

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007574

answers: 1:1 ratio.

answers: NDQ_007575

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007576

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007577

answers: skeletal and dental changes to happen in a 1:1 ratio.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Through common genetrapping mechanisms, homozygous MSulf2 mice were created to assess the in vivo phenotypic traits. Strain specific nonpenetrant lethality resulted (48% fewer than expected), pups were smaller, and some lung defects were observed, but MSulf2-/- were largely as healthy and viable as wild type litter mates. MSulf2 nulls indicate MSulf1 and MSulf2 may have overlapping functions in regulating sulfation patterns in HSPGs. Given that MSulf2 null mice did not present major abnormal phenotypes double MSulf1/2 knockouts were generated. Again, MSulf1 and MSulf2 nulls individually did not display damaging phenotypes; however MSulf-/-;MSulf2-/- mice showed highly penetrant perinatal lethality.  However, some double null mice survived into adulthood, and displayed smaller stature, skeletal lesions, and unusually small but functioning kidneys.  The skeletal lesions (axial and appendicular skeleton showing decreases in ossified bone volume; sternal fusion and defective basisphenoid patterning) display similar phenotype to heparan sulfate 2-O-transferase (Hs2st)-deficient mice, BMP deficient mice and hypermorphic Fgfr1 and 3 mice.  This provides evidence that Sulf1 and 2 is linked to HS modulation effecting BMP and FGF.  In addition, this confirms that Sulf1 and 2 perform overlapping functions, but are needed for survival.  Further studies on MSulf1-/-;MSulf2-/- mice extended the role of Sulfs in skeletal development.  Double nulls displayed reduced bone length, premature ossification, and sternum and tail vertebrae fusion (Ratzka, Kalus et al. 2008).  Also, the zone of proliferating chondrocytes was reduced by 90%, indicating defects in chondrogenesis.

answers: NDQ_007549

answers: Which of the following is not a component of the skeletal system: axial and appendicular skeleton, sternum, or tail vertebrae?

answers: NDQ_007550

answers: axial and appendicular what?

answers: NDQ_007551

answers: What is the role of Sulf1 and 2 in skeletal development?

answers: NDQ_007552

answers: chondrocytes

answers: NDQ_007553

answers: hematopoietic stem cells

answers: NDQ_007554

answers: chondrogenesis

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: premature ossification

answers: NDQ_007557

answers: Bone.

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: sternal

answers: NDQ_007562

answers: MSulf2-/- were largely as healthy and viable as wild type litter mates

answers: NDQ_007563

answers: What is the role of calcium in the skeletal system?

answers: NDQ_007566

answers: How are bones like chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is a ball-and-socket joint?

answers: NDQ_007571

answers: What is the role of calcium and vitamin D in bone health?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the relationship between osteoporosis and bone fractures?

answers: NDQ_007574

answers: What is the human skeleton made of?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles. Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: Which of the following is not an example of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeleton consist of?

answers: NDQ_007578

answers: ossified

answers: NDQ_007579

answers: chondrogenesis

answers: NDQ_007580

answers: ossified

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: basisphenoid

answers: NDQ_007583

answers: chondrogenesis

answers: NDQ_007584

answers: chondrogenesis

answers: NDQ_007549

answers: ossified bone volume;

answers: NDQ_007550

answers: ossified bone volume;

answers: NDQ_007551

answers: ossified bone volume;

answers: NDQ_007552

answers: heparan sulfate

answers: NDQ_007553

answers: HSPGs.

answers: NDQ_007554

answers: ossified

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: premature

answers: NDQ_007557

answers: Sulfs

answers: NDQ_007558

answers: tail vertebrae

answers: NDQ_007560

answers: sternal

answers: NDQ_007562

answers: highly penetrant perinatal lethality.

answers: NDQ_007563

answers: heparan sulfate

answers: NDQ_007566

answers: skeletal lesions, and unusually small but functioning kidneys.

answers: NDQ_007568

answers: ossified

answers: NDQ_007569

answers: ossified

answers: NDQ_007570

answers: MSulf1 and MSulf2

answers: NDQ_007571

answers: Sulf1 and 2

answers: NDQ_007572

answers: chondrocytes

answers: NDQ_007573

answers: Sulf1 and 2 is linked to HS modulation

answers: NDQ_007574

answers: ossified bone

answers: NDQ_007575

answers: Sulfs in skeletal development.

answers: NDQ_007576

answers: HS modulation effecting BMP and FGF.

answers: NDQ_007577

answers: Sulf1 and 2

answers: NDQ_007578

answers: ossified

answers: NDQ_007579

answers: ossified

answers: NDQ_007580

answers: ossified

answers: NDQ_007581

answers: ossified

answers: NDQ_007582

answers: chondrocytes

answers: NDQ_007583

answers: BMP

answers: NDQ_007584

answers: chondrogenesis.

text: Distal radius fractures might occur when a person falls on an outstretched hand (FOOSH). Immediate pain, swelling and loss of wrist function are the most common symptoms. These fractures have wide variety of classification systems, but for arthroscopic intervention a difference is made between extra- or intra-articular fractures. Arthroscopy can be used to treat an intra-articular distal radius fracture and at the same time examine the Scapholunate ligament, Lunotriquetral ligament and articular disk. The shifted bone segment is relocated, in necessary a bone autograft can be used to fill up the fracture. At the end the fracture is stabilized using percutane wires. Arthroscopy has good results as treatment for distal radius fracture, with over 85% of the patiënts showing good to excellent postoperative results.

text: Distal radius fractures might occur when a person falls on an outstretched hand (FOOSH). Immediate pain, swelling and loss of wrist function are the most common symptoms. These fractures have wide variety of classification systems, but for arthroscopic intervention a difference is made between extra- or intra-articular fractures. Arthroscopy can be used to treat an intra-articular distal radius fracture and at the same time examine the Scapholunate ligament, Lunotriquetral ligament and articular disk. The shifted bone segment is relocated, in necessary a bone autograft can be used to fill up the fracture. At the end the fracture is stabilized using percutane wires. Arthroscopy has good results as treatment for distal radius fracture, with over 85% of the patiënts showing good to excellent postoperative results.

answers: NDQ_007549

answers: articular disk

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: loss of wrist function

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone autograft

answers: NDQ_007555

answers: Articular disk

answers: NDQ_007556

answers: long bones

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: Distal radius

answers: NDQ_007560

answers: articular disk

answers: NDQ_007562

answers: a person falls on an outstretched hand

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, scapholunate ligament, or articular disk?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of distal radius fractures?

answers: NDQ_007574

answers: Which of the following is not true of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: disk

answers: NDQ_007579

answers: articular disk

answers: NDQ_007580

answers: autograft

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: Lunotriquetral ligament

answers: NDQ_007583

answers: Lunotriquetral ligament

answers: NDQ_007584

answers: Arthroscopy

answers: NDQ_007549

answers: articular disk.

answers: NDQ_007550

answers: bone segment

answers: NDQ_007551

answers: wrist function

answers: NDQ_007552

answers: Scapholunate ligament,

answers: NDQ_007553

answers: Distal radius fractures

answers: NDQ_007554

answers: bone autograft

answers: NDQ_007555

answers: articular disk.

answers: NDQ_007556

answers: outstretched hand

answers: NDQ_007557

answers: percutane wires.

answers: NDQ_007558

answers: articular disk.

answers: NDQ_007560

answers: articular disk.

answers: NDQ_007562

answers: outstretched hand

answers: NDQ_007563

answers: bone autograft

answers: NDQ_007566

answers: Distal radius fractures

answers: NDQ_007568

answers: Scapholunate ligament,

answers: NDQ_007569

answers: Scapholunate ligament,

answers: NDQ_007570

answers: articular disk.

answers: NDQ_007571

answers: Distal radius fractures

answers: NDQ_007572

answers: bone autograft

answers: NDQ_007573

answers: Distal radius fractures

answers: NDQ_007574

answers: bone autograft

answers: NDQ_007575

answers: bone autograft

answers: NDQ_007576

answers: ligament,

answers: NDQ_007577

answers: articular disk.

answers: NDQ_007578

answers: articular disk.

answers: NDQ_007579

answers: Scapholunate ligament,

answers: NDQ_007580

answers: articular disk.

answers: NDQ_007581

answers: Scapholunate ligament,

answers: NDQ_007582

answers: Scapholunate ligament,

answers: NDQ_007583

answers: Scapholunate ligament,

answers: NDQ_007584

answers: articular disk. The shifted bone segment

text: Endocrine disorder is more common in women than men, as it is associated with menstrual disorders. Thyroid, parathyroid, pituitary, adrenal and pancreases are common are part of the endocrine system and therefore are associated with bone disease. Some common endocrine disorders are hypothyroidism, hyperthyroidism, Paget’s disease, Osteoporosis, and diabetes. The thyroid gland produces thyroxin (T3, and T4) which is necessary for normal development of nervous system, it function includes: promoting growth, increasing  basal metabolic rate and controls body temperature. Adequate Iodine, found in salt fish water, shrimp is necessary for the production of thyroid hormone. According to Payton R. G et al., common disorder of the thyroid gland is hypothyroidism which is common in women than men. Symptoms of hypothyroidism include cold intolerance, weight gain, fatigue, anemia, difficulty concentrating, amenorrhea, bradycardia (low heart rate) and goitre.  Another hormone that is secreted by Para follicular cells of the thyroid gland is calcitonin. Calcitonin works in an antagonistic fashion with parathyroid hormone (PTH): both regulate the level of calcium in the blood. Blood calcium level is tightly regulated by these two hormones. The cells of our bone that is involved in bone formation and bone breakdown is osteoblast and osteoclast respectively. Osteoclasts are cells of bones that promote bone demineralization or bone resorption. In contrast, Osteoblast promotes calcium absorption by the bone therefore, promoting bone mineralization and formation of new bones. Thus Calcitonin activates osteoblasts, therefore decrease blood calcium levels by decreasing bone breakdown (resorption) by inhibiting osteoclast. Whereas, PTH activates osteoclast and thereby increases blood calcium.  The hormone produced by the thyroid gland has big impact on bone density, blood calcium levee.  Abnormalities of the thyroid gland impact bone disease such as osteoporosis, a condition that is common in women but men can be diagnosed with this silent disease as well as it mainly affects elderly individual.

text: Endocrine disorder is more common in women than men, as it is associated with menstrual disorders. Thyroid, parathyroid, pituitary, adrenal and pancreases are common are part of the

text: endocrine system

text: and therefore are associated with bone disease. Some common endocrine disorders are hypothyroidism, hyperthyroidism,

text: Paget’s disease

text: , Osteoporosis, and diabetes. The thyroid gland produces thyroxin (T3, and T4) which is necessary for normal development of nervous system, it function includes: promoting growth, increasing  basal metabolic rate and controls body temperature. Adequate Iodine, found in salt fish water, shrimp is necessary for the production of thyroid hormone. According to Payton R. G et al., common disorder of the thyroid gland is hypothyroidism which is common in women than men. Symptoms of hypothyroidism include cold intolerance, weight gain, fatigue, anemia, difficulty concentrating, amenorrhea, bradycardia (low heart rate) and goitre.  Another hormone that is secreted by Para follicular cells of the thyroid gland is calcitonin. Calcitonin works in an antagonistic fashion with parathyroid hormone (PTH): both regulate the level of calcium in the blood.

text: Blood calcium

text: level is tightly regulated by these two hormones. The cells of our bone that is involved in bone formation and bone breakdown is osteoblast and osteoclast respectively. Osteoclasts are cells of bones that promote bone demineralization or bone

text: resorption

text: . In contrast, Osteoblast promotes

text: calcium

text: absorption

text: by the bone therefore, promoting bone mineralization and formation of new bones. Thus Calcitonin activates osteoblasts, therefore decrease blood calcium levels by decreasing bone breakdown (resorption) by inhibiting osteoclast. Whereas, PTH activates osteoclast and thereby increases blood calcium.  The hormone produced by the

text: thyroid gland

text: has big impact on bone density, blood calcium levee.  Abnormalities of the thyroid gland impact bone disease such as osteoporosis, a condition that is common in women but men can be diagnosed with this silent disease as well as it mainly affects

text: elderly

text: individual.

answers: NDQ_007549

answers: Osteoblast and osteoclast

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone formation and bone breakdown

answers: NDQ_007552

answers: Osteoblast

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblast

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteoclast

answers: NDQ_007558

answers: osteoclasts

answers: NDQ_007560

answers: the thyroid gland

answers: NDQ_007562

answers: Osteoblast promotes calcium absorption by the bone

answers: NDQ_007563

answers: Osteoblasts release stored calcium to the blood as needed.

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: osteoblast, parathyroid, pituitary, or adrenal?

answers: NDQ_007569

answers: Osteoblast promotes calcium absorption by the bone

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not part of the endocrine system: thyroid, parathyroid, pituitary, adrenal and pancreases?

answers: NDQ_007572

answers: Which of the following is not involved in bone formation: osteoblast or osteoclast?

answers: NDQ_007573

answers: Osteoclasts are cells of bones that promote bone demineralization

answers: NDQ_007574

answers: Which of the following is not involved in bone formation and bone breakdown?

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoclast

answers: NDQ_007579

answers: osteoclast

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoclast

answers: NDQ_007582

answers: Osteoblast

answers: NDQ_007583

answers: Osteoblast

answers: NDQ_007584

answers: demineralization

answers: NDQ_007549

answers: osteoblast and osteoclast

answers: NDQ_007550

answers: osteoblast

answers: NDQ_007551

answers: bone formation and bone breakdown

answers: NDQ_007552

answers: osteoporosis,

answers: NDQ_007553

answers: women

answers: NDQ_007554

answers: osteoblast

answers: NDQ_007555

answers: osteoporosis,

answers: NDQ_007556

answers: bone demineralization

answers: NDQ_007557

answers: bone formation

answers: NDQ_007558

answers: osteoblast

answers: NDQ_007560

answers: goitre.

answers: NDQ_007562

answers: Osteoblast promotes calcium

answers: NDQ_007563

answers: osteoporosis,

answers: NDQ_007566

answers: osteoporosis,

answers: NDQ_007568

answers: osteoblast

answers: NDQ_007569

answers: osteoblast

answers: NDQ_007570

answers: osteoblast

answers: NDQ_007571

answers: bone formation

answers: NDQ_007572

answers: blood calcium levee.

answers: NDQ_007573

answers: Osteoporosis,

answers: NDQ_007574

answers: osteoblast

answers: NDQ_007575

answers: osteoblast

answers: NDQ_007576

answers: osteoporosis,

answers: NDQ_007577

answers: bone formation

answers: NDQ_007578

answers: Osteoclasts

answers: NDQ_007579

answers: osteoblast

answers: NDQ_007580

answers: osteoblast

answers: NDQ_007581

answers: osteoblast and osteoclast

answers: NDQ_007582

answers: osteoblast

answers: NDQ_007583

answers: bone that is involved in bone formation and bone breakdown is osteoblast

answers: NDQ_007584

answers: formation

text: Various body systems, including the urinary, respiratory and skeletal systems, interact to maintain the body's proper pH levels. Certain conditions, such as kidney disease, cause an imbalance and lowering of pH levels due to the build-up of H+ ions in the blood. In response to the acidic conditions, bone tissue will dissolve to release calcium carbonate into the bloodstream. The carbonate ions act to neutralize some of the acidity of the blood. However, the loss of calcium carbonate can lead to osteomalacia, the softening of the bones due to the inability to properly construct new bone. With osteomalacia, there is a higher risk for breaks and fractures, similar to osteoporosis.

text: Various body systems, including the urinary, respiratory and skeletal systems, interact to maintain the body's proper

text: pH

text: levels. Certain conditions, such as

text: kidney disease

text: , cause an imbalance and lowering of pH levels due to the build-up of

text: H+ ions

text: in the blood. In response to the acidic conditions, bone tissue will dissolve to release

text: calcium carbonate

text: into the bloodstream. The carbonate ions act to neutralize some of the acidity of the blood. However, the loss of calcium carbonate can lead to

text: osteomalacia

text: , the softening of the bones due to the inability to properly construct new bone. With osteomalacia, there is a higher risk for breaks and fractures, similar to osteoporosis.

answers: NDQ_007549

answers: bone tissue

answers: NDQ_007550

answers: calcium carbonate

answers: NDQ_007551

answers: maintaining the body's proper pH levels

answers: NDQ_007552

answers: calcium carbonate

answers: NDQ_007553

answers: kidneys

answers: NDQ_007554

answers: bone tissue

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: inability to properly construct new bone

answers: NDQ_007557

answers: calcium carbonate

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: the loss of calcium carbonate can lead to osteomalacia

answers: NDQ_007563

answers: Which of the following is not a condition that causes an imbalance and lowering of pH levels?

answers: NDQ_007566

answers: Which of the following is not a condition that can cause an imbalance and lowering of pH levels?

answers: NDQ_007568

answers: Which of the following is not an organ: urinary, respiratory or skeletal?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: calcium carbonate or vitamin D?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a condition that can cause an imbalance and lowering of pH levels?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteomalacia

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: bone tissue

answers: NDQ_007582

answers: bone tissue

answers: NDQ_007583

answers: bone tissue

answers: NDQ_007584

answers: osteomalacia

answers: NDQ_007549

answers: bone tissue

answers: NDQ_007550

answers: bone tissue

answers: NDQ_007551

answers: maintain the body's proper pH levels.

answers: NDQ_007552

answers: bone.

answers: NDQ_007553

answers: skeletal systems,

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: skeletal systems,

answers: NDQ_007556

answers: inability to properly construct new bone.

answers: NDQ_007557

answers: bone tissue

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: osteomalacia,

answers: NDQ_007563

answers: calcium carbonate

answers: NDQ_007566

answers: osteomalacia,

answers: NDQ_007568

answers: bone tissue will dissolve to release calcium carbonate into the bloodstream.

answers: NDQ_007569

answers: osteomalacia,

answers: NDQ_007570

answers: bone tissue will dissolve to release calcium carbonate into the bloodstream.

answers: NDQ_007571

answers: osteomalacia,

answers: NDQ_007572

answers: calcium carbonate

answers: NDQ_007573

answers: osteomalacia,

answers: NDQ_007574

answers: bone tissue will dissolve to release calcium carbonate into the bloodstream.

answers: NDQ_007575

answers: osteomalacia,

answers: NDQ_007576

answers: osteomalacia,

answers: NDQ_007577

answers: osteomalacia,

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: bone tissue

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: calcium carbonate

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: construct new bone.

text: Osteochondritis dissecans is difficult to diagnose clinically as the animal may only exhibit an unusual gait. Consequently, OCD may be masked by, or misdiagnosed as, other skeletal and joint conditions such as hip dysplasia.

text: Osteochondritis dissecans is difficult to diagnose clinically as the animal may only exhibit an unusual gait. Consequently, OCD may be masked by, or misdiagnosed as, other skeletal and joint conditions such as

text: hip dysplasia

answers: NDQ_007549

answers: hip dysplasia

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: gait

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: hip dysplasia

answers: NDQ_007557

answers: osteochondritis

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: osteochondritis dissecans is difficult to diagnose clinically

answers: NDQ_007563

answers: Which of the following is not true of osteochondritis dissecans?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Osteochondritis dissecans

answers: NDQ_007570

answers: joint conditions

answers: NDQ_007571

answers: osteochondritis dissecans

answers: NDQ_007572

answers: What is Osteochondritis dissecans?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteochondritis

answers: NDQ_007579

answers: osteochondrite

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteochondritis

answers: NDQ_007582

answers: osteochondritis

answers: NDQ_007583

answers: osteochondritis

answers: NDQ_007584

answers: osteoplasia

answers: NDQ_007549

answers: joint

answers: NDQ_007550

answers: joint

answers: NDQ_007551

answers: joint

answers: NDQ_007552

answers: Osteochondritis dissecans

answers: NDQ_007553

answers: Osteochondritis dissecans

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: Osteochondritis dissecans

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: unusual gait.

answers: NDQ_007563

answers: hip dysplasia.

answers: NDQ_007566

answers: Osteochondritis dissecans

answers: NDQ_007568

answers: skeletal and joint conditions such as hip dysplasia.

answers: NDQ_007569

answers: Osteochondritis dissecans

answers: NDQ_007570

answers: hip dysplasia.

answers: NDQ_007571

answers: skeletal and joint conditions such as hip dysplasia.

answers: NDQ_007572

answers: hip dysplasia.

answers: NDQ_007573

answers: hip dysplasia.

answers: NDQ_007574

answers: Osteochondritis dissecans

answers: NDQ_007575

answers: hip dysplasia.

answers: NDQ_007576

answers: Osteochondritis dissecans

answers: NDQ_007577

answers: Osteochondritis dissecans

answers: NDQ_007578

answers: Osteochondritis dissecans

answers: NDQ_007579

answers: Osteochondritis

answers: NDQ_007580

answers: Osteochondritis dissecans

answers: NDQ_007581

answers: Osteochondritis

answers: NDQ_007582

answers: Osteochondritis dissecans

answers: NDQ_007583

answers: skeletal and joint

answers: NDQ_007584

answers: skeletal and joint conditions such as hip dysplasia.

text: She died at a hospital in Morristown, New Jersey from complications of meningioma and osteoporosis, on July 9, 2014, aged 92.

text: She died at a hospital in

text: Morristown, New Jersey

text: from complications of

text: meningioma

text: and

text: osteoporosis

text: , on July 9, 2014, aged 92.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: Meningioma is a disease that affects the brain.

answers: NDQ_007563

answers: What is the cause of osteoporosis?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: meninges

answers: NDQ_007583

answers: osteoclast

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: osteoporosis,

answers: NDQ_007550

answers: osteoporosis,

answers: NDQ_007551

answers: osteoporosis,

answers: NDQ_007552

answers: meningioma

answers: NDQ_007553

answers: osteoporosis,

answers: NDQ_007554

answers: osteoporosis,

answers: NDQ_007555

answers: osteoporosis,

answers: NDQ_007556

answers: osteoporosis,

answers: NDQ_007557

answers: osteoporosis,

answers: NDQ_007558

answers: osteoporosis,

answers: NDQ_007560

answers: meningioma

answers: NDQ_007562

answers: 92.

answers: NDQ_007563

answers: osteoporosis,

answers: NDQ_007566

answers: osteoporosis,

answers: NDQ_007568

answers: meningioma and osteoporosis,

answers: NDQ_007569

answers: osteoporosis,

answers: NDQ_007570

answers: 92.

answers: NDQ_007571

answers: osteoporosis,

answers: NDQ_007572

answers: osteoporosis,

answers: NDQ_007573

answers: osteoporosis,

answers: NDQ_007574

answers: 92.

answers: NDQ_007575

answers: osteoporosis,

answers: NDQ_007576

answers: 92.

answers: NDQ_007577

answers: 92.

answers: NDQ_007578

answers: osteoporosis,

answers: NDQ_007579

answers: osteoporosis,

answers: NDQ_007580

answers: osteoporosis,

answers: NDQ_007581

answers: osteoporosis,

answers: NDQ_007582

answers: meningioma

answers: NDQ_007583

answers: osteoporosis,

answers: NDQ_007584

answers: osteoporosis,

text: In 2014, US communities with non-hospital-based urgent care centers (UCCs) were mainly urban, located in areas with higher income levels and higher levels of private insurance.Kaissi et al considered local multi-hospital systems in Florida, Maryland, Nevada, Texas, Virginia and Washington.  In 2012 50% of 117 hospital-based "clusters" included either UCCs, retail clinics, or both. 57% of systems in Washington operated an UCC, compared to 36% of systems in Washington, while systems in Florida had the largest share of UCCs (17.6%).  Authors noted unexplained state-by-state variation in hospital system partnership with UCC and retail clinic models.  Corwin et al considered Medicare beneficiaries presenting to an UCC (n=1,426,354) emergency department (ED) (n=334,841) or physicians office (n=8,359,498) with upper respiratory or urinary tract infections, bronchitis, sprains or contusions, and back or arthritic pain, in 2012.  Patients who presented to an ED were more likely to be female (67% of ED presentations) compared to those who presented to a UCC or physicians office (65% and 64% respectively).  Patients who presented to an UCC were significantly more likely to be aged over 85 (27%, compared to 15% of physicians office presentations, and 13% of ED presentations) or Black (11%, compared to 6% of physicians office presentations, and 4% of ED presentations).In 2014, 3.1% of Family Physicians in the United States worked primarily in UCCs, with a male:female ratio of workforce is 6:7, and an urban:rural ratio of 2:1.  This compares to 3.6% of Family Physicians working primarily in Emergency Care, with a male:female ratio of 5:3 and urban:rural ratio approaching 1:2.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: back or arthritic pain

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: articular

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: aged over 85

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: back

answers: NDQ_007560

answers: UCC

answers: NDQ_007562

answers: back or arthritic pain

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry and brittle

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: In 2014, US communities with non-hospital-based urgent care centers were mainly urban, located in areas with higher income levels and higher levels of private insurance.

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: human skeleton consists entirely of bone

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: arthritic

answers: NDQ_007579

answers: arthritic

answers: NDQ_007580

answers: arthritic

answers: NDQ_007581

answers: arthritic

answers: NDQ_007582

answers: blood platelets

answers: NDQ_007583

answers: arthritic

answers: NDQ_007584

answers: arthritic

answers: NDQ_007549

answers: back

answers: NDQ_007550

answers: Patients who presented to an UCC

answers: NDQ_007551

answers: back or arthritic pain,

answers: NDQ_007552

answers: 3.1%

answers: NDQ_007553

answers: ED presentations) compared to those who presented to a UCC

answers: NDQ_007554

answers: arthritic

answers: NDQ_007555

answers: back

answers: NDQ_007556

answers: back or arthritic pain,

answers: NDQ_007557

answers: arthritic

answers: NDQ_007558

answers: back

answers: NDQ_007560

answers: back

answers: NDQ_007562

answers: aged over 85

answers: NDQ_007563

answers: 6:7,

answers: NDQ_007566

answers: 3.1%

answers: NDQ_007568

answers: 3.1%

answers: NDQ_007569

answers: 3.1%

answers: NDQ_007570

answers: arthritic pain,

answers: NDQ_007571

answers: male:f

answers: NDQ_007572

answers: 6:7,

answers: NDQ_007573

answers: UCCs,

answers: NDQ_007574

answers: 3.1%

answers: NDQ_007575

answers: 3.1%

answers: NDQ_007576

answers: sprains

answers: NDQ_007577

answers: 6:7,

answers: NDQ_007578

answers: arthritic

answers: NDQ_007579

answers: arthritic

answers: NDQ_007580

answers: arthritic

answers: NDQ_007581

answers: arthritic

answers: NDQ_007582

answers: urinary tract

answers: NDQ_007583

answers: arthritic

answers: NDQ_007584

answers: arthritic

text: The skeletal structure of these ground sloths indicates that the animals were massive. Their thick bones and even thicker joints (especially those on the hind legs) gave their appendages tremendous power that, combined with their size and fearsome claws, provided a formidable defense against predators.

text: The skeletal structure of these ground sloths indicates that the animals were massive. Their thick

text: bones

text: and even thicker

text: joint

text: s (especially those on the hind legs) gave their appendages tremendous power that, combined with their size and fearsome

text: claw

text: s, provided a formidable defense against predators.

answers: NDQ_007549

answers: thick bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: defense against predators

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a person's body

answers: NDQ_007554

answers: thick

answers: NDQ_007555

answers: appendages

answers: NDQ_007556

answers: thicker joints

answers: NDQ_007557

answers: thick bones

answers: NDQ_007558

answers: hind legs

answers: NDQ_007560

answers: hind legs

answers: NDQ_007562

answers: The sloths were not able to use their claws against predators.

answers: NDQ_007563

answers: Which of the following is not true of the ground sloths?

answers: NDQ_007566

answers: Which of the following is not true of ground sloths?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of ground sloths?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a characteristic of ground sloths?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: thick bones

answers: NDQ_007580

answers: thick bones

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: joints

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: thick bones

answers: NDQ_007550

answers: thick bones

answers: NDQ_007551

answers: defense against predators.

answers: NDQ_007552

answers: joints

answers: NDQ_007553

answers: predators.

answers: NDQ_007554

answers: thick

answers: NDQ_007555

answers: thicker joints (especially those on the hind legs)

answers: NDQ_007556

answers: thicker joints

answers: NDQ_007557

answers: thick bones

answers: NDQ_007558

answers: hind legs)

answers: NDQ_007560

answers: hind legs)

answers: NDQ_007562

answers: massive.

answers: NDQ_007563

answers: thicker joints

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: thick bones

answers: NDQ_007569

answers: thick bones

answers: NDQ_007570

answers: thicker joints (especially those on the hind legs)

answers: NDQ_007571

answers: Their thick bones

answers: NDQ_007572

answers: thick bones

answers: NDQ_007573

answers: Their thick bones and even thicker joints

answers: NDQ_007574

answers: joints

answers: NDQ_007575

answers: joints

answers: NDQ_007576

answers: joints

answers: NDQ_007577

answers: joints

answers: NDQ_007578

answers: thick

answers: NDQ_007579

answers: thick bones

answers: NDQ_007580

answers: thick

answers: NDQ_007581

answers: joints

answers: NDQ_007582

answers: thick bones

answers: NDQ_007583

answers: joints

answers: NDQ_007584

answers: bones

text: Orthopedic physical therapists diagnose, manage, and treat disorders and injuries of the musculoskeletal system including rehabilitation after orthopedic surgery. acute trauma such as sprains, strains, and injuries of insidious onset such as tendinopathy and bursitis. This speciality of physical therapy is most often found in the out-patient clinical setting. Orthopedic therapists are trained in the treatment of post-operative orthopedic procedures, fractures, acute sports injuries, arthritis, sprains, strains, back and neck pain, spinal conditions, and amputations.

text: Orthopedic physical therapists diagnose, manage, and treat disorders and injuries of the

text: musculoskeletal system

text: including rehabilitation after

text: orthopedic surgery

text: . acute trauma such as sprains, strains, and injuries of insidious onset such as tendinopathy and bursitis. This speciality of physical therapy is most often found in the out-patient clinical setting. Orthopedic therapists are trained in the treatment of post-operative orthopedic procedures, fractures, acute sports injuries, arthritis, sprains, strains, back and neck pain, spinal conditions, and amputations.

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: articular cartilage and bone

answers: NDQ_007551

answers: rehabilitation after orthopedic surgery

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: Musculoskeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: insidious onset

answers: NDQ_007557

answers: tendon

answers: NDQ_007558

answers: spinal

answers: NDQ_007560

answers: tendon

answers: NDQ_007562

answers: sprains and strains

answers: NDQ_007563

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007566

answers: Which of the following is not a type of injury Orthopedic therapists treat?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not an example of a physical therapist?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Orthopedic therapists are trained in the treatment of fractures

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: yes

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: bursitis

answers: NDQ_007579

answers: bursitis

answers: NDQ_007580

answers: fractures

answers: NDQ_007581

answers: tendinous

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: tendinous

answers: NDQ_007584

answers: fractures

answers: NDQ_007549

answers: musculoskeletal system

answers: NDQ_007550

answers: musculoskeletal system

answers: NDQ_007551

answers: rehabilitation after orthopedic surgery.

answers: NDQ_007552

answers: arthritis,

answers: NDQ_007553

answers: musculoskeletal system

answers: NDQ_007554

answers: musculoskeletal system

answers: NDQ_007555

answers: musculoskeletal system

answers: NDQ_007556

answers: orthopedic surgery.

answers: NDQ_007557

answers: arthritis,

answers: NDQ_007558

answers: spinal

answers: NDQ_007560

answers: spinal

answers: NDQ_007562

answers: insidious onset

answers: NDQ_007563

answers: arthritis,

answers: NDQ_007566

answers: Orthopedic physical therapists

answers: NDQ_007568

answers: Orthopedic physical therapists

answers: NDQ_007569

answers: Orthopedic physical therapists

answers: NDQ_007570

answers: Orthopedic physical therapists

answers: NDQ_007571

answers: Orthopedic physical therapists

answers: NDQ_007572

answers: musculoskeletal system

answers: NDQ_007573

answers: Orthopedic therapists

answers: NDQ_007574

answers: Orthopedic physical therapists

answers: NDQ_007575

answers: musculoskeletal system

answers: NDQ_007576

answers: acute trauma

answers: NDQ_007577

answers: musculoskeletal system

answers: NDQ_007578

answers: bursitis.

answers: NDQ_007579

answers: bursitis.

answers: NDQ_007580

answers: arthritis,

answers: NDQ_007581

answers: tendinopathy

answers: NDQ_007582

answers: bursitis.

answers: NDQ_007583

answers: tendinopathy

answers: NDQ_007584

answers: arthritis,

text: A list of the known skeletal pieces include:

text: A list of the known skeletal pieces include:

answers: NDQ_007549

answers: ribs and sternum

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: ossification is slower

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: Bone fractures can be repaired with bone grafts.

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: What is the best way to describe bones?

answers: NDQ_007568

answers: marrow

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Bones

answers: NDQ_007571

answers: Bones are made of cartilage.

answers: NDQ_007572

answers: bone marrow

answers: NDQ_007573

answers: Bones are made of cartilage.

answers: NDQ_007574

answers: ribs

answers: NDQ_007575

answers: muscle fibers

answers: NDQ_007576

answers: tendons

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: cartilaginous

answers: NDQ_007549

answers: skeletal pieces

answers: NDQ_007550

answers: skeletal pieces

answers: NDQ_007551

answers: skeletal pieces

answers: NDQ_007552

answers: skeletal pieces

answers: NDQ_007553

answers: skeletal pieces

answers: NDQ_007554

answers: skeletal pieces

answers: NDQ_007555

answers: skeletal pieces

answers: NDQ_007556

answers: A list of the known skeletal pieces

answers: NDQ_007557

answers: skeletal pieces

answers: NDQ_007558

answers: skeletal pieces

answers: NDQ_007560

answers: skeletal pieces

answers: NDQ_007562

answers: A list of the known skeletal pieces

answers: NDQ_007563

answers: A list of the known skeletal pieces

answers: NDQ_007566

answers: A list of the known skeletal pieces

answers: NDQ_007568

answers: A list of the known skeletal pieces

answers: NDQ_007569

answers: A list of the known skeletal pieces

answers: NDQ_007570

answers: skeletal pieces

answers: NDQ_007571

answers: A list of the known skeletal pieces

answers: NDQ_007572

answers: A list of the known skeletal pieces

answers: NDQ_007573

answers: A list of the known skeletal pieces

answers: NDQ_007574

answers: A list of the known skeletal pieces

answers: NDQ_007575

answers: A list of the known skeletal pieces

answers: NDQ_007576

answers: A list of the known skeletal pieces

answers: NDQ_007577

answers: A list of the known skeletal pieces

answers: NDQ_007578

answers: include:

answers: NDQ_007579

answers: skeletal pieces

answers: NDQ_007580

answers: skeletal pieces

answers: NDQ_007581

answers: skeletal pieces

answers: NDQ_007582

answers: skeletal pieces

answers: NDQ_007583

answers: skeletal pieces

answers: NDQ_007584

answers: skeletal

text: Extreme Reality’s Extreme Motion is the only technology to provide full-body, software-based, motion analysis and control to any computing device or operating system via a standard camera. Extreme Motion is a motion capture engine that extracts the 3D position (X,Y,Z) of the user skeletal position in front of the camera in every frame and creates a live 3D model of the user in real time. This model is then analyzed and gestures are extracted according to skeleton positioning and/or trajectories.

text: Extreme Reality’s Extreme Motion is the only technology to provide full-body, software-based, motion analysis and control to any computing device or operating system via a standard camera. Extreme Motion is a motion capture engine that extracts the 3D position (X,Y,Z) of the user skeletal position in front of the camera in every frame and creates a live 3D model of the user in real time. This model is then analyzed and gestures are extracted according to skeleton positioning and/or trajectories.

answers: NDQ_007549

answers: X,Y,Z

answers: NDQ_007550

answers: X,Y,Z

answers: NDQ_007551

answers: motion analysis and control

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: trajectories

answers: NDQ_007557

answers: a skeleton

answers: NDQ_007558

answers: scapula

answers: NDQ_007560

answers: X

answers: NDQ_007562

answers: the user skeletal position in front of the camera in every frame

answers: NDQ_007563

answers: What is the primary function of the skeleton?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: (X,Y,Z)

answers: NDQ_007550

answers: full-body,

answers: NDQ_007551

answers: skeleton positioning and/or trajectories.

answers: NDQ_007552

answers: a standard camera.

answers: NDQ_007553

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: a standard camera.

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: (X,Y,Z)

answers: NDQ_007560

answers: (X,Y,Z)

answers: NDQ_007562

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007563

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007566

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007568

answers: (X,Y,Z)

answers: NDQ_007569

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007570

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007571

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007572

answers: skeleton

answers: NDQ_007573

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007574

answers: Extreme Motion

answers: NDQ_007575

answers: a standard camera.

answers: NDQ_007576

answers: Extreme Reality’s Extreme Motion

answers: NDQ_007577

answers: a standard camera.

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: skeleton

text: The first modality for a sprain can be remembered using the acronym RICE. The treatment of sprains depends on the extent of injury and the joint involved. Medications like non-steroidal anti-inflammatory drugs can relieve pain. Topical NSAIDs appear to be as good as those taken by mouth.

text: The first modality for a sprain can be remembered using the acronym

text: RICE

text: . The treatment of sprains depends on the extent of injury and the joint involved. Medications like

text: non-steroidal anti-inflammatory drugs

text: can relieve pain. Topical NSAIDs appear to be as good as those taken by mouth.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Red Blood Cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: NSAIDs

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: the joint involved

answers: NDQ_007562

answers: NSAIDs are as good as those taken by mouth.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: RICE

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is NOT true about osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: sprain

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: osteoid

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: sprain

answers: NDQ_007549

answers: joint

answers: NDQ_007550

answers: joint

answers: NDQ_007551

answers: joint

answers: NDQ_007552

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007553

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007554

answers: joint involved. Medications like non-steroidal anti-inflammatory

answers: NDQ_007555

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007556

answers: injury

answers: NDQ_007557

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007558

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007560

answers: sprain

answers: NDQ_007562

answers: The first modality for a sprain

answers: NDQ_007563

answers: Topical NSAIDs

answers: NDQ_007566

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007568

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007569

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007570

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007571

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007572

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007573

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007574

answers: Topical NSAIDs

answers: NDQ_007575

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007576

answers: RICE.

answers: NDQ_007577

answers: non-steroidal anti-inflammatory drugs

answers: NDQ_007578

answers: joint

answers: NDQ_007579

answers: joint

answers: NDQ_007580

answers: joint involved. Medications like non-steroidal anti-inflammatory

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: sprain

answers: NDQ_007583

answers: joint

answers: NDQ_007584

answers: joint

text: Geraldine Smith is the Patron of the Morecambe Bay National Osteoporosis Society Support Group.

text: Geraldine Smith is the Patron of the Morecambe Bay

text: National Osteoporosis Society

text: Support Group.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone tissue

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: the elbow joint

answers: NDQ_007562

answers: osteoporosis is caused by lack of exercise.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Geraldine Smith?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: a ball-and-socket joint

answers: NDQ_007571

answers: How would you describe Geraldine Smith?

answers: NDQ_007572

answers: What does Geraldine Smith do for a living?

answers: NDQ_007573

answers: Geraldine Smith

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: osteoclasts

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Osteoporosis

answers: NDQ_007550

answers: Osteoporosis

answers: NDQ_007551

answers: Osteoporosis

answers: NDQ_007552

answers: Osteoporosis

answers: NDQ_007553

answers: Geraldine Smith

answers: NDQ_007554

answers: Osteoporosis

answers: NDQ_007555

answers: Osteoporosis

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: Osteoporosis

answers: NDQ_007558

answers: Osteoporosis

answers: NDQ_007560

answers: Osteoporosis

answers: NDQ_007562

answers: Geraldine Smith

answers: NDQ_007563

answers: Morecambe Bay National Osteoporosis

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Geraldine Smith

answers: NDQ_007569

answers: Osteoporosis Society Support Group.

answers: NDQ_007570

answers: Morecambe Bay National Osteoporosis Society Support Group.

answers: NDQ_007571

answers: Geraldine Smith

answers: NDQ_007572

answers: Geraldine Smith

answers: NDQ_007573

answers: Morecambe Bay National Osteoporosis Society Support Group.

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: Geraldine Smith

answers: NDQ_007576

answers: Morecambe Bay National Osteoporosis Society Support Group.

answers: NDQ_007577

answers: Morecambe Bay National Osteoporosis Society Support Group.

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: Osteoporosis

answers: NDQ_007582

answers: Osteoporosis

answers: NDQ_007583

answers: Osteoporosis

answers: NDQ_007584

answers: Osteoporosis

text: In corals, the coenosarc is the living tissue overlying the stony skeletal material of the coral. It secretes the coenosteum, the layer of skeletal material lying between the corallites (the stony cups in which the polyps sit). The coensarc is composed of mesogloea between two thin layers of epidermis and is continuous with the body wall of the polyps. The coenosarc contains the gastrovascular canal system that links the polyps and allow them to share nutrients and symbiotic zooxanthellae.

text: In

text: coral

text: s, the coenosarc is the living tissue overlying the stony skeletal material of the coral. It secretes the

text: coenosteum

text: , the layer of skeletal material lying between the

text: corallite

text: s (the stony cups in which the

text: polyp

text: s sit). The coensarc is composed of

text: mesogloea

text: between two thin layers of

text: epidermis

text: and is continuous with the body wall of the polyps. The coenosarc contains the gastrovascular canal system that links the polyps and allow them to share nutrients and symbiotic

text: zooxanthellae

answers: NDQ_007549

answers: coenosteum

answers: NDQ_007550

answers: stony skeletal material

answers: NDQ_007551

answers: skeletal material lying between the corallites

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the gastrovascular canal system

answers: NDQ_007554

answers: coenosteum

answers: NDQ_007555

answers: polyps

answers: NDQ_007556

answers: coenosteum

answers: NDQ_007557

answers: the gastrovascular canal system

answers: NDQ_007558

answers: gastrovascular canal system

answers: NDQ_007560

answers: gastrovascular canal system

answers: NDQ_007562

answers: The coenosteum contains the gastrovascular canal system

answers: NDQ_007563

answers: Which of the following is not a type of skeletal material?

answers: NDQ_007566

answers: Which of the following is not a type of coral?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of coral?

answers: NDQ_007572

answers: Which of the following is not a type of skeletal material?

answers: NDQ_007573

answers: What is the layer of skeletal material lying between the corallites in which the polyps sit?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: coenosteum

answers: NDQ_007579

answers: coenosteum

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: gastrovascular

answers: NDQ_007583

answers: coenosteum

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: gastrovascular canal system

answers: NDQ_007550

answers: mesogloea between two thin layers of epidermis

answers: NDQ_007551

answers: links the polyps and allow them to share nutrients

answers: NDQ_007552

answers: coenosteum,

answers: NDQ_007553

answers: corals, the coenosarc

answers: NDQ_007554

answers: coenosteum,

answers: NDQ_007555

answers: gastrovascular canal system that links the polyps

answers: NDQ_007556

answers: corals,

answers: NDQ_007557

answers: gastrovascular canal system

answers: NDQ_007558

answers: polyps

answers: NDQ_007560

answers: gastrovascular canal

answers: NDQ_007562

answers: In corals, the coenosarc

answers: NDQ_007563

answers: corals, the coenosarc

answers: NDQ_007566

answers: corals,

answers: NDQ_007568

answers: mesogloea

answers: NDQ_007569

answers: coenosteum,

answers: NDQ_007570

answers: corals, the coenosarc

answers: NDQ_007571

answers: skeletal material

answers: NDQ_007572

answers: mesogloea between two thin layers of epidermis

answers: NDQ_007573

answers: In corals, the coenosarc

answers: NDQ_007574

answers: mesogloea between two thin layers of epidermis

answers: NDQ_007575

answers: corals, the coenosarc

answers: NDQ_007576

answers: In corals, the coenosarc

answers: NDQ_007577

answers: corals,

answers: NDQ_007578

answers: stony

answers: NDQ_007579

answers: coenosteum,

answers: NDQ_007580

answers: stony

answers: NDQ_007581

answers: coenosteum,

answers: NDQ_007582

answers: mesogloea

answers: NDQ_007583

answers: mesogloea

answers: NDQ_007584

answers: coenosteum,

text: The term human biocomputer, coined by John C. Lilly, refers to the "hardware" of the human anatomy. This would include the brain, internal organs, and other human organ systems such as cardiovascular, digestive, endocrine, immune, integumentary, lymphatic, muscular, nervous, reproductive, respiratory, skeletal, and urinary systems. The biocomputer has stored program properties, and self-metaprogramming properties, with limits determinable and to be determined.

text: The term human biocomputer, coined by

text: John C. Lilly

text: , refers to the "hardware" of the

text: human anatomy

text: . This would include the

text: brain

text: internal organs

text: , and other human organ systems such as

text: cardiovascular

text: digestive

text: endocrine

text: immune

text: integumentary

text: lymphatic

text: muscular

text: nervous

text: reproductive

text: respiratory

text: skeletal

text: , and

text: urinary

text: systems. The biocomputer has stored program properties, and self-metaprogramming properties, with limits determinable and to be determined.

answers: NDQ_007549

answers: muscular

answers: NDQ_007550

answers: skeletal

answers: NDQ_007551

answers: urinary

answers: NDQ_007552

answers: lymphatic

answers: NDQ_007553

answers: lymphatic

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: skeletal

answers: NDQ_007556

answers: determinable and to be determined

answers: NDQ_007557

answers: muscular

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: limit determinable and to be determined

answers: NDQ_007563

answers: how does the biocomputer have stored program properties

answers: NDQ_007566

answers: How would you describe the biocomputer?

answers: NDQ_007568

answers: skeletal

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: skeletal

answers: NDQ_007571

answers: skeletal

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: skeletal

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: skeletal

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: human biocomputer

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: lymphatic

answers: NDQ_007583

answers: muscular

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscular,

answers: NDQ_007550

answers: muscular, nervous, reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007551

answers: reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007552

answers: muscular,

answers: NDQ_007553

answers: lymphatic,

answers: NDQ_007554

answers: muscular,

answers: NDQ_007555

answers: skeletal, and urinary systems.

answers: NDQ_007556

answers: The term human biocomputer, coined by John C. Lilly,

answers: NDQ_007557

answers: muscular,

answers: NDQ_007558

answers: skeletal,

answers: NDQ_007560

answers: skeletal,

answers: NDQ_007562

answers: The term human biocomputer,

answers: NDQ_007563

answers: skeletal, and urinary systems.

answers: NDQ_007566

answers: skeletal, and urinary systems.

answers: NDQ_007568

answers: muscular, nervous, reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007569

answers: skeletal, and urinary systems.

answers: NDQ_007570

answers: muscular,

answers: NDQ_007571

answers: skeletal, and urinary systems.

answers: NDQ_007572

answers: lymphatic,

answers: NDQ_007573

answers: skeletal, and urinary systems.

answers: NDQ_007574

answers: muscular, nervous, reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007575

answers: muscular, nervous, reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007576

answers: muscular, nervous, reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007577

answers: muscular, nervous, reproductive, respiratory, skeletal, and urinary systems.

answers: NDQ_007578

answers: integumentary,

answers: NDQ_007579

answers: muscular,

answers: NDQ_007580

answers: skeletal,

answers: NDQ_007581

answers: skeletal,

answers: NDQ_007582

answers: lymphatic,

answers: NDQ_007583

answers: muscular,

answers: NDQ_007584

answers: skeletal,

text: Before Game 7, the Cardinals replaced Matt Holliday, who sprained his wrist in Game 6, on their roster with Adron Chambers.

text: Before Game 7, the Cardinals replaced

text: Matt Holliday

text: , who sprained his wrist in Game 6, on their roster with

text: Adron Chambers

answers: NDQ_007549

answers: limbs

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: limbs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Adron Chambers

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: wrist

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: wrist

answers: NDQ_007560

answers: wrist

answers: NDQ_007562

answers: A sprained wrist is not the same as a fracture.

answers: NDQ_007563

answers: How would you describe Adron Chambers?

answers: NDQ_007566

answers: How would you describe Adron Chambers?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: How would you describe Adron Chambers?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: Adron Chambers

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Wrist

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: Wrist

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: wrist

answers: NDQ_007550

answers: wrist

answers: NDQ_007551

answers: wrist

answers: NDQ_007552

answers: Adron Chambers.

answers: NDQ_007553

answers: wrist

answers: NDQ_007554

answers: wrist

answers: NDQ_007555

answers: wrist

answers: NDQ_007556

answers: 6,

answers: NDQ_007557

answers: wrist

answers: NDQ_007558

answers: wrist

answers: NDQ_007560

answers: wrist

answers: NDQ_007562

answers: wrist in Game 6,

answers: NDQ_007563

answers: Adron Chambers.

answers: NDQ_007566

answers: Adron Chambers.

answers: NDQ_007568

answers: Adron Chambers.

answers: NDQ_007569

answers: 6,

answers: NDQ_007570

answers: wrist

answers: NDQ_007571

answers: Adron Chambers.

answers: NDQ_007572

answers: wrist

answers: NDQ_007573

answers: Adron Chambers.

answers: NDQ_007574

answers: Adron Chambers.

answers: NDQ_007575

answers: wrist in Game 6,

answers: NDQ_007576

answers: wrist

answers: NDQ_007577

answers: Adron Chambers.

answers: NDQ_007578

answers: wrist

answers: NDQ_007579

answers: wrist

answers: NDQ_007580

answers: wrist

answers: NDQ_007581

answers: wrist

answers: NDQ_007582

answers: wrist

answers: NDQ_007583

answers: wrist

answers: NDQ_007584

answers: wrist

text: The skeletal effects of PTH depend upon the pattern of systemic exposure. Transient elevations in PTH levels after subcutaneous injection of Preotact stimulates new bone formation on trabecular and cortical bone surfaces by preferential stimulation of osteoblastic activity over osteoclastic activity.

text: The skeletal effects of PTH depend upon the pattern of systemic exposure. Transient elevations in PTH levels after subcutaneous injection of Preotact stimulates new bone formation on

text: trabecular

text: and

text: cortical bone

text: surfaces by preferential stimulation of osteoblastic activity over

text: osteoclast

text: ic activity.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone formation

answers: NDQ_007552

answers: PTH

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: osteoblastic

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: osteoclastic activity

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: trabecular

answers: NDQ_007560

answers: trabecular

answers: NDQ_007562

answers: Preotact stimulates new bone formation

answers: NDQ_007563

answers: Which of the following is not a type of bone: trabecular or cortical?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone: trabecular, cortical or clastic?

answers: NDQ_007569

answers: What type of bone is trabecular?

answers: NDQ_007570

answers: What type of joint is Preotact?

answers: NDQ_007571

answers: What is Preotact?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a skeletal effect of PTH?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What does Preotact stimulate?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: trabecular

answers: NDQ_007580

answers: trabecular

answers: NDQ_007581

answers: trabecular

answers: NDQ_007582

answers: trabecular

answers: NDQ_007583

answers: trabecular

answers: NDQ_007584

answers: osteoclastic

answers: NDQ_007549

answers: trabecular and cortical bone surfaces

answers: NDQ_007550

answers: trabecular and cortical bone

answers: NDQ_007551

answers: new bone formation

answers: NDQ_007552

answers: PTH

answers: NDQ_007553

answers: osteoblastic activity over osteoclastic

answers: NDQ_007554

answers: osteoblastic

answers: NDQ_007555

answers: trabecular and cortical

answers: NDQ_007556

answers: osteoclastic activity.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: trabecular and cortical

answers: NDQ_007560

answers: trabecular and cortical bone

answers: NDQ_007562

answers: osteoclastic

answers: NDQ_007563

answers: osteoclastic

answers: NDQ_007566

answers: The skeletal effects of PTH depend upon the pattern of systemic exposure.

answers: NDQ_007568

answers: osteoblastic activity over osteoclastic

answers: NDQ_007569

answers: trabecular

answers: NDQ_007570

answers: The skeletal effects of PTH depend upon the pattern of systemic exposure.

answers: NDQ_007571

answers: osteoblastic activity over osteoclastic activity.

answers: NDQ_007572

answers: osteoblastic activity over osteoclastic

answers: NDQ_007573

answers: The skeletal effects of PTH depend upon the pattern of systemic exposure.

answers: NDQ_007574

answers: osteoblastic activity over osteoclastic

answers: NDQ_007575

answers: osteoblastic activity over osteoclastic activity.

answers: NDQ_007576

answers: The skeletal effects of PTH depend upon the pattern of systemic exposure.

answers: NDQ_007577

answers: trabecular and cortical bone surfaces

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: trabecular

answers: NDQ_007580

answers: trabecular

answers: NDQ_007581

answers: trabecular

answers: NDQ_007582

answers: osteoblastic activity over osteoclastic

answers: NDQ_007583

answers: osteoclastic

answers: NDQ_007584

answers: bone formation

text: It is alleged that proper diagnosis of plaintiff's condition would have included taking X-rays of her entire skeletal structure, and that such procedure would have revealed the fracture of her skull. Defendants negligently failed to take such X-rays, and thereby negligently failed to diagnose her true condition. It is further alleged that proper medical treatment of plaintiff's battered child syndrome would have included reporting her injuries to local law enforcement authorities or juvenile probation department. Such a report would have resulted in an investigation by the concerned agencies, followed by a placement of plaintiff in protective custody until her safety was assured. Defendants negligently failed to make such report.

text: It is alleged that proper diagnosis of plaintiff's condition would have included taking X-rays of her entire skeletal structure, and that such procedure would have revealed the fracture of her skull. Defendants negligently failed to take such X-rays, and thereby negligently failed to diagnose her true condition. It is further alleged that proper medical treatment of plaintiff's battered child syndrome would have included reporting her injuries to local law enforcement authorities or juvenile probation department. Such a report would have resulted in an investigation by the concerned agencies, followed by a placement of plaintiff in protective custody until her safety was assured. Defendants negligently failed to make such report.

answers: NDQ_007549

answers: skull

answers: NDQ_007550

answers: bones that support the body.

answers: NDQ_007551

answers: proper medical treatment

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: skull

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Defendants negligently failed to make such report

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is the skeletal structure?

answers: NDQ_007571

answers: Which of the following statements is true?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is true of the plaintiff?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: Which of the following is not a type of injury?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal structure

answers: NDQ_007582

answers: skull

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: skull.

answers: NDQ_007550

answers: skull.

answers: NDQ_007551

answers: skull.

answers: NDQ_007552

answers: X-rays of her entire skeletal structure,

answers: NDQ_007553

answers: X-rays of her entire skeletal structure,

answers: NDQ_007554

answers: skeletal structure,

answers: NDQ_007555

answers: skeletal structure,

answers: NDQ_007556

answers: X-rays of her entire skeletal structure,

answers: NDQ_007557

answers: skeletal structure,

answers: NDQ_007558

answers: skull.

answers: NDQ_007560

answers: skull.

answers: NDQ_007562

answers: the fracture of her skull.

answers: NDQ_007563

answers: X-rays of her entire skeletal structure,

answers: NDQ_007566

answers: X-rays of her entire skeletal structure,

answers: NDQ_007568

answers: skeletal structure,

answers: NDQ_007569

answers: skeletal structure,

answers: NDQ_007570

answers: skeletal structure,

answers: NDQ_007571

answers: taking X-rays of her entire skeletal structure,

answers: NDQ_007572

answers: X-rays of her entire skeletal structure,

answers: NDQ_007573

answers: X-rays of her entire skeletal structure,

answers: NDQ_007574

answers: X-rays of her entire skeletal structure,

answers: NDQ_007575

answers: X-rays of her entire skeletal structure,

answers: NDQ_007576

answers: X-rays of her entire skeletal structure,

answers: NDQ_007577

answers: X-rays of her entire skeletal structure,

answers: NDQ_007578

answers: skeletal structure,

answers: NDQ_007579

answers: skeletal structure,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skull.

answers: NDQ_007583

answers: skeletal structure,

answers: NDQ_007584

answers: skeletal structure,

text: As the Blackbird returns to Earth, it runs into rough turbulence. Flashes of Wolverine's consciousness are shown as he struggles to stay alive. The X-Men on Earth watch in horror as the crew frantically tries to stabilize the ship and care for Wolverine. The ship's hatch opens, and Wolverine sees himself "going towards the light", but he is pushed back. He awakens in time to prevent Jean Grey from getting sucked out of the Blackbird. The X-Men land on the Earth safely. As Wolverine recovers from his injuries, he and the X-Men learn that his claws were a part of his actual skeletal structure all along, as he now possesses claws made of bone.

text: As the Blackbird returns to Earth, it runs into rough turbulence. Flashes of Wolverine's consciousness are shown as he struggles to stay alive. The X-Men on Earth watch in horror as the crew frantically tries to stabilize the ship and care for Wolverine. The ship's hatch opens, and Wolverine sees himself "going towards the light", but he is pushed back. He awakens in time to prevent Jean Grey from getting sucked out of the Blackbird. The X-Men land on the Earth safely. As Wolverine recovers from his injuries, he and the X-Men learn that his claws were a part of his actual skeletal structure all along, as he now possesses claws made of bone.

answers: NDQ_007549

answers: claws

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: claws

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Wolverine

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: Wolverine

answers: NDQ_007556

answers: claws

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: claws

answers: NDQ_007560

answers: claws

answers: NDQ_007562

answers: Wolverine sees himself "going towards the light"

answers: NDQ_007563

answers: What happens to Wolverine's claws?

answers: NDQ_007566

answers: How are Wolverine's claws made?

answers: NDQ_007568

answers: What is Wolverine's claws made of?

answers: NDQ_007569

answers: What is the difference between compact bone and periosteum?

answers: NDQ_007570

answers: What does Wolverine see as he struggles to stay alive?

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: What is Wolverine's claws made of?

answers: NDQ_007573

answers: What is Wolverine's claws made of?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What happens to Wolverine's claws?

answers: NDQ_007576

answers: What happens to Wolverine?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal structure

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal structure

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: claws

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: claws

answers: NDQ_007552

answers: bone.

answers: NDQ_007553

answers: bone.

answers: NDQ_007554

answers: bone.

answers: NDQ_007555

answers: claws

answers: NDQ_007556

answers: claws made of bone.

answers: NDQ_007557

answers: bone.

answers: NDQ_007558

answers: claws

answers: NDQ_007560

answers: hatch

answers: NDQ_007562

answers: claws made of bone.

answers: NDQ_007563

answers: claws made of bone.

answers: NDQ_007566

answers: claws made of bone.

answers: NDQ_007568

answers: claws made of bone.

answers: NDQ_007569

answers: bone.

answers: NDQ_007570

answers: bone.

answers: NDQ_007571

answers: claws made of bone.

answers: NDQ_007572

answers: claws made of bone.

answers: NDQ_007573

answers: claws made of bone.

answers: NDQ_007574

answers: claws made of bone.

answers: NDQ_007575

answers: claws made of bone.

answers: NDQ_007576

answers: claws made of bone.

answers: NDQ_007577

answers: claws made of bone.

answers: NDQ_007578

answers: claws

answers: NDQ_007579

answers: claws

answers: NDQ_007580

answers: claws

answers: NDQ_007581

answers: bone.

answers: NDQ_007582

answers: claws made of bone.

answers: NDQ_007583

answers: bone.

answers: NDQ_007584

answers: skeletal structure

text: The oracle-bone script is a well-developed writing system, suggesting that the Chinese script's origins may lie earlier than the late second millennium BC.  Although these divinatory inscriptions are the earliest surviving evidence of ancient Chinese writing, it is widely believed that writing was used for many other non-official purposes, but that the materials upon which non-divinatory writing was done – likely wood and bamboo – were less durable than bone and shell and have since decayed away.

text: The

text: oracle-bone script

text: is a well-developed writing system, suggesting that the Chinese script's origins may lie earlier than the late second millennium BC.  Although these divinatory inscriptions are the earliest surviving evidence of ancient Chinese writing, it is widely believed that writing was used for many other non-official purposes, but that the materials upon which non-divinatory writing was done – likely wood and bamboo – were less durable than bone and shell and have since decayed away.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: divinatory

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: oracle

answers: NDQ_007556

answers: less durable

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: oracle

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: non-divinatory writing was done – likely wood and bamboo

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: Which of the following is not a durable material?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: bone and shell

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: The oracle-bone script

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: shell

answers: NDQ_007579

answers: shell

answers: NDQ_007580

answers: bone

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: bone and shell

answers: NDQ_007550

answers: bone and shell

answers: NDQ_007551

answers: bone and shell

answers: NDQ_007552

answers: bone

answers: NDQ_007553

answers: late second millennium BC.

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: bone and shell

answers: NDQ_007556

answers: less durable

answers: NDQ_007557

answers: bone and shell

answers: NDQ_007558

answers: oracle-bone

answers: NDQ_007560

answers: oracle-bone

answers: NDQ_007562

answers: less durable

answers: NDQ_007563

answers: bone

answers: NDQ_007566

answers: bone

answers: NDQ_007568

answers: bone

answers: NDQ_007569

answers: The oracle-bone

answers: NDQ_007570

answers: bone and shell

answers: NDQ_007571

answers: bone

answers: NDQ_007572

answers: bone

answers: NDQ_007573

answers: less durable than bone

answers: NDQ_007574

answers: wood and bamboo – were less durable than bone and shell

answers: NDQ_007575

answers: bone

answers: NDQ_007576

answers: late second millennium BC.

answers: NDQ_007577

answers: late second millennium BC.

answers: NDQ_007578

answers: shell

answers: NDQ_007579

answers: shell

answers: NDQ_007580

answers: shell

answers: NDQ_007581

answers: shell

answers: NDQ_007582

answers: bone and shell

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone

text: A common fracture of the hand is a scaphoid fracture—a fracture of the scaphoid bone, one of the carpal bones. This is the commonest carpal bone fracture and can be slow to heal due to a limited blood flow to the bone. There are various types of fracture to the base of the thumb and these are known as a Rolando fracture, Bennet's fracture and Gamekeeper's thumb. Another common fracture is to the neck of a metacarpal, known as Boxer's fracture.

text: A common

text: fracture

text: of the hand is a

text: scaphoid fracture

text: —a fracture of the

text: scaphoid bone

text: , one of the carpal bones. This is the commonest

text: carpal bone

text: fracture and can be slow to heal due to a limited blood flow to the bone. There are various types of fracture to the base of the thumb and these are known as a

text: Rolando fracture

text: Bennet's fracture

text: and

text: Gamekeeper's thumb

text: . Another common fracture is to the neck of a metacarpal, known as

text: Boxer's fracture

answers: NDQ_007549

answers: carpal bones

answers: NDQ_007550

answers: carpal bones

answers: NDQ_007551

answers: Fracture of the hand

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood vessels

answers: NDQ_007554

answers: blood

answers: NDQ_007555

answers: Hand is a common fracture

answers: NDQ_007556

answers: limited blood flow to the bone

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: carpal bones

answers: NDQ_007560

answers: thumb

answers: NDQ_007562

answers: The neck of a metacarpal, known as Boxer's fracture.

answers: NDQ_007563

answers: Which of the following is not a type of fracture: scaphoid fracture or Boxer's fracture?

answers: NDQ_007566

answers: How would you describe a scaphoid fracture?

answers: NDQ_007568

answers: Which of the following is not a type of bone: carpal, scaphoid, or metacarpal?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, spongy bone, or periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, scaphoid bone, or carpal bone?

answers: NDQ_007573

answers: Which of the following is not a common bone fracture: scaphoid fracture, Bennet's fracture or Boxer's fracture?

answers: NDQ_007574

answers: How many bones make up the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of fracture: Rolando fracture, Bennet's fracture or Boxer's fracture?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: carpal

answers: NDQ_007579

answers: scaphoid

answers: NDQ_007580

answers: carpal

answers: NDQ_007581

answers: Skaphoid

answers: NDQ_007582

answers: carpal bone

answers: NDQ_007583

answers: carpal bones

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: carpal bones.

answers: NDQ_007550

answers: carpal bones.

answers: NDQ_007551

answers: fracture

answers: NDQ_007552

answers: scaphoid fracture—a

answers: NDQ_007553

answers: blood flow

answers: NDQ_007554

answers: blood

answers: NDQ_007555

answers: hand

answers: NDQ_007556

answers: limited blood flow

answers: NDQ_007557

answers: carpal bones.

answers: NDQ_007558

answers: carpal bones.

answers: NDQ_007560

answers: thumb

answers: NDQ_007562

answers: slow to heal due to a limited blood flow

answers: NDQ_007563

answers: scaphoid fracture—a

answers: NDQ_007566

answers: scaphoid fracture—a

answers: NDQ_007568

answers: carpal bones.

answers: NDQ_007569

answers: scaphoid fracture—a

answers: NDQ_007570

answers: scaphoid fracture—a

answers: NDQ_007571

answers: scaphoid fracture—a

answers: NDQ_007572

answers: blood flow

answers: NDQ_007573

answers: scaphoid fracture—a

answers: NDQ_007574

answers: limited blood flow to the bone.

answers: NDQ_007575

answers: scaphoid fracture—a

answers: NDQ_007576

answers: fracture

answers: NDQ_007577

answers: scaphoid fracture—a

answers: NDQ_007578

answers: scaphoid

answers: NDQ_007579

answers: scaphoid

answers: NDQ_007580

answers: carpal bones.

answers: NDQ_007581

answers: carpal bones.

answers: NDQ_007582

answers: blood flow

answers: NDQ_007583

answers: thumb

answers: NDQ_007584

answers: heal

text: Neck stiffness, stiff neck and nuchal rigidity are terms often used interchangeably to describe the medical condition when one experiences discomfort or pain when trying to turn, move, or flex the neck. Possible causes include muscle strain or sprain, cervical spine disorders, meningitis, and subarachnoid hemorrhage.

text: Neck stiffness, stiff neck and nuchal rigidity are terms often used interchangeably to describe the medical condition when one experiences discomfort or pain when trying to turn, move, or flex the

text: neck

text: . Possible causes include

text: muscle strain

text: or

text: sprain

text: cervical spine disorders

text: meningitis

text: , and

text: subarachnoid hemorrhage

answers: NDQ_007549

answers: vertebrae

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: turn, move, or flex the neck

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: cervical spine disorders

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: cervical spine

answers: NDQ_007560

answers: neck

answers: NDQ_007562

answers: Subarachnoid hemorrhage does not cause neck stiffness.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: meningitis

answers: NDQ_007579

answers: meningitis

answers: NDQ_007580

answers: meningitis

answers: NDQ_007581

answers: spine

answers: NDQ_007582

answers: meningitis

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: meningitis

answers: NDQ_007549

answers: muscle strain or sprain, cervical spine

answers: NDQ_007550

answers: muscle strain or sprain, cervical spine

answers: NDQ_007551

answers: turn, move, or flex the neck.

answers: NDQ_007552

answers: muscle

answers: NDQ_007553

answers: muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: cervical spine

answers: NDQ_007556

answers: muscle strain or sprain, cervical spine disorders,

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: cervical spine

answers: NDQ_007560

answers: cervical spine

answers: NDQ_007562

answers: subarachnoid hemorrhage.

answers: NDQ_007563

answers: subarachnoid hemorrhage.

answers: NDQ_007566

answers: Neck stiffness, stiff neck and nuchal rigidity

answers: NDQ_007568

answers: subarachnoid hemorrhage.

answers: NDQ_007569

answers: Neck stiffness, stiff neck and nuchal rigidity

answers: NDQ_007570

answers: Neck stiffness, stiff neck and nuchal rigidity

answers: NDQ_007571

answers: cervical spine disorders,

answers: NDQ_007572

answers: subarachnoid hemorrhage.

answers: NDQ_007573

answers: cervical spine disorders,

answers: NDQ_007574

answers: subarachnoid hemorrhage.

answers: NDQ_007575

answers: muscle strain or sprain,

answers: NDQ_007576

answers: muscle strain or sprain,

answers: NDQ_007577

answers: Neck stiffness,

answers: NDQ_007578

answers: meningitis,

answers: NDQ_007579

answers: meningitis,

answers: NDQ_007580

answers: meningitis,

answers: NDQ_007581

answers: spine

answers: NDQ_007582

answers: meningitis,

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: meningitis,

text: Skeletal muscles produce reactive forces and moments at the joints. To avoid injury or fatigue, when person is performing a task, such as pushing or lifting a load, the external moments created at the joints due to the load at the hand and the weight of the body segments must be ideally less than the muscular moment strengths at the joint.

text: Skeletal muscles produce reactive forces and moments at the joints. To avoid injury or fatigue, when person is performing a task, such as pushing or lifting a load, the external moments created at the joints due to the load at the hand and the weight of the body segments must be ideally less than the muscular moment strengths at the joint.

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: pushing and lifting

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ideally less than the muscular moment strengths at the joint

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: Skeletal muscles

answers: NDQ_007562

answers: The external moments created at the joints due to the load at the hand and the weight of the body segments must be ideally less than the muscular moment strengths at the joint

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: muscles

answers: NDQ_007551

answers: pushing or lifting a load,

answers: NDQ_007552

answers: Skeletal muscles

answers: NDQ_007553

answers: Skeletal muscles

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: Skeletal muscles

answers: NDQ_007556

answers: To avoid injury or fatigue,

answers: NDQ_007557

answers: Skeletal muscles

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: Skeletal muscles

answers: NDQ_007562

answers: Skeletal muscles

answers: NDQ_007563

answers: Skeletal muscles

answers: NDQ_007566

answers: Skeletal muscles

answers: NDQ_007568

answers: Skeletal muscles

answers: NDQ_007569

answers: Skeletal muscles

answers: NDQ_007570

answers: Skeletal muscles

answers: NDQ_007571

answers: Skeletal muscles

answers: NDQ_007572

answers: Skeletal muscles

answers: NDQ_007573

answers: Skeletal muscles

answers: NDQ_007574

answers: Skeletal muscles

answers: NDQ_007575

answers: Skeletal muscles

answers: NDQ_007576

answers: Skeletal muscles produce reactive forces and moments at the joints.

answers: NDQ_007577

answers: Skeletal

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal muscles

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal muscles

answers: NDQ_007582

answers: muscles

answers: NDQ_007583

answers: Skeletal muscles

answers: NDQ_007584

answers: Skeletal muscles

text: A spinal fracture, also called a vertebral fracture or a broken back, is a fracture affecting the vertebrae of the spinal column. Types of spinal fracture include vertebral compression fracture and burst fracture,  cervical fracture, Jefferson fracture, Hangman's fracture, Flexion teardrop fracture, Clay-shoveler fracture, Chance fracture and Holdsworth fracture.

text: A spinal fracture, also called a vertebral fracture or a broken back, is a

text: fracture

text: affecting the

text: vertebrae

text: of the

text: spinal column

text: . Types of spinal fracture include

text: vertebral compression fracture

text: and

text: burst fracture

text: cervical fracture

text: Jefferson fracture

text: Hangman's fracture

text: Flexion teardrop fracture

text: Clay-shoveler fracture

text: Chance fracture

text: and

text: Holdsworth fracture

answers: NDQ_007549

answers: vertebrae

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: vertebrae

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: spinal fractures

answers: NDQ_007554

answers: compression

answers: NDQ_007555

answers: spinal column

answers: NDQ_007556

answers: spinal fracture

answers: NDQ_007557

answers: spinal fracture

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: Flexion

answers: NDQ_007562

answers: A spinal fracture is a fracture affecting the vertebrae of the spinal column

answers: NDQ_007563

answers: Which of the following is not a type of spinal fracture?

answers: NDQ_007566

answers: How would you describe a spinal fracture?

answers: NDQ_007568

answers: Which of the following is not a type of bone: vertebral compression fracture and burst fracture, cervical fracture, Hangman's fracture, Flexion teardrop fracture, Clay-shoveler fracture, Chance fracture and Holdsworth fracture?

answers: NDQ_007569

answers: Which of the following is not a type of spinal fracture: vertebral compression fracture or burst fracture?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of spinal fracture?

answers: NDQ_007572

answers: Which of the following is not a type of vertebral fracture?

answers: NDQ_007573

answers: Which of the following is not a type of spinal fracture?

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: Which of the following is not a type of spinal fracture: vertebral compression fracture or burst fracture?

answers: NDQ_007576

answers: Which of the following is not a type of spinal fracture?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: compressive

answers: NDQ_007579

answers: spinal column

answers: NDQ_007580

answers: spinal column

answers: NDQ_007581

answers: spinal column

answers: NDQ_007582

answers: spinal column

answers: NDQ_007583

answers: vertebral

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: vertebrae of the spinal column.

answers: NDQ_007550

answers: vertebrae of the spinal column.

answers: NDQ_007551

answers: A spinal fracture,

answers: NDQ_007552

answers: A spinal fracture,

answers: NDQ_007553

answers: A spinal fracture,

answers: NDQ_007554

answers: Flexion

answers: NDQ_007555

answers: spinal column.

answers: NDQ_007556

answers: A spinal fracture,

answers: NDQ_007557

answers: A spinal fracture,

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: Flexion

answers: NDQ_007562

answers: broken back,

answers: NDQ_007563

answers: A spinal fracture,

answers: NDQ_007566

answers: A spinal fracture,

answers: NDQ_007568

answers: A spinal fracture,

answers: NDQ_007569

answers: A spinal fracture,

answers: NDQ_007570

answers: A spinal fracture,

answers: NDQ_007571

answers: A spinal fracture,

answers: NDQ_007572

answers: A spinal fracture,

answers: NDQ_007573

answers: spinal fracture,

answers: NDQ_007574

answers: A spinal fracture,

answers: NDQ_007575

answers: A spinal fracture,

answers: NDQ_007576

answers: A spinal fracture,

answers: NDQ_007577

answers: spinal column.

answers: NDQ_007578

answers: Flexion

answers: NDQ_007579

answers: vertebrae

answers: NDQ_007580

answers: compression

answers: NDQ_007581

answers: spinal column.

answers: NDQ_007582

answers: vertebrae

answers: NDQ_007583

answers: Flexion

answers: NDQ_007584

answers: compression

text: Skeletal muscles, like other striated muscles, are composed of myocytes, or muscle fibers, which are in turn composed of myofibrils, which are composed of sarcomeres, the basic building block of striated muscle tissue. Upon stimulation by an action potential, skeletal muscles perform a coordinated contraction by shortening each sarcomere. The best proposed model for understanding contraction is the sliding filament model of muscle contraction. Within the sarcomere, actin and myosin fibers overlap in a contractile motion towards each other. Myosin filaments have club-shaped heads that project toward the actin filaments.

text: Skeletal muscles, like other

text: striated muscle

text: s, are composed of

text: myocytes

text: , or muscle fibers, which are in turn composed of

text: myofibrils

text: , which are composed of

text: sarcomere

text: s, the basic building block of striated muscle tissue. Upon stimulation by an

text: action potential

text: , skeletal muscles perform a coordinated contraction by shortening each sarcomere. The best proposed model for understanding contraction is the

text: sliding filament model

text: of muscle contraction. Within the sarcomere,

text: actin

text: and

text: myosin

text: fibers overlap in a contractile motion towards each other. Myosin filaments have club-shaped heads that project toward the actin filaments.

answers: NDQ_007549

answers: myocytes, or muscle fibers

answers: NDQ_007550

answers: sarcomeres

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: myocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Skeletal muscles

answers: NDQ_007556

answers: skeletal muscles

answers: NDQ_007557

answers: myofibrils

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: sliding filament model

answers: NDQ_007562

answers: Myosin filaments do not project toward the actin filaments.

answers: NDQ_007563

answers: What does the sliding filament model of muscle contraction describe?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: sarcomeres, actin and myosin

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is the best proposed model for understanding contraction?

answers: NDQ_007571

answers: What is the sliding filament model of muscle contraction?

answers: NDQ_007572

answers: What is the basic building block of striated muscle tissue?

answers: NDQ_007573

answers: What is the sliding filament model of muscle contraction?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the best proposed model for understanding contraction?

answers: NDQ_007576

answers: What is the best proposed model for understanding contraction?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: myosin

answers: NDQ_007579

answers: myofibrils

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: myofibrils

answers: NDQ_007582

answers: myosin

answers: NDQ_007583

answers: myofibrils

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: myocytes, or muscle fibers,

answers: NDQ_007550

answers: myofibrils,

answers: NDQ_007551

answers: Upon stimulation by an action potential, skeletal muscles perform a coordinated contraction

answers: NDQ_007552

answers: actin and myosin

answers: NDQ_007553

answers: Skeletal muscles,

answers: NDQ_007554

answers: striated muscle

answers: NDQ_007555

answers: Skeletal muscles,

answers: NDQ_007556

answers: action potential,

answers: NDQ_007557

answers: myofibrils,

answers: NDQ_007558

answers: Skeletal muscles,

answers: NDQ_007560

answers: Skeletal muscles,

answers: NDQ_007562

answers: Skeletal muscles,

answers: NDQ_007563

answers: Skeletal muscles,

answers: NDQ_007566

answers: Skeletal muscles,

answers: NDQ_007568

answers: Skeletal muscles,

answers: NDQ_007569

answers: Skeletal muscles,

answers: NDQ_007570

answers: Myosin filaments have club-shaped heads

answers: NDQ_007571

answers: Skeletal muscles,

answers: NDQ_007572

answers: Skeletal muscles,

answers: NDQ_007573

answers: Skeletal muscles,

answers: NDQ_007574

answers: Skeletal muscles,

answers: NDQ_007575

answers: skeletal muscles

answers: NDQ_007576

answers: Skeletal muscles,

answers: NDQ_007577

answers: Skeletal muscles,

answers: NDQ_007578

answers: myofibrils,

answers: NDQ_007579

answers: myofibrils,

answers: NDQ_007580

answers: Skeletal muscles,

answers: NDQ_007581

answers: myofibrils,

answers: NDQ_007582

answers: myofibrils,

answers: NDQ_007583

answers: myofibrils,

answers: NDQ_007584

answers: Skeletal muscles,

text: It forms the ranelate ion, CHNOS. Strontium ranelate, the strontium salt of ranelic acid, is a drug used to treat osteoporosis and increase bone mineral density (BMD).

text: It forms the ranelate ion, CHNOS.

text: Strontium ranelate

text: , the

text: strontium

text: salt

text: of ranelic acid, is a drug used to treat

text: osteoporosis

text: and increase

text: bone mineral density

text: (BMD).

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: bone mineral density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Strontium ranelate is not used to treat bone fractures.

answers: NDQ_007563

answers: Which of the following is not a type of mineral: calcium, ranelic acid, or calcium?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, vitamin D, or ranelic acid?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Why is strontium ranelate used to treat osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: bone mineral density

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: increase bone mineral density

answers: NDQ_007552

answers: CHNOS.

answers: NDQ_007553

answers: CHNOS.

answers: NDQ_007554

answers: mineral density

answers: NDQ_007555

answers: osteoporosis

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone mineral density

answers: NDQ_007558

answers: osteoporosis and increase bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: osteoporosis and increase bone mineral density

answers: NDQ_007563

answers: It forms the ranelate ion, CHNOS.

answers: NDQ_007566

answers: It forms the ranelate ion, CHNOS.

answers: NDQ_007568

answers: It forms the ranelate ion, CHNOS.

answers: NDQ_007569

answers: Strontium ranelate,

answers: NDQ_007570

answers: It forms the ranelate ion, CHNOS.

answers: NDQ_007571

answers: osteoporosis and increase bone mineral density (BMD).

answers: NDQ_007572

answers: bone mineral density

answers: NDQ_007573

answers: Strontium ranelate,

answers: NDQ_007574

answers: bone mineral density (BMD).

answers: NDQ_007575

answers: Strontium ranelate,

answers: NDQ_007576

answers: It forms the ranelate ion, CHNOS.

answers: NDQ_007577

answers: bone mineral density (BMD).

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: ranelate

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis

text: Spaceflight osteopenia refers to the characteristic bone loss that occurs during spaceflight.  Astronauts lose an average of more than 1% bone mass per month spent in space. There is concern that during long duration flights, excessive bone loss and the associated increase in serum calcium ion levels will interfere with execution of mission tasks and result in irreversible skeletal damage.

text: Spaceflight osteopenia refers to the characteristic

text: bone loss

text: that occurs during

text: spaceflight

text: Astronaut

text: s lose an average of more than 1% bone mass per month spent in

text: space

text: . There is concern that during long duration flights, excessive bone loss and the associated increase in serum

text: calcium

text: ion levels will interfere with execution of mission tasks and result in irreversible

text: skeletal

text: damage.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: mission tasks

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: spaceflight

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: irreversible skeletal damage

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bone loss?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is not a symptom of osteopenia?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteopenia

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteogenic

answers: NDQ_007581

answers: bone mass

answers: NDQ_007582

answers: serum

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: execution of mission tasks

answers: NDQ_007552

answers: bone

answers: NDQ_007553

answers: serum calcium ion levels

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: skeletal damage.

answers: NDQ_007556

answers: spaceflight.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone loss that occurs during spaceflight. Astronauts

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: irreversible skeletal damage.

answers: NDQ_007563

answers: calcium ion

answers: NDQ_007566

answers: Spaceflight osteopenia

answers: NDQ_007568

answers: Spaceflight osteopenia

answers: NDQ_007569

answers: Spaceflight osteopenia

answers: NDQ_007570

answers: Spaceflight osteopenia

answers: NDQ_007571

answers: calcium ion levels

answers: NDQ_007572

answers: Spaceflight osteopenia

answers: NDQ_007573

answers: Spaceflight osteopenia refers to the characteristic bone loss

answers: NDQ_007574

answers: Spaceflight osteopenia

answers: NDQ_007575

answers: Spaceflight osteopenia

answers: NDQ_007576

answers: Spaceflight osteopenia

answers: NDQ_007577

answers: 1%

answers: NDQ_007578

answers: calcium

answers: NDQ_007579

answers: calcium

answers: NDQ_007580

answers: calcium

answers: NDQ_007581

answers: bone mass

answers: NDQ_007582

answers: serum calcium ion

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone loss

text: Before ForDisc, many anthropologists based their studies off of museum skeletal collections such as the Hamann-Todd collection that is housed at Case Western Reserve in Cleveland, Ohio, and the Terry collection housed at the Smithsonian Institution in Washington, DC. These museum collections house skeletal remains that were amassed from 50 to 100 years ago. Due to the age of these collections, their use in a medico-legal context did not produce accurate determination of the biological profile. ForDisc was forensic anthropologists solution to this problem, and allowed for classification when some measurements are not available.<ref>{{Cite journal|url = |title = Book review: FORDISC 2.0: PERSONAL COMPUTER FORENSIC DISCRIMINANT FUNCTIONS.|last = Ubelaker|first = Douglas H.|date = 1998|journal = International Journal of Osteoarchaeology|volume =8| issue =2| pages= 128–131|doi = 10.1002/(sici)1099-1212(199803/04)8:2

text: Before ForDisc, many anthropologists based their studies off of museum skeletal collections such as the

text: Hamann-Todd collection

text: that is housed at Case Western Reserve in Cleveland, Ohio, and the

text: Terry collection

text: housed at the

text: Smithsonian Institution

text: in Washington, DC. These museum collections house skeletal remains that were amassed from 50 to 100 years ago. Due to the age of these collections, their use in a medico-legal context did not produce accurate determination of the biological profile. ForDisc was forensic anthropologists solution to this problem, and allowed for classification when some measurements are not available.<ref>{{Cite journal|url = |title = Book review: FORDISC 2.0: PERSONAL COMPUTER FORENSIC DISCRIMINANT FUNCTIONS.|last = Ubelaker|first = Douglas H.|date = 1998|journal = International Journal of Osteoarchaeology|volume =8| issue =2| pages= 128–131|doi = 10.1002/(sici)1099-1212(199803/04)8:2

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: articulation with the rest of the body.

answers: NDQ_007551

answers: articulation with the rest of the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: due to the age of these collections

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: Ubelaker

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: museum skeletal remains that were amassed from 50 to 100 years ago

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: ForDisc was forensic anthropologists solution to this problem, and allowed for classification when some measurements are not available

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: |url = https://www.wikihow.com/wiki/Ball_and_socket_joint

answers: NDQ_007571

answers: |url = https://www.ncbi.nlm.nih.gov/ncbi/ncbi/ncbi.htm

answers: NDQ_007572

answers: ForDisc was forensic anthropologists solution to this problem, and allowed for classification when some measurements are not available

answers: NDQ_007573

answers: The Hamann-Todd collection housed at Case Western Reserve in Cleveland, Ohio, and the Terry collection housed at the Smithsonian Institution in Washington, DC.

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Muscles grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: |noun|nouns

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoid

answers: NDQ_007581

answers: osteoid

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Ubelaker

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007550

answers: 128–131|doi

answers: NDQ_007551

answers: PERSONAL COMPUTER FORENSIC DISCRIMINANT

answers: NDQ_007552

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007553

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007554

answers: Osteoarchaeology|volume

answers: NDQ_007555

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007556

answers: age of these collections,

answers: NDQ_007557

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007558

answers: Ubelaker|first

answers: NDQ_007560

answers: Ubelaker|first

answers: NDQ_007562

answers: museum skeletal collections

answers: NDQ_007563

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007566

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007568

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007569

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007570

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007571

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007572

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007573

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007574

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007575

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007576

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007577

answers: International Journal of Osteoarchaeology|volume

answers: NDQ_007578

answers: Ubelaker|first

answers: NDQ_007579

answers: Osteoarchaeology|volume

answers: NDQ_007580

answers: Osteoarchaeology|volume

answers: NDQ_007581

answers: Osteoarchaeology|volume

answers: NDQ_007582

answers: Osteoarchaeology|volume

answers: NDQ_007583

answers: Osteoarchaeology|volume

answers: NDQ_007584

answers: Osteoarchaeology|volume

text: The human remains recovered from Semna South have been studied by numerous anthropologists and other specialists.  Hrdy (1978) analyzed hair samples from Semna South mummies.  He concluded that the hair color of these individuals was lighter than previously thought in ancient Nubia and the hair of the X-Group males was curlier than the Meroitic males (Hrdy, 1978, 277).  In 1993, Arriaza, Merbs, and Rothschild published a study evaluating the prevalence of a pathological condition known as diffuse idiopathic skeletal hyperostosis (DISH).  They found that approximately 13% of the individuals from the Meroitic cemetery were afflicted with this condition and that it was more common among males (Arriaza, Merbs, & Rothschild, 1993, p. 243).  Alvrus (1999) assessed the skeletal fracture patterns for almost 600 individuals from the Semna South site.  She analyzed healed fractures of the skull and appendicular skeleton and found that almost 21% of adults had at least one healed fracture and that the skull was the most frequently injured region of the body.  She attributes much of the trauma to the rocky physical environment, but also notes that craniofacial trauma may be the result of interpersonal violence (Alvrus, 1999, p. 417).

answers: NDQ_007549

answers: skull and appendicular skeleton

answers: NDQ_007550

answers: appendicular skeleton

answers: NDQ_007551

answers: hyperostosis

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: rocky physical environment

answers: NDQ_007557

answers: DISH

answers: NDQ_007558

answers: appendicular

answers: NDQ_007560

answers: appendicular

answers: NDQ_007562

answers: the skull was the most frequently injured region of the body

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Alvrus?

answers: NDQ_007568

answers: Which of the following is not a type of bone: appendicular skeleton, skull, or skeletal?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact, spongy, or periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: Which of the following is not a type of bone: appendicular skeleton or skull?

answers: NDQ_007573

answers: What was the most frequently injured region of the body?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the most frequently injured region of the body?

answers: NDQ_007576

answers: What is the most frequently injured region of the body?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: hyperostosis

answers: NDQ_007579

answers: hyperostosis

answers: NDQ_007580

answers: hyperostosis

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: hyperostosis

answers: NDQ_007584

answers: osteosis

answers: NDQ_007549

answers: skull and appendicular skeleton

answers: NDQ_007550

answers: skull and appendicular

answers: NDQ_007551

answers: appendicular skeleton

answers: NDQ_007552

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007553

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007554

answers: skeletal hyperostosis

answers: NDQ_007555

answers: skull and appendicular skeleton

answers: NDQ_007556

answers: rocky physical environment,

answers: NDQ_007557

answers: skeletal hyperostosis

answers: NDQ_007558

answers: appendicular

answers: NDQ_007560

answers: appendicular

answers: NDQ_007562

answers: healed fractures

answers: NDQ_007563

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007566

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007568

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007569

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007570

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007571

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007572

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007573

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007574

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007575

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007576

answers: fractures

answers: NDQ_007577

answers: skull and appendicular skeleton

answers: NDQ_007578

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007579

answers: skeletal hyperostosis

answers: NDQ_007580

answers: skeletal hyperostosis

answers: NDQ_007581

answers: hyperostosis

answers: NDQ_007582

answers: diffuse idiopathic skeletal hyperostosis

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: diffuse idiopathic skeletal hyperostosis

text: Notes in the ranges outside the central octave are represented with one or more dots above or below the each number. For the most part, these cipher notations are mainly used to notate the skeletal melody (the balungan) and vocal parts (gerongan), although transcriptions of the elaborating instrument variations are sometimes used for analysis and teaching. Drum parts are notated with a system of symbols largely based on letters representing the vocables used to learn and remember drumming patterns; these symbols are typically laid out in a grid underneath the skeletal melody for a specific or generic piece.

text: Notes in the ranges outside the central octave are represented with one or more dots above or below the each number. For the most part, these cipher notations are mainly used to notate the skeletal melody (the

text: balungan

text: ) and vocal parts (

text: gerong

text: an), although transcriptions of the elaborating instrument variations are sometimes used for analysis and teaching. Drum parts are notated with a system of symbols largely based on letters representing the vocables used to learn and remember drumming patterns; these symbols are typically laid out in a grid underneath the skeletal melody for a specific or generic piece.

answers: NDQ_007549

answers: balungan

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: melody

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: drum

answers: NDQ_007556

answers: the central octave

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: drum parts

answers: NDQ_007560

answers: gerongan

answers: NDQ_007562

answers: notation of the elaborating instrument variations are sometimes used for analysis and teaching

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: Bones are like chalk

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: melody

answers: NDQ_007550

answers: Notes in the ranges outside the central octave

answers: NDQ_007551

answers: skeletal melody

answers: NDQ_007552

answers: Notes in the ranges outside the central octave

answers: NDQ_007553

answers: Notes in the ranges outside the central octave

answers: NDQ_007554

answers: skeletal melody

answers: NDQ_007555

answers: skeletal melody

answers: NDQ_007556

answers: Notes in the ranges outside the central octave

answers: NDQ_007557

answers: Notes in the ranges outside the central octave

answers: NDQ_007558

answers: skeletal melody (the balungan) and vocal parts (gerongan),

answers: NDQ_007560

answers: balungan)

answers: NDQ_007562

answers: Notes in the ranges outside the central octave

answers: NDQ_007563

answers: Notes in the ranges outside the central octave

answers: NDQ_007566

answers: Notes in the ranges outside the central octave

answers: NDQ_007568

answers: Notes in the ranges outside the central octave

answers: NDQ_007569

answers: Notes in the ranges outside the central octave

answers: NDQ_007570

answers: skeletal melody

answers: NDQ_007571

answers: Notes in the ranges outside the central octave

answers: NDQ_007572

answers: skeletal melody

answers: NDQ_007573

answers: Notes in the ranges outside the central octave

answers: NDQ_007574

answers: skeletal melody

answers: NDQ_007575

answers: skeletal melody

answers: NDQ_007576

answers: Notes in the ranges outside the central octave

answers: NDQ_007577

answers: Notes in the ranges outside the central octave

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal melody (the balungan)

answers: NDQ_007583

answers: skeletal melody (the balungan)

answers: NDQ_007584

answers: skeletal melody

text: Favre failed to finish a game due to injury on only eight occasions since taking control of the Packers as quarterback. Significant injuries suffered by Favre during the streak includes a first-degree shoulder separation, deep thigh bruise, severely bruised left hip, severely sprained left ankle, wind knocked out coupled with coughing up blood, sprained right thumb, right elbow tendinitis, left mid-foot sprain, sprained lateral collateral ligament of the left knee, broken left thumb, softball-sized bruise of the left hamstring, mild concussion, sprained right hand, injured ulnar nerve of the right elbow, bone spurs on the left ankle, torn right biceps, pulled groin, stress fracture of the left ankle coupled with an avulsion fracture of calcaneus, and a sprained sternoclavicular joint of the right shoulder.

text: Favre failed to finish a game due to injury on only eight occasions since taking control of the Packers as quarterback. Significant injuries suffered by Favre during the streak includes a first-degree shoulder separation, deep thigh bruise, severely bruised left hip, severely sprained left ankle, wind knocked out coupled with coughing up blood, sprained right thumb, right elbow tendinitis, left mid-foot sprain, sprained lateral collateral ligament of the left knee, broken left thumb, softball-sized bruise of the left hamstring, mild concussion, sprained right hand, injured ulnar nerve of the right elbow, bone spurs on the left ankle, torn right biceps, pulled groin, stress fracture of the left ankle coupled with an avulsion fracture of calcaneus, and a sprained sternoclavicular joint of the right shoulder.

answers: NDQ_007549

answers: bone spurs

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone spurs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligament

answers: NDQ_007555

answers: knee

answers: NDQ_007556

answers: bone spurs

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: shoulder

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: stress fracture of the left ankle coupled with an avulsion fracture of calcaneus

answers: NDQ_007563

answers: Which of the following is not a type of injury: bone spurs on the left ankle, stress fracture of the left ankle, or avulsion fracture of calcaneus?

answers: NDQ_007566

answers: How would you describe Favre?

answers: NDQ_007568

answers: Which of the following is not a type of bone: lateral collateral ligament of the left knee, bone spurs on the left ankle, or calcaneus?

answers: NDQ_007569

answers: What type of bone is calcaneus?

answers: NDQ_007570

answers: sternoclavicular joint

answers: NDQ_007571

answers: Which of the following is not a reason for Favre to fail to finish a game due to injury?

answers: NDQ_007572

answers: Which of the following is not true of Favre?

answers: NDQ_007573

answers: Which of the following is not a type of injury: stress fracture of the left ankle coupled with an avulsion fracture of calcaneus, or bone spurs on the left ankle?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: yes

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: bone spurs

answers: NDQ_007579

answers: bone spurs

answers: NDQ_007580

answers: calcaneus

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: calf

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: stress fracture

answers: NDQ_007549

answers: calcaneus,

answers: NDQ_007550

answers: calcaneus,

answers: NDQ_007551

answers: sprained lateral collateral ligament of the left knee,

answers: NDQ_007552

answers: lateral collateral ligament

answers: NDQ_007553

answers: blood,

answers: NDQ_007554

answers: bone spurs

answers: NDQ_007555

answers: sternoclavicular

answers: NDQ_007556

answers: bone spurs

answers: NDQ_007557

answers: lateral collateral ligament

answers: NDQ_007558

answers: calcaneus,

answers: NDQ_007560

answers: sternoclavicular

answers: NDQ_007562

answers: stress fracture of the left ankle

answers: NDQ_007563

answers: bone spurs

answers: NDQ_007566

answers: bone spurs on the left ankle,

answers: NDQ_007568

answers: bone spurs on the left ankle,

answers: NDQ_007569

answers: bone spurs on the left ankle,

answers: NDQ_007570

answers: sternoclavicular

answers: NDQ_007571

answers: bone spurs on the left ankle,

answers: NDQ_007572

answers: blood,

answers: NDQ_007573

answers: bone spurs on the left ankle,

answers: NDQ_007574

answers: bone spurs on the left ankle,

answers: NDQ_007575

answers: bone spurs

answers: NDQ_007576

answers: ankle,

answers: NDQ_007577

answers: calcaneus,

answers: NDQ_007578

answers: bone spurs

answers: NDQ_007579

answers: bone spurs

answers: NDQ_007580

answers: bone spurs

answers: NDQ_007581

answers: lateral collateral ligament

answers: NDQ_007582

answers: hamstring,

answers: NDQ_007583

answers: lateral collateral ligament

answers: NDQ_007584

answers: avulsion fracture

text: A fasciculation , or muscle twitch, is a small, local, involuntary muscle contraction and relaxation which may be visible under the skin. Deeper areas can be detected by electromyography (EMG) testing, though they can happen in any skeletal muscle in the body. Fasciculations arise as a result of spontaneous depolarization of a lower motor neuron leading to the synchronous contraction of all the skeletal muscle fibers within a single motor unit. An example of normal spontaneous depolarization is the constant contractions of cardiac muscle, causing the heart to beat. Usually, intentional movement of the involved muscle causes fasciculations to cease immediately, but they may return once the muscle is at rest again.

text: A fasciculation , or muscle twitch, is a small, local, involuntary

text: muscle contraction

text: and relaxation which may be visible under the skin. Deeper areas can be detected by

text: electromyography

text: (EMG) testing, though they can happen in any

text: skeletal muscle

text: in the body. Fasciculations arise as a result of spontaneous depolarization of a

text: lower motor neuron

text: leading to the synchronous contraction of all the skeletal muscle fibers within a single motor unit. An example of normal spontaneous depolarization is the constant contractions of

text: cardiac muscle

text: , causing the

text: heart

text: to beat. Usually, intentional movement of the involved muscle causes fasciculations to cease immediately, but they may return once the muscle is at rest again.

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: a single motor unit

answers: NDQ_007551

answers: muscle contraction and relaxation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: spontaneous depolarization

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: lower motor neuron

answers: NDQ_007562

answers: intentional movement of the involved muscle causes fasciculations to cease immediately

answers: NDQ_007563

answers: Which of the following is not an example of normal spontaneous depolarization?

answers: NDQ_007566

answers: How would you describe a muscle twitch?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of muscle twitch?

answers: NDQ_007572

answers: Which of the following is not an example of spontaneous depolarization?

answers: NDQ_007573

answers: Fasciculations

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007551

answers: causing the heart to beat.

answers: NDQ_007552

answers: fasciculation,

answers: NDQ_007553

answers: cardiac muscle,

answers: NDQ_007554

answers: skeletal muscle fibers

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: Deeper areas can be detected by electromyography

answers: NDQ_007557

answers: skeletal muscle fibers

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: fasciculation,

answers: NDQ_007562

answers: A fasciculation,

answers: NDQ_007563

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007566

answers: A fasciculation,

answers: NDQ_007568

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007569

answers: A fasciculation,

answers: NDQ_007570

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007571

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007572

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007573

answers: A fasciculation,

answers: NDQ_007574

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007575

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007576

answers: A fasciculation,

answers: NDQ_007577

answers: skeletal muscle fibers within a single motor unit.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle fibers

answers: NDQ_007580

answers: skeletal muscle fibers

answers: NDQ_007581

answers: skeletal muscle fibers

answers: NDQ_007582

answers: skeletal muscle fibers

answers: NDQ_007583

answers: skeletal muscle fibers

answers: NDQ_007584

answers: skeletal muscle

text: Diastrophic dysplasia affects about 1 in 100,000 births. It is one of a spectrum of skeletal disorders caused by mutations in the SLC26A2 gene. The protein encoded by this gene is essential for the normal development of cartilage and for its conversion to bone. Cartilage is a tough, flexible tissue that makes up much of the skeleton during early development. Most cartilage is later converted to bone, but in adulthood this tissue continues to cover and protect the ends of bones and is present in the nose and external ears. Mutations in the SLC26A2 gene alter the structure of developing cartilage, preventing bones from forming properly and resulting in the skeletal problems characteristic of diastrophic dysplasia.

text: Diastrophic dysplasia affects about 1 in 100,000 births. It is one of a spectrum of skeletal disorders caused by

text: mutation

text: s in the

text: gene

text: . The protein encoded by this gene is essential for the normal development of cartilage and for its conversion to bone. Cartilage is a tough, flexible tissue that makes up much of the

text: skeleton

text: during early development. Most cartilage is later converted to bone, but in adulthood this tissue continues to cover and protect the ends of bones and is present in the nose and external ears. Mutations in the SLC26A2 gene alter the structure of developing cartilage, preventing bones from forming properly and resulting in the skeletal problems characteristic of diastrophic dysplasia.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: SLC26A2

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: Most cartilage is later converted to bone

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: cartilage

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: Most cartilage is later converted to bone

answers: NDQ_007563

answers: Which of the following is not a characteristic of diastrophic dysplasia?

answers: NDQ_007566

answers: Which of the following is not a characteristic of diastrophic dysplasia?

answers: NDQ_007568

answers: Which of the following is not a type of bone: cartilage, bone, cartilage and cartilage?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which joint is not a ball and socket joint?

answers: NDQ_007571

answers: Which of the following is not present in the nose and external ears?

answers: NDQ_007572

answers: Which of the following is not present in the nose and external ears?

answers: NDQ_007573

answers: Which of the following is not a characteristic of Diastrophic dysplasia?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is not true of cartilage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: bone

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Cartilage

answers: NDQ_007584

answers: forming

answers: NDQ_007549

answers: Cartilage

answers: NDQ_007550

answers: bone,

answers: NDQ_007551

answers: normal development of cartilage and for its conversion to bone.

answers: NDQ_007552

answers: SLC26A2

answers: NDQ_007553

answers: SLC26A2

answers: NDQ_007554

answers: Cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: in adulthood this tissue continues to cover and protect

answers: NDQ_007557

answers: cartilage and for its conversion to bone. Cartilage

answers: NDQ_007558

answers: nose and external ears.

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: Diastrophic dysplasia

answers: NDQ_007563

answers: cartilage

answers: NDQ_007566

answers: Cartilage

answers: NDQ_007568

answers: Cartilage

answers: NDQ_007569

answers: bone. Cartilage

answers: NDQ_007570

answers: cartilage

answers: NDQ_007571

answers: cartilage

answers: NDQ_007572

answers: cartilage

answers: NDQ_007573

answers: preventing bones from forming properly

answers: NDQ_007574

answers: cartilage is later converted to bone,

answers: NDQ_007575

answers: Cartilage

answers: NDQ_007576

answers: Diastrophic dysplasia

answers: NDQ_007577

answers: 1 in 100,000 births.

answers: NDQ_007578

answers: Cartilage

answers: NDQ_007579

answers: Cartilage

answers: NDQ_007580

answers: Cartilage

answers: NDQ_007581

answers: Cartilage

answers: NDQ_007582

answers: Cartilage

answers: NDQ_007583

answers: Cartilage

answers: NDQ_007584

answers: forming

text: Teriparatide is indicated as well for the treatment of men and women with osteoporosis associated with sustained systemic glucocorticoid therapy.

text: Teriparatide is indicated as well for the treatment of men and women with osteoporosis associated with sustained systemic

text: glucocorticoid

text: therapy.

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone building

answers: NDQ_007552

answers: teriparatide

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: osteoid

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Teriparatide is not used to treat osteoporosis.

answers: NDQ_007563

answers: What does teriparatide do?

answers: NDQ_007566

answers: What is the opposite of osteoporosis?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: What is Teriparatide?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoclasts

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: osteoporosis

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: glucocorticoid

answers: NDQ_007553

answers: glucocorticoid

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: osteoporosis

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteoporosis

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: osteoporosis

answers: NDQ_007562

answers: Teriparatide

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: men and women with osteoporosis

answers: NDQ_007569

answers: osteoporosis

answers: NDQ_007570

answers: Teriparatide

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: osteoporosis

answers: NDQ_007573

answers: sustained systemic glucocorticoid therapy.

answers: NDQ_007574

answers: osteoporosis

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: Teriparatide

answers: NDQ_007577

answers: men and women with osteoporosis

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: glucocorticoid

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: Even many terrestrial vertebrates exhibit differences in the scaling of limb dimension, limb coordination and magnitude of forelimb-hind limb loading, in the dog, horse and elephant the structure of the distal forelimb is similar to that of the distal hind limb.  In the human, the structures of the hand are generally similar in shape and arrangement to those of the foot. Terrestrial vertebrate quadrupeds and bipeds generally possess distal limb and foot endoskeleton structures that are aligned in series, stacked in a relatively vertical orientation and arranged in a quasi-columnar fashion in the extended limb.  In the dog and horse, the bones of the proximal limbs are oriented vertically, whereas the distal limb structures of the ankle and foot have an angulated orientation.  In humans and elephants, a vertical-column orientation of the bones in the limbs and feet is also evident for associated skeletal muscle-tendon units.  The horse’s foot contains an external nail (hoof) oriented about the perimeter in the shape of a semicircle.  The underlying bones are arranged in a semi-vertical orientation.  The dog’s paw similarly contains bones arranged in a semi-vertical orientation.

text: Even many terrestrial vertebrates exhibit differences in the scaling of limb dimension, limb coordination and magnitude of forelimb-hind limb loading, in the dog, horse and elephant the structure of the distal forelimb is similar to that of the distal hind limb.  In the human, the structures of the hand are generally similar in shape and arrangement to those of the foot. Terrestrial vertebrate quadrupeds and bipeds generally possess distal limb and foot

text: endoskeleton

text: structures that are aligned in series, stacked in a relatively vertical orientation and arranged in a quasi-columnar fashion in the extended limb.  In the dog and horse, the bones of the proximal limbs are oriented vertically, whereas the distal limb structures of the ankle and foot have an angulated orientation.  In humans and elephants, a vertical-column orientation of the bones in the limbs and feet is also evident for associated skeletal muscle-tendon units.  The horse’s foot contains an external nail (hoof) oriented about the perimeter in the shape of a semicircle.  The underlying bones are arranged in a semi-vertical orientation.  The dog’s paw similarly contains bones arranged in a semi-vertical orientation.

answers: NDQ_007549

answers: muscle-tendon units

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: muscle-tendon units

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: distal limb

answers: NDQ_007556

answers: angulated orientation

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscle-tendon units

answers: NDQ_007560

answers: forelimb

answers: NDQ_007562

answers: distal limb structures of the ankle and foot have an angulated orientation

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a type of animal: dog, horse, or elephant?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: distal limb structures of the ankle and foot have an angulated

answers: NDQ_007571

answers: Which of the following is not a type of vertebrate?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the relationship between osteoporosis and bone fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not an example of skeletal muscle-tendon units?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: endoskeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: endoskeleton

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: Tendon

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: muscle-tendon units.

answers: NDQ_007550

answers: distal limb and foot endoskeleton structures

answers: NDQ_007551

answers: limb coordination

answers: NDQ_007552

answers: skeletal muscle-tendon

answers: NDQ_007553

answers: skeletal muscle-tendon units.

answers: NDQ_007554

answers: muscle-tendon

answers: NDQ_007555

answers: ankle and foot

answers: NDQ_007556

answers: semi-vertical

answers: NDQ_007557

answers: skeletal muscle-tendon

answers: NDQ_007558

answers: The dog’s paw

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: differences in the scaling of limb dimension,

answers: NDQ_007563

answers: vertically,

answers: NDQ_007566

answers: Even many terrestrial vertebrates

answers: NDQ_007568

answers: skeletal muscle-tendon units.

answers: NDQ_007569

answers: semi-vertical orientation.

answers: NDQ_007570

answers: skeletal muscle-tendon units.

answers: NDQ_007571

answers: oriented vertically,

answers: NDQ_007572

answers: skeletal muscle-tendon units.

answers: NDQ_007573

answers: Even many terrestrial vertebrates

answers: NDQ_007574

answers: skeletal muscle-tendon units.

answers: NDQ_007575

answers: skeletal muscle-tendon units.

answers: NDQ_007576

answers: Even many terrestrial vertebrates

answers: NDQ_007577

answers: Even many terrestrial vertebrates

answers: NDQ_007578

answers: skeletal muscle-tendon

answers: NDQ_007579

answers: skeletal muscle-tendon

answers: NDQ_007580

answers: skeletal muscle-tendon

answers: NDQ_007581

answers: skeletal muscle-tendon

answers: NDQ_007582

answers: skeletal muscle-tendon

answers: NDQ_007583

answers: skeletal muscle-tendon

answers: NDQ_007584

answers: skeletal

text: David Sillence’s current research interests include a) Genetics and treatment of osteopenic and other metabolic bone disorders of childhood, b) Characterization of the molecular genetics and pathogenesis of specific skeletal birth defects in mouse and man, c) Consanguinity and paediatric morbidity/population genetics of consanguinity in Middle Eastern Populations, d) Evaluation of Innovative Genetic Therapies. Previous studies in the genetics and treatment of osteopenic and other metabolic bone disorders has led to the development of i) Normal range of bone density and skeletal metabolites in children, ii) a delineation of the natural history of various skeletal disorders collectively known as Osteogenesis Imperfecta and iii) the definition of the specific conditions for treatment of these disorders with Bisphosphonates.

text: David Sillence’s current research interests include a) Genetics and treatment of osteopenic and other

text: metabolic bone disorder

text: s of childhood, b) Characterization of the

text: molecular genetics

text: and

text: pathogenesis

text: of specific skeletal

text: birth defect

text: s in mouse and man, c)

text: Consanguinity

text: and

text: paediatric morbidity

text: population genetics

text: of consanguinity in Middle Eastern Populations, d) Evaluation of Innovative Genetic Therapies. Previous studies in the genetics and treatment of osteopenic and other metabolic bone disorders has led to the development of i) Normal range of

text: bone density

text: and skeletal metabolites in children, ii) a delineation of the natural history of various

text: skeletal disorder

text: s collectively known as Osteogenesis Imperfecta and iii) the definition of the specific conditions for treatment of these disorders with

text: Bisphosphonate

text: s.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone and cartilage.

answers: NDQ_007551

answers: Osteogenesis Imperfecta

answers: NDQ_007552

answers: chondrocytes

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: osteogenesis imperfecta

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: marrow

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: bone density and skeletal metabolites in children

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: Osteogenesis Imperfecta

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: Osteogenesis Imperfecta

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Osteogenesis Imperfecta

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Osteogenesis Imperfecta

answers: NDQ_007574

answers: Osteogenesis Imperfecta

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: Osteogenesis Imperfecta

answers: NDQ_007577

answers: What is the number of bones in the human body?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: blood platelets

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: bone density

answers: NDQ_007550

answers: bone density

answers: NDQ_007551

answers: bone density

answers: NDQ_007552

answers: Bisphosphonates.

answers: NDQ_007553

answers: man,

answers: NDQ_007554

answers: Bisphosphonates.

answers: NDQ_007555

answers: skeletal birth defects in mouse and man,

answers: NDQ_007556

answers: Bisphosphonates.

answers: NDQ_007557

answers: Bisphosphonates.

answers: NDQ_007558

answers: osteopenic

answers: NDQ_007560

answers: Osteogenesis Imperfecta

answers: NDQ_007562

answers: Normal range of bone density

answers: NDQ_007563

answers: Bisphosphonates.

answers: NDQ_007566

answers: osteopenic and other metabolic bone disorders

answers: NDQ_007568

answers: skeletal birth defects in mouse and man,

answers: NDQ_007569

answers: osteopenic

answers: NDQ_007570

answers: skeletal birth defects in mouse and man,

answers: NDQ_007571

answers: Bisphosphonates.

answers: NDQ_007572

answers: Bisphosphonates.

answers: NDQ_007573

answers: Bisphosphonates.

answers: NDQ_007574

answers: skeletal birth defects in mouse and man,

answers: NDQ_007575

answers: Bisphosphonates.

answers: NDQ_007576

answers: Osteogenesis Imperfecta

answers: NDQ_007577

answers: skeletal birth defects in mouse and man,

answers: NDQ_007578

answers: osteopenic

answers: NDQ_007579

answers: osteopenic

answers: NDQ_007580

answers: osteopenic

answers: NDQ_007581

answers: Bisphosphonates.

answers: NDQ_007582

answers: Bisphosphonates.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: Osteogenesis

text: Bone tissue is a mineralized connective tissue. It is formed by cells, called osteoblasts, that deposit a matrix of Type-I collagen and also release calcium, magnesium, and phosphate ions that ultimately combine chemically within the collagenous matrix into a crystalline mineral, known as bone mineral, in the form of carbonated hydroxyapatite. The combination of hard mineral and flexible collagen makes bone harder and stronger than cartilage without being brittle. Cortical bone consists of a repeating structure called an osteon or haversian system, which is the primary anatomical and functional unit. Each osteon has concentric lamellae (layers) of mineralized matrix, which are deposited around a central canal, known as the haversian canal, each containing blood and nerve supply.

text: Bone tissue is a

text: mineralized connective tissue

text: . It is formed by cells, called

text: osteoblast

text: s, that deposit a matrix of

text: Type-I collagen

text: and also release calcium, magnesium, and phosphate ions that ultimately combine chemically within the collagenous matrix into a crystalline mineral, known as

text: bone mineral

text: , in the form of carbonated

text: hydroxyapatite

text: . The combination of hard mineral and flexible collagen makes bone harder and stronger than

text: cartilage

text: without being brittle. Cortical bone consists of a repeating structure called an

text: osteon

text: or haversian system, which is the primary anatomical and functional unit. Each osteon has concentric

text: lamellae

text: (layers) of mineralized matrix, which are deposited around a central canal, known as the

text: haversian canal

text: , each containing blood and nerve supply.

answers: NDQ_007549

answers: osteoblasts

answers: NDQ_007550

answers: Bone tissue

answers: NDQ_007551

answers: blood and nerve supply

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: connective tissue

answers: NDQ_007556

answers: haversian canal

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: Cortical bone

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: cartilage without being brittle

answers: NDQ_007563

answers: Which of the following is not a mineralized connective tissue: calcium, magnesium, or phosphate?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: Which of the following is not formed by cells, called osteoblasts, that deposit a matrix of Type-I collagen

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a mineralized connective tissue?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a mineralized connective tissue?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a mineralized connective tissue?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: Cortical

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: haversian canal

answers: NDQ_007583

answers: Bone tissue

answers: NDQ_007584

answers: osteoblasts

answers: NDQ_007549

answers: osteon

answers: NDQ_007550

answers: osteon or haversian system,

answers: NDQ_007551

answers: blood and nerve supply.

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: osteoblasts,

answers: NDQ_007554

answers: hard mineral and flexible collagen

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: osteoblasts, that deposit a matrix of Type-I collagen

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: cartilage without being brittle. Cortical bone

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: brittle.

answers: NDQ_007563

answers: calcium, magnesium, and phosphate ions

answers: NDQ_007566

answers: cartilage

answers: NDQ_007568

answers: calcium, magnesium, and phosphate ions

answers: NDQ_007569

answers: Cortical bone

answers: NDQ_007570

answers: cartilage without being brittle. Cortical bone

answers: NDQ_007571

answers: calcium, magnesium, and phosphate ions

answers: NDQ_007572

answers: Cortical bone

answers: NDQ_007573

answers: osteoblasts,

answers: NDQ_007574

answers: osteoblasts,

answers: NDQ_007575

answers: osteoblasts,

answers: NDQ_007576

answers: Bone tissue is a mineralized connective tissue.

answers: NDQ_007577

answers: osteon

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: Cortical bone

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: haversian canal, each containing blood and nerve supply.

answers: NDQ_007583

answers: Bone tissue

answers: NDQ_007584

answers: formed by cells, called osteoblasts,

text: Many diseases and disorders have been associated with osteoporosis. For some, the underlying mechanism influencing the bone metabolism is straightforward, whereas for others the causes are multiple or unknown.

text: Many diseases and disorders have been associated with osteoporosis. For some, the underlying mechanism influencing the bone metabolism is straightforward, whereas for others the causes are multiple or unknown.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone metabolism

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: multiple or unknown

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: the underlying mechanism influencing the bone metabolism is straightforward

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone metabolism

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone metabolism

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: Many diseases and disorders have been associated with osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: straightforward,

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: osteoporosis.

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: osteoporosis.

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: For some, the underlying mechanism influencing the bone metabolism

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: straightforward, whereas for others the causes are multiple or unknown.

answers: NDQ_007576

answers: Many diseases and disorders have been associated with osteoporosis.

answers: NDQ_007577

answers: osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: osteoporosis.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone metabolism

text: The hoof is the tip of a toe of an ungulate mammal, strengthened by a thick horny (keratin) covering. The hoof consists of a hard or rubbery sole, and a hard wall formed by a thick nail rolled around the tip of the toe. The weight of the animal is normally borne by both the sole and the edge of the hoof wall. Hooves grow continuously, and are constantly worn down by use. In most modern ungulates, the radius and ulna are fused along the length of the forelimb; early ungulates, such as the arctocyonids, did not share this unique skeletal structure. The fusion of the radius and ulna prevents an ungulate from rotating its forelimb. Since this skeletal structure has no specific function in ungulates, it is considered a homologous characteristic that ungulates share with other mammals. This trait would have been passed down from a common ancestor. While the two orders of ungulates colloquial names are based on the number of toes of their members ("odd-toed" for the perissodactyls and "even-toed" for the terrestrial artiodactyls), it is not an accurate reason they are grouped. Tapirs have four toes in the front, yet they are members of the "odd-toed" order; peccaries and modern cetaceans are members of the "even-toed" order, yet peccaries have three toes in the front and whales are an extreme example as they have flippers instead of hooves. Scientists had classified them according to the distribution of their weight to their toes.

text: The hoof is the tip of a

text: toe

text: of an ungulate

text: mammal

text: , strengthened by a thick horny (

text: keratin

text: ) covering. The hoof consists of a hard or rubbery sole, and a hard wall formed by a thick

text: nail

text: rolled around the tip of the toe. The weight of the animal is normally borne by both the sole and the edge of the hoof wall. Hooves grow continuously, and are constantly worn down by use. In most modern ungulates, the

text: radius

text: and

text: ulna

text: are fused along the length of the forelimb; early ungulates, such as the

text: arctocyonids

text: , did not share this unique skeletal structure. The fusion of the radius and ulna prevents an ungulate from rotating its forelimb. Since this skeletal structure has no specific function in ungulates, it is considered a homologous characteristic that ungulates share with other mammals. This trait would have been passed down from a common ancestor. While the two orders of ungulates colloquial names are based on the number of toes of their members ("odd-toed" for the perissodactyls and "even-toed" for the terrestrial artiodactyls), it is not an accurate reason they are grouped. Tapirs have four toes in the front, yet they are members of the "odd-toed" order; peccaries and modern cetaceans are members of the "even-toed" order, yet peccaries have three toes in the front and whales are an extreme example as they have flippers instead of hooves. Scientists had classified them according to the distribution of their weight to their toes.

answers: NDQ_007549

answers: the radius and ulna

answers: NDQ_007550

answers: the radius and ulna are fused along the length of the forelimb

answers: NDQ_007551

answers: rotating its forelimb

answers: NDQ_007552

answers: keratin

answers: NDQ_007553

answers: the kidneys

answers: NDQ_007554

answers: keratin

answers: NDQ_007555

answers: forelimb

answers: NDQ_007556

answers: a common ancestor

answers: NDQ_007557

answers: fusion

answers: NDQ_007558

answers: radius and ulna

answers: NDQ_007560

answers: ulna

answers: NDQ_007562

answers: Hooves grow continuously, and are constantly worn down by use

answers: NDQ_007563

answers: What does the fusion of the radius and ulna prevent?

answers: NDQ_007566

answers: Which of the following is not a species: ungulates?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a skeletal structure: perissodactyls or ungulates?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: how many toes in the front and whales are an extreme example as they have flippers

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: keratin

answers: NDQ_007579

answers: keratin

answers: NDQ_007580

answers: horny

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: ulna

answers: NDQ_007583

answers: keratin

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: radius and ulna

answers: NDQ_007550

answers: hooves.

answers: NDQ_007551

answers: distribution of their weight to their toes.

answers: NDQ_007552

answers: (keratin)

answers: NDQ_007553

answers: colloquial names are based on the number of toes

answers: NDQ_007554

answers: (keratin)

answers: NDQ_007555

answers: hooves.

answers: NDQ_007556

answers: from a common ancestor.

answers: NDQ_007557

answers: toes

answers: NDQ_007558

answers: artiodactyls),

answers: NDQ_007560

answers: hooves.

answers: NDQ_007562

answers: number of toes

answers: NDQ_007563

answers: number of toes

answers: NDQ_007566

answers: ungulates

answers: NDQ_007568

answers: number of toes

answers: NDQ_007569

answers: ("odd-toed"

answers: NDQ_007570

answers: flippers instead of hooves.

answers: NDQ_007571

answers: number of toes

answers: NDQ_007572

answers: number of toes

answers: NDQ_007573

answers: distribution of their weight to their toes.

answers: NDQ_007574

answers: flippers

answers: NDQ_007575

answers: number of toes of their members

answers: NDQ_007576

answers: ancestor.

answers: NDQ_007577

answers: ungulates

answers: NDQ_007578

answers: (keratin)

answers: NDQ_007579

answers: (keratin)

answers: NDQ_007580

answers: (keratin)

answers: NDQ_007581

answers: hooves.

answers: NDQ_007582

answers: ulna

answers: NDQ_007583

answers: (keratin)

answers: NDQ_007584

answers: grow

text: The Joint Interoperability Test Command (JITC) is DoD's Joint Interoperability Certifier and only non-Service Operational Test Agency for Information Technology (IT)/National Security Systems (NSS). JITC provides risk based Test Evaluation & Certification services, tools, and environments to ensure Joint Warfighting IT capabilities are interoperable and support mission needs.

text: The Joint Interoperability Test Command (JITC) is DoD's Joint Interoperability Certifier and only non-Service Operational Test Agency for Information Technology (IT)/National Security Systems (NSS). JITC provides risk based Test Evaluation & Certification services, tools, and environments to ensure Joint Warfighting IT capabilities are interoperable and support mission needs.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Joint Warfighting

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: Joint Warfighting

answers: NDQ_007560

answers: Joint

answers: NDQ_007562

answers: Joint Warfighting IT capabilities are interoperable and support mission needs.

answers: NDQ_007563

answers: What does JITC provide?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: (NSS)

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: NSS

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: The Joint Interoperability Test Command

answers: NDQ_007550

answers: The Joint Interoperability Test Command

answers: NDQ_007551

answers: The Joint Interoperability Test Command

answers: NDQ_007552

answers: The Joint Interoperability Test Command

answers: NDQ_007553

answers: The Joint Interoperability Test Command

answers: NDQ_007554

answers: Joint Interoperability Certifier

answers: NDQ_007555

answers: The Joint Interoperability Test Command

answers: NDQ_007556

answers: The Joint Interoperability Test Command

answers: NDQ_007557

answers: (IT)/National Security Systems

answers: NDQ_007558

answers: (IT)/National Security Systems (NSS).

answers: NDQ_007560

answers: Joint Interoperability Test Command

answers: NDQ_007562

answers: The Joint Interoperability Test Command

answers: NDQ_007563

answers: The Joint Interoperability Test Command

answers: NDQ_007566

answers: The Joint Interoperability Test Command

answers: NDQ_007568

answers: The Joint Interoperability Test Command

answers: NDQ_007569

answers: The Joint Interoperability Test Command

answers: NDQ_007570

answers: The Joint Interoperability Test Command

answers: NDQ_007571

answers: The Joint Interoperability Test Command

answers: NDQ_007572

answers: The Joint Interoperability Test Command

answers: NDQ_007573

answers: The Joint Interoperability Test Command

answers: NDQ_007574

answers: The Joint Interoperability Test Command

answers: NDQ_007575

answers: The Joint Interoperability Test Command

answers: NDQ_007576

answers: The Joint Interoperability Test Command

answers: NDQ_007577

answers: The Joint Interoperability Test Command

answers: NDQ_007578

answers: (IT)/National Security Systems (NSS).

answers: NDQ_007579

answers: (IT)/National Security Systems (NSS).

answers: NDQ_007580

answers: Joint Interoperability Certifier

answers: NDQ_007581

answers: (IT)/National

answers: NDQ_007582

answers: (IT)/National Security Systems (NSS).

answers: NDQ_007583

answers: (IT)/National

answers: NDQ_007584

answers: Joint Interoperability Certifier

text: The Grassy Sprain Reservoir is a  storage reservoir in northern Yonkers, New York. It was completed in 1876 by the city of Yonkers as the city's main storage reservoir. The reservoir was formed by the Grassy Sprain Brook Dam which impounded the Sprain Brook River and Grassy Sprain River. The reservoir itself has a maximum capacity of , and water from the reservoir is sent to a water filtration plant prior to civil consumption.

text: The Grassy Sprain Reservoir is a  storage

text: reservoir

text: in northern

text: Yonkers, New York

text: . It was completed in 1876 by the city of Yonkers as the city's main storage reservoir. The reservoir was formed by the Grassy Sprain Brook Dam which impounded the Sprain Brook River and Grassy Sprain River. The reservoir itself has a maximum capacity of , and water from the reservoir is sent to a water filtration plant prior to civil consumption.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Grassy Sprain Brook Dam

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: the Sprain Brook River

answers: NDQ_007562

answers: water from the reservoir is sent to a water filtration plant prior to civil consumption

answers: NDQ_007563

answers: What is the last word in the passage?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: How many years ago was the Grassy Sprain Reservoir completed?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, Sprain Brook River, or Yonkers?

answers: NDQ_007573

answers: How many years after the completion of the Grassy Sprain Reservoir was it completed?

answers: NDQ_007574

answers: It was completed in 1876 by the city of Yonkers

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: filtration

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Grassy Sprain Brook Dam

answers: NDQ_007550

answers: Grassy Sprain Brook Dam

answers: NDQ_007551

answers: The Grassy Sprain Reservoir

answers: NDQ_007552

answers: 1876

answers: NDQ_007553

answers: Grassy Sprain Brook Dam

answers: NDQ_007554

answers: of, and water from the reservoir is sent to a water filtration plant

answers: NDQ_007555

answers: Grassy Sprain River.

answers: NDQ_007556

answers: 1876

answers: NDQ_007557

answers: Grassy Sprain Brook Dam

answers: NDQ_007558

answers: The Grassy Sprain Reservoir

answers: NDQ_007560

answers: Grassy Sprain Brook Dam

answers: NDQ_007562

answers: water from the reservoir is sent to a water filtration plant

answers: NDQ_007563

answers: The Grassy Sprain Reservoir

answers: NDQ_007566

answers: water from the reservoir is sent to a water filtration plant

answers: NDQ_007568

answers: 1876

answers: NDQ_007569

answers: The Grassy Sprain Reservoir

answers: NDQ_007570

answers: Grassy Sprain Brook Dam

answers: NDQ_007571

answers: 1876

answers: NDQ_007572

answers: Grassy Sprain Brook Dam

answers: NDQ_007573

answers: 1876

answers: NDQ_007574

answers: 1876

answers: NDQ_007575

answers: 1876

answers: NDQ_007576

answers: 1876

answers: NDQ_007577

answers: 1876

answers: NDQ_007578

answers: filtration

answers: NDQ_007579

answers: of,

answers: NDQ_007580

answers: of, and water from the reservoir is sent to a water filtration plant

answers: NDQ_007581

answers: Grassy Sprain Reservoir

answers: NDQ_007582

answers: Sprain Brook River

answers: NDQ_007583

answers: The Grassy Sprain Reservoir

answers: NDQ_007584

answers: Grassy Sprain Brook Dam

text: The Sanders classification system is the most commonly used system for categorizing intrarticular fractures. There are 4 types:

text: The

text: Sanders classification

text: system is the most commonly used system for categorizing intrarticular fractures. There are 4 types:

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: the bones of the thoracic cavity.

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: intrarticular fractures

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: The Sanders classification system is the most common system for categorizing intrarticular fractures

answers: NDQ_007563

answers: What happens when bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the best way to describe bones?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: Which of the following is not a type of compact bone?

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Vitamin D helps the body absorb calcium from the sun.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: The human skeleton consists entirely of bone

answers: NDQ_007575

answers: What happens to bones when they are under stress?

answers: NDQ_007576

answers: A sprain is a type of

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: articular

answers: NDQ_007580

answers: osteoid

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: articular

answers: NDQ_007549

answers: intrarticular fractures.

answers: NDQ_007550

answers: intrarticular fractures. There are 4

answers: NDQ_007551

answers: intrarticular fractures.

answers: NDQ_007552

answers: The Sanders classification system

answers: NDQ_007553

answers: The Sanders classification system

answers: NDQ_007554

answers: 4

answers: NDQ_007555

answers: intrarticular fractures.

answers: NDQ_007556

answers: intrarticular fractures.

answers: NDQ_007557

answers: intrarticular fractures.

answers: NDQ_007558

answers: intrarticular fractures.

answers: NDQ_007560

answers: intrarticular fractures.

answers: NDQ_007562

answers: 4

answers: NDQ_007563

answers: The Sanders classification system

answers: NDQ_007566

answers: The Sanders classification system

answers: NDQ_007568

answers: The Sanders classification system

answers: NDQ_007569

answers: 4

answers: NDQ_007570

answers: The Sanders classification system

answers: NDQ_007571

answers: The Sanders classification system

answers: NDQ_007572

answers: The Sanders classification system

answers: NDQ_007573

answers: The Sanders classification system

answers: NDQ_007574

answers: The Sanders classification system

answers: NDQ_007575

answers: The Sanders classification system

answers: NDQ_007576

answers: The Sanders classification system

answers: NDQ_007577

answers: 4

answers: NDQ_007578

answers: intrarticular fractures.

answers: NDQ_007579

answers: intrarticular fractures.

answers: NDQ_007580

answers: intrarticular fractures.

answers: NDQ_007581

answers: intrarticular fractures.

answers: NDQ_007582

answers: intrarticular fractures.

answers: NDQ_007583

answers: intrarticular fractures.

answers: NDQ_007584

answers: intrarticular fractures.

text: Intramembranous ossification is one of the two essential processes during fetal development of the gnathostome (excluding chondrichthyans such as sharks) skeletal system by which rudimentary bone tissue is created. Intramembranous ossification is also an essential process during the natural healing of bone fractures and the rudimentary formation of bones of the head. Unlike endochondral ossification, which is the other process by which bone tissue is created during fetal development, cartilage is not present during intramembranous ossification.

text: Intramembranous ossification is one of the two essential processes during

text: fetal

text: development of the

text: gnathostome

text: (excluding

text: chondrichthyans

text: such as

text: shark

text: s)

text: skeletal system

text: by which rudimentary

text: bone tissue

text: is created. Intramembranous ossification is also an essential process during the natural healing of

text: bone fractures

text: and the rudimentary formation of

text: bone

text: s of the

text: head

text: . Unlike

text: endochondral ossification

text: , which is the other process by which bone tissue is created during fetal development,

text: cartilage

text: is not present during intramembranous ossification.

answers: NDQ_007549

answers: cartilage

answers: NDQ_007550

answers: cartilage

answers: NDQ_007551

answers: healing of bone fractures

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: bone tissue

answers: NDQ_007554

answers: rudimentary

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: cartilage is not present

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: bones of the head

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: cartilage is not present during intramembranous ossification

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of ossification?

answers: NDQ_007568

answers: Which is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Why is intramembranous ossification an essential process during the natural healing of bone fractures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: ossification

answers: NDQ_007582

answers: Intramembranous

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: endochondral

answers: NDQ_007549

answers: bone tissue

answers: NDQ_007550

answers: cartilage

answers: NDQ_007551

answers: rudimentary bone tissue is created.

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Intramembranous ossification

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: cartilage is not present

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: bones of the head.

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: cartilage

answers: NDQ_007563

answers: Intramembranous ossification

answers: NDQ_007566

answers: Intramembranous ossification

answers: NDQ_007568

answers: chondrichthyans

answers: NDQ_007569

answers: Intramembranous ossification

answers: NDQ_007570

answers: Intramembranous ossification

answers: NDQ_007571

answers: Intramembranous ossification

answers: NDQ_007572

answers: cartilage

answers: NDQ_007573

answers: Intramembranous ossification

answers: NDQ_007574

answers: cartilage

answers: NDQ_007575

answers: Intramembranous ossification

answers: NDQ_007576

answers: bone fractures

answers: NDQ_007577

answers: gnathostome

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: endochondral

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: endochondral ossification,

text: Another study comparing gender influences on ankle sprains found that male and female counterparts had similar incidence rates of ankle sprains.  However, at a specific age range of 19–25 years old, males were found to have a substantially greater rate of ankle sprains than females.  Furthermore, at ages 30 and over, females showed a higher incidence of ankle sprains than males.  From this, it can be said that age and activity levels are better indicators of ankle sprain risks than gender.

text: Another study comparing gender influences on ankle sprains found that male and female counterparts had similar incidence rates of ankle sprains.  However, at a specific age range of 19–25 years old, males were found to have a substantially greater rate of ankle sprains than females.  Furthermore, at ages 30 and over, females showed a higher incidence of ankle sprains than males.  From this, it can be said that age and activity levels are better indicators of ankle sprain risks than gender.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones that support the rest of the body

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: age and activity levels are better indicators of ankle sprain risks than gender

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis has an increased risk of bone fractures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: ankle

answers: NDQ_007550

answers: gender.

answers: NDQ_007551

answers: ankle sprains

answers: NDQ_007552

answers: gender.

answers: NDQ_007553

answers: gender.

answers: NDQ_007554

answers: gender.

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: age and activity levels

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: gender.

answers: NDQ_007563

answers: gender.

answers: NDQ_007566

answers: gender.

answers: NDQ_007568

answers: gender.

answers: NDQ_007569

answers: gender.

answers: NDQ_007570

answers: gender.

answers: NDQ_007571

answers: gender.

answers: NDQ_007572

answers: age and activity levels

answers: NDQ_007573

answers: gender.

answers: NDQ_007574

answers: gender.

answers: NDQ_007575

answers: gender.

answers: NDQ_007576

answers: gender.

answers: NDQ_007577

answers: gender.

answers: NDQ_007578

answers: ankle

answers: NDQ_007579

answers: ankle

answers: NDQ_007580

answers: ankle

answers: NDQ_007581

answers: ankle

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle

answers: NDQ_007584

answers: ankle sprains

text: Ibandronic acid (INN) or ibandronate sodium (USAN) is a potent bisphosphonate drug developed by Hoffman La Roche and used in the prevention and treatment of osteoporosis and metastasis-associated skeletal fractures in people with cancer. It may also be used to treat hypercalcemia (elevated blood calcium levels).  Global sales in 2008 were 1.1B CHF ($1.0B USD at 01/01/2009 exchange rates).

text: Ibandronic acid (

text: INN

text: ) or ibandronate sodium (

text: USAN

text: ) is a potent

text: bisphosphonate

text: drug

text: developed by

text: Hoffman La Roche

text: and used in the prevention and treatment of

text: osteoporosis

text: and metastasis-associated skeletal fractures in people with cancer. It may also be used to treat

text: hypercalcemia

text: (elevated blood

text: calcium

text: levels).  Global sales in 2008 were 1.1B CHF ($1.0B USD at 01/01/2009 exchange rates).

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: metastasis-associated skeletal fractures in people with cancer

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: How would you describe Ibandronic acid?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Ibandronic acid may also be used to treat hypercalcemia

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: It may also be used to treat hypercalcemia

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: bisphosphonate

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: bisphosphonate

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: osteoporosis

answers: NDQ_007551

answers: skeletal fractures

answers: NDQ_007552

answers: osteoporosis

answers: NDQ_007553

answers: cancer.

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: skeletal fractures

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteoporosis

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: skeletal fractures

answers: NDQ_007562

answers: metastasis-associated skeletal fractures

answers: NDQ_007563

answers: hypercalcemia

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: osteoporosis

answers: NDQ_007569

answers: Ibandronic acid

answers: NDQ_007570

answers: skeletal fractures

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: osteoporosis

answers: NDQ_007573

answers: metastasis-associated skeletal fractures

answers: NDQ_007574

answers: osteoporosis

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: skeletal fractures

answers: NDQ_007577

answers: osteoporosis

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: blood calcium

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: The autonomic nervous system controls all automatic functions in the body and contains two subsections within it that aids in response to an acute stress reaction. These two subunits are the sympathetic nervous system and the parasympathetic nervous system. The sympathetic response is colloquially known as the "fight or flight" response, indicated by accelerated pulse and respiration rates, pupil dilation, and a general feeling of anxiety and hyper-awareness.  This is caused by the release of epinephrine and norepinephrine from the adrenal glands. the norepinephrine and epinephrine strike the beta receptors of the heart in order to feed the heart sympathetic nerve fibers to increase the strength of heart muscle contraction. as a result more blood is being circulated increasing the heart rate and respiratory rate. The sympathetic nervous system also stimulates the skeletal system and muscular system in an effort to pump more blood to those areas to handle the acute stress. simultaneously the sympathetic nervous system inhibits the digestive system and the urinary system in order to optimize blood flow to the heart, lungs, and skeletal muscles. this plays a role in the alarm reaction stage. The para-sympathetic response is colloquially known as the "rest and digest" response, indicated by reduced heart and respiration rates, and more obviously by a temporary loss of consciousness if the system is fired at a rapid rate. The parasympathetic nervous system stimulates the digestive system and urinary system in order to send more blood to those systems to increase the process of digestion. In order to do this, it must inhibit the cardiovascular system and respiratory system in an effort to optimize blood flow to the digestive tract causing low heart and respiratory rates. parasympathetic plays no role in acute stress response (VanPutte Regan Russo 2014).

text: The autonomic nervous system controls all automatic functions in the body and contains two subsections within it that aids in response to an acute stress reaction. These two subunits are the sympathetic nervous system and the parasympathetic nervous system. The sympathetic response is colloquially known as the "

text: fight or flight

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: the bones of the thoracic and lumbar vertebrae

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: adrenal glands

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: body to each other.

answers: NDQ_007556

answers: to pump more blood to those areas

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007563

answers: Which of the following is not a part of the autonomic nervous system: sympathetic nervous system, muscular system, or skeletal system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What part of the body is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: How does osteoporosis affect bone health?

answers: NDQ_007574

answers: The human skeleton consists entirely of

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: skeletal system

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal muscles.

answers: NDQ_007550

answers: skeletal muscles.

answers: NDQ_007551

answers: skeletal muscles.

answers: NDQ_007552

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007553

answers: skeletal muscles.

answers: NDQ_007554

answers: skeletal muscles.

answers: NDQ_007555

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007556

answers: the urinary system

answers: NDQ_007557

answers: skeletal muscles.

answers: NDQ_007558

answers: the heart, lungs, and skeletal muscles.

answers: NDQ_007560

answers: skeletal muscles.

answers: NDQ_007562

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007563

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007566

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007568

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007569

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007570

answers: inhibit the cardiovascular system and respiratory system

answers: NDQ_007571

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007572

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007573

answers: inhibit the cardiovascular system and respiratory system

answers: NDQ_007574

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007575

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007576

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007577

answers: parasympathetic plays no role in acute stress response

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: muscular

answers: NDQ_007582

answers: muscular

answers: NDQ_007583

answers: muscular

answers: NDQ_007584

answers: digestion.

text: Tarsal Coalition (also known as Peroneal Spastic Flatfoot   : Calcaneonavicular bar  : Talocalcaneal bar  : Tarsal synostosis  : Tarsal dysostosis) is an abnormal bridge of tissue that connects two normally-separate tarsal bones. The term ‘tarsal’ refers to the seven bones in the rear to mid part of the foot known as the tarsus.  The term ‘coalition’ means a coming together of two or more entities to merge into one mass. The term “bar” refers to the abnormal “bar of bone” or fibrous tissue between the two bones.  The bones of children are very malleable in infancy. This will generally mean that, despite the presence of a coalition, the bones can deform enough to allow painless walking until the child’s skeleton has matured enough.  'Skeletal maturing' means that bone is laid down in the tissue that forms the immature bone shape gradually until adult bone is achieved at about the age of seventeen years in the feet. Other body parts reach skeletal maturity at different times. The onset of symptoms related to a tarsal coalition usually occurs at about nine to seventeen years of age, with a peak incidence occurring at ten to fourteen years of age.

text: Tarsal Coalition (also known as Peroneal Spastic Flatfoot   : Calcaneonavicular bar  : Talocalcaneal bar  : Tarsal synostosis  : Tarsal dysostosis) is an abnormal bridge of

text: tissue

text: that connects two normally-separate

text: tarsal

text: bones. The term ‘tarsal’ refers to the seven bones in the rear to mid part of the foot known as the

text: tarsus

text: .  The term ‘coalition’ means a coming together of two or more entities to merge into one mass. The term “bar” refers to the abnormal “bar of bone” or fibrous tissue between the two bones.  The bones of children are very malleable in infancy. This will generally mean that, despite the presence of a coalition, the bones can deform enough to allow painless walking until the child’s skeleton has matured enough.  'Skeletal maturing' means that bone is laid down in the tissue that forms the immature bone shape gradually until adult bone is achieved at about the age of seventeen years in the feet. Other body parts reach skeletal maturity at different times. The onset of symptoms related to a tarsal coalition usually occurs at about nine to seventeen years of age, with a peak incidence occurring at ten to fourteen years of age.

answers: NDQ_007549

answers: Tarsal Coalition

answers: NDQ_007550

answers: what is the last part of the body mentioned?

answers: NDQ_007551

answers: walking

answers: NDQ_007552

answers: fibrous tissue

answers: NDQ_007553

answers: Blood cells are a type of

answers: NDQ_007554

answers: fibrous tissue

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: immature bone shape

answers: NDQ_007557

answers: fibrous tissue

answers: NDQ_007558

answers: tarsal

answers: NDQ_007560

answers: tarsal bones

answers: NDQ_007562

answers: The bones of children are very malleable in infancy

answers: NDQ_007563

answers: Which of the following is not a type of bone: tarsal, coalition, or calcaneonavicular?

answers: NDQ_007566

answers: How would you describe the bones of children?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, spongy bone or periosteum?

answers: NDQ_007570

answers: Which is not a body part that reaches skeletal maturity at different times?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a characteristic of compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone: tarsal, bar, or muscle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: bar of bone

answers: NDQ_007580

answers: adult bone

answers: NDQ_007581

answers: bar

answers: NDQ_007582

answers: fibrous tissue

answers: NDQ_007583

answers: fibrous tissue

answers: NDQ_007584

answers: Skeletal maturing

answers: NDQ_007549

answers: tarsal bones.

answers: NDQ_007550

answers: seventeen years

answers: NDQ_007551

answers: bone is laid down in the tissue that forms the immature bone shape

answers: NDQ_007552

answers: fibrous tissue

answers: NDQ_007553

answers: Tarsal Coalition

answers: NDQ_007554

answers: fibrous

answers: NDQ_007555

answers: children are very malleable in infancy.

answers: NDQ_007556

answers: The bones of children are very malleable in infancy.

answers: NDQ_007557

answers: fibrous tissue

answers: NDQ_007558

answers: children

answers: NDQ_007560

answers: Calcaneonavicular bar

answers: NDQ_007562

answers: children are very malleable in infancy.

answers: NDQ_007563

answers: Calcaneonavicular bar

answers: NDQ_007566

answers: The bones of children are very malleable

answers: NDQ_007568

answers: Tarsal Coalition (also known as Peroneal Spastic Flatfoot

answers: NDQ_007569

answers: tarsal bones.

answers: NDQ_007570

answers: Calcaneonavicular bar

answers: NDQ_007571

answers: The bones of children are very malleable in infancy.

answers: NDQ_007572

answers: fibrous tissue

answers: NDQ_007573

answers: Tarsal Coalition

answers: NDQ_007574

answers: The bones of children are very malleable

answers: NDQ_007575

answers: The bones of children are very malleable

answers: NDQ_007576

answers: Tarsal Coalition (also known as Peroneal Spastic Flatfoot

answers: NDQ_007577

answers: seventeen

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: “bar of bone”

answers: NDQ_007580

answers: fibrous

answers: NDQ_007581

answers: “bar”

answers: NDQ_007582

answers: fibrous tissue

answers: NDQ_007583

answers: fibrous

answers: NDQ_007584

answers: 'Skeletal maturing'

text: Sea otter forelimbs are small and not used in swimming. Forelimb structure, particularly musculature and skeletal anatomy, are potentially adapted for, "tactile sensitivity and tool use associated with detection, handling, and consumption of prey".

text: Sea otter

text: forelimb

text: s are small and not used in swimming. Forelimb structure, particularly musculature and skeletal anatomy, are potentially adapted for, "tactile sensitivity and tool use associated with detection, handling, and consumption of prey".

answers: NDQ_007549

answers: forelimb structure

answers: NDQ_007550

answers: cartilage and bone.

answers: NDQ_007551

answers: tool use associated with detection

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: forelimb

answers: NDQ_007556

answers: forelimb structure, particularly musculature and skeletal anatomy

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: forelimb

answers: NDQ_007560

answers: forelimb

answers: NDQ_007562

answers: Sea otter forelimbs are not used in swimming.

answers: NDQ_007563

answers: Which of the following is not an example of skeletal anatomy?

answers: NDQ_007566

answers: Which of the following is true of sea otter forelimbs?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, spongy bone, or bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What do sea otters eat?

answers: NDQ_007572

answers: Which of the following is not an example of skeletal anatomy: compact bone or sea otter?

answers: NDQ_007573

answers: How do sea otters use their forelimbs?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not an example of skeletal anatomy: musculature or muscle?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does a sea otter have?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal anatomy

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: Musculature

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: musculature

answers: NDQ_007550

answers: musculature and skeletal anatomy,

answers: NDQ_007551

answers: detection, handling, and consumption of prey".

answers: NDQ_007552

answers: musculature

answers: NDQ_007553

answers: Sea otter

answers: NDQ_007554

answers: musculature

answers: NDQ_007555

answers: Sea otter

answers: NDQ_007556

answers: adapted for, "tactile sensitivity

answers: NDQ_007557

answers: musculature and skeletal anatomy,

answers: NDQ_007558

answers: Sea otter

answers: NDQ_007560

answers: Sea otter

answers: NDQ_007562

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007563

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007566

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007568

answers: musculature and skeletal anatomy,

answers: NDQ_007569

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007570

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007571

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007572

answers: skeletal anatomy,

answers: NDQ_007573

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007574

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007575

answers: musculature

answers: NDQ_007576

answers: Sea otter forelimbs are small and not used in swimming.

answers: NDQ_007577

answers: Sea otter

answers: NDQ_007578

answers: skeletal anatomy,

answers: NDQ_007579

answers: skeletal anatomy,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: musculature

answers: NDQ_007583

answers: musculature

answers: NDQ_007584

answers: skeletal anatomy,

text: Osteoporosis is a disease where decreased bone strength increases the risk of a broken bone. It is the most common reason for a broken bone among the elderly. Bones that commonly break include the back bones, the bones of the forearm, and the hip. Until a broken bone occurs there are typically no symptoms. Bones may weaken to such a degree that a break may occur with minor stress or spontaneously. Chronic pain and a decreased ability to carry out normal activities may occur following a broken bone.

text: Osteoporosis is a

text: disease

text: where decreased bone strength increases the risk of a

text: broken bone

text: . It is the most common reason for a broken bone among

text: the elderly

text: . Bones that commonly break include the

text: back bones

text: , the bones of the

text: forearm

text: , and the

text: hip

text: . Until a broken bone occurs there are typically no symptoms. Bones may weaken to such a degree that a break may occur with minor stress or spontaneously.

text: Chronic pain

text: and a decreased ability to carry out normal activities may occur following a broken bone.

answers: NDQ_007549

answers: bones of the forearm, and the hip

answers: NDQ_007550

answers: bones that are

answers: NDQ_007551

answers: carrying out normal activities

answers: NDQ_007552

answers: Osteoporosis

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: forearm

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: the bones of the forearm

answers: NDQ_007560

answers: the hip

answers: NDQ_007562

answers: Until a broken bone occurs there are typically no symptoms

answers: NDQ_007563

answers: What does Osteoporosis cause?

answers: NDQ_007566

answers: How would you describe Osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone: back bones, the bones of the forearm, or the hip?

answers: NDQ_007569

answers: What is the most common reason for a broken bone among the elderly?

answers: NDQ_007570

answers: Bones that commonly break include the bones of the forearm, and the hip

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007573

answers: What is the most common reason for a broken bone among the elderly?

answers: NDQ_007574

answers: What is the most common reason for a broken bone among the elderly?

answers: NDQ_007575

answers: Which of the following is not a reason for osteoporosis?

answers: NDQ_007576

answers: What is the most common reason for a broken bone?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporous

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: bone strength

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bones

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: back bones, the bones of the forearm, and the hip.

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: normal activities

answers: NDQ_007552

answers: Osteoporosis is a disease where decreased bone strength

answers: NDQ_007553

answers: Osteoporosis

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: hip.

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: bone strength

answers: NDQ_007558

answers: forearm, and the hip.

answers: NDQ_007560

answers: hip.

answers: NDQ_007562

answers: Until a broken bone occurs there are typically no symptoms.

answers: NDQ_007563

answers: Osteoporosis is a disease where decreased bone strength

answers: NDQ_007566

answers: Bones

answers: NDQ_007568

answers: Bones that commonly break include the back bones,

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: forearm,

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: Osteoporosis

answers: NDQ_007573

answers: decreased bone strength

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: Bones

answers: NDQ_007576

answers: break

answers: NDQ_007577

answers: Bones that commonly break include the back bones,

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: bone strength

answers: NDQ_007582

answers: Osteoporosis

answers: NDQ_007583

answers: Bones

answers: NDQ_007584

answers: Osteoporosis

text: Simple fractures are usually treated with closed reduction and indirect skeletal fixation, more commonly referred to as maxillo-mandibular fixation (MMF).  The closed reduction is explained above. The indirect skeletal fixation is accomplished by placing an arch bar, secured to the teeth on the maxillary and mandibular dentition, then securing the top and bottom arch bars with wire loops.

text: Simple fractures are usually treated with closed reduction and indirect skeletal fixation, more commonly referred to as maxillo-mandibular fixation (MMF).  The closed reduction is explained above. The indirect skeletal fixation is accomplished by placing an arch bar, secured to the teeth on the maxillary and mandibular dentition, then securing the top and bottom arch bars with wire loops.

answers: NDQ_007549

answers: maxillary and mandibular

answers: NDQ_007550

answers: maxillary and mandibular

answers: NDQ_007551

answers: skeletal fixation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: maxillary and mandibular dentition

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal fixation

answers: NDQ_007558

answers: maxillary and mandibular

answers: NDQ_007560

answers: mandibular

answers: NDQ_007562

answers: closed reduction and indirect skeletal fixation

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How do bones compare to chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone: blood cells or bone?

answers: NDQ_007573

answers: What is the most common cause of bone fractures?

answers: NDQ_007574

answers: How many bones make up the skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of bone: bone, muscle, or muscle?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal fixation

answers: NDQ_007549

answers: teeth

answers: NDQ_007550

answers: maxillary and mandibular dentition,

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007553

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007554

answers: wire loops.

answers: NDQ_007555

answers: wire loops.

answers: NDQ_007556

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007557

answers: wire loops.

answers: NDQ_007558

answers: maxillary and mandibular

answers: NDQ_007560

answers: maxillo-mandibular

answers: NDQ_007562

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007563

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007566

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007568

answers: maxillary and mandibular dentition,

answers: NDQ_007569

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007570

answers: arch bar,

answers: NDQ_007571

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007572

answers: teeth on the maxillary and mandibular dentition,

answers: NDQ_007573

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007574

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007575

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007576

answers: fractures

answers: NDQ_007577

answers: Simple fractures are usually treated with closed reduction and indirect skeletal fixation,

answers: NDQ_007578

answers: skeletal fixation,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: arch bar,

answers: NDQ_007582

answers: maxillo-mandibular

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal fixation,

text: Predisposition of acute myeloid leukemia; skeletal abnormalities; radial hypoplasia and vertebral defect and other physical abnormalities, bone marrow failure (pancytopenia), endocrine dysfunction, early onset osteopenia/osteoporosis and lipid abnormalities, spontaneous chromosomal breakage exacerbated by exposure to DNA cross-linking agents.

text: Predisposition of acute myeloid leukemia; skeletal abnormalities; radial hypoplasia and vertebral defect and other physical abnormalities, bone marrow failure (pancytopenia), endocrine dysfunction, early onset osteopenia/osteoporosis and lipid abnormalities, spontaneous chromosomal breakage exacerbated by exposure to DNA cross-linking agents.

answers: NDQ_007549

answers: vertebral

answers: NDQ_007550

answers: bone and cartilage.

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone marrow

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: radial hypoplasia

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral defect

answers: NDQ_007562

answers: spontaneous chromosomal breakage

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a physical abnormality: radial hypoplasia and vertebral defect?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a cause of bone marrow failure?

answers: NDQ_007573

answers: Which of the following is not a physical abnormality: skeletal abnormalities, radial hypoplasia, vertebral defect and other physical abnormalities, bone marrow failure (pancytopenia), endocrine dysfunction, early onset osteopenia/osteoporosis and lipid abnormalities

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a physical abnormality: radial hypoplasia and vertebral defect and other physical abnormalities?

answers: NDQ_007576

answers: Which of the following is not a skeletal abnormality?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: radial hypoplasia and vertebral defect

answers: NDQ_007550

answers: vertebral defect

answers: NDQ_007551

answers: osteopenia/osteoporosis

answers: NDQ_007552

answers: DNA cross-linking agents.

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone marrow

answers: NDQ_007555

answers: vertebral defect

answers: NDQ_007556

answers: early onset osteopenia/osteoporosis

answers: NDQ_007557

answers: DNA cross-linking agents.

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: spontaneous chromosomal breakage

answers: NDQ_007563

answers: osteopenia/osteoporosis

answers: NDQ_007566

answers: skeletal abnormalities;

answers: NDQ_007568

answers: radial hypoplasia and vertebral defect

answers: NDQ_007569

answers: skeletal abnormalities;

answers: NDQ_007570

answers: radial hypoplasia and vertebral defect

answers: NDQ_007571

answers: early onset osteopenia/osteoporosis

answers: NDQ_007572

answers: bone marrow

answers: NDQ_007573

answers: early onset osteopenia/osteoporosis

answers: NDQ_007574

answers: bone marrow failure

answers: NDQ_007575

answers: osteopenia/osteoporosis

answers: NDQ_007576

answers: vertebral defect

answers: NDQ_007577

answers: vertebral defect

answers: NDQ_007578

answers: osteopenia/osteoporosis

answers: NDQ_007579

answers: osteopenia/osteoporosis

answers: NDQ_007580

answers: osteopenia/osteoporosis

answers: NDQ_007581

answers: osteopenia/osteoporosis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal abnormalities; radial hypoplasia

text: Osteosynthesis is the reduction and internal fixation of a bone fracture with implantable devices that are usually made of metal. It is a surgical procedure with an open or per cutaneous approach to the fractured bone. Osteosynthesis aims to bring the fractured bone ends together and immobilize the fracture site while healing takes place. In a fracture that is rigidly immobilized the fracture heals by the process of intramembranous ossification.

text: Osteosynthesis is the

text: reduction

text: and

text: internal fixation

text: of a

text: bone fracture

text: with implantable devices that are usually made of metal. It is a surgical procedure with an open or per cutaneous approach to the fractured bone. Osteosynthesis aims to bring the fractured bone ends together and immobilize the fracture site while healing takes place. In a fracture that is rigidly immobilized the fracture heals by the process of

text: intramembranous ossification

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: osteosynthesis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ossification

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: long bones

answers: NDQ_007557

answers: Osteosynthesis

answers: NDQ_007558

answers: fractured bone

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: rigidly immobilized the fracture heals by the process of intramembranous ossification.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Osteosynthesis?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Why is osteoporosis a concern?

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: Which of the following is not a process of intramembranous ossification?

answers: NDQ_007576

answers: What is Osteosynthesis?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: membranous

answers: NDQ_007579

answers: ossification

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: ossification

answers: NDQ_007582

answers: membranous

answers: NDQ_007583

answers: ossification

answers: NDQ_007584

answers: ossification

answers: NDQ_007549

answers: bone fracture

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: Osteosynthesis

answers: NDQ_007552

answers: intramembranous ossification.

answers: NDQ_007553

answers: Osteosynthesis

answers: NDQ_007554

answers: intramembranous

answers: NDQ_007555

answers: Osteosynthesis

answers: NDQ_007556

answers: healing takes place. In a fracture that is rigidly immobilized

answers: NDQ_007557

answers: Osteosynthesis

answers: NDQ_007558

answers: bone fracture

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: rigidly immobilized

answers: NDQ_007563

answers: Osteosynthesis

answers: NDQ_007566

answers: Osteosynthesis

answers: NDQ_007568

answers: intramembranous ossification.

answers: NDQ_007569

answers: Osteosynthesis

answers: NDQ_007570

answers: Osteosynthesis

answers: NDQ_007571

answers: Osteosynthesis

answers: NDQ_007572

answers: Osteosynthesis

answers: NDQ_007573

answers: Osteosynthesis

answers: NDQ_007574

answers: Osteosynthesis

answers: NDQ_007575

answers: intramembranous ossification.

answers: NDQ_007576

answers: Osteosynthesis

answers: NDQ_007577

answers: Osteosynthesis

answers: NDQ_007578

answers: intramembranous

answers: NDQ_007579

answers: intramembranous

answers: NDQ_007580

answers: ossification.

answers: NDQ_007581

answers: intramembranous ossification.

answers: NDQ_007582

answers: intramembranous

answers: NDQ_007583

answers: intramembranous

answers: NDQ_007584

answers: intramembranous ossification.

text: Since about 2002, some patients with this disorder have been offered drug therapy with bisphosphonates (a class of osteoporosis drugs) to treat problems with bone resorption associated with the bone breakdown and skeletal malformations that characterize this disorder. Brand names include Actonel (risedronate/alendronate), made by Merck Pharmaceuticals. Other drugs include Pamidronate, made by Novartis and Strontium Ranelate, made by Eli Lilly. However, for more progressive cases, surgery and bone grafting are necessary.

text: Since about 2002, some patients with this disorder have been offered drug therapy with

text: bisphosphonate

text: s (a class of osteoporosis drugs) to treat problems with bone resorption associated with the bone breakdown and skeletal malformations that characterize this disorder. Brand names include Actonel (risedronate/alendronate), made by Merck Pharmaceuticals. Other drugs include Pamidronate, made by Novartis and Strontium Ranelate, made by Eli Lilly. However, for more progressive cases, surgery and bone grafting are necessary.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone resorption

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: bone grafting are necessary

answers: NDQ_007563

answers: Which of the following is not a characteristic of osteoporosis: bone breakdown and skeletal malformations

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a class of osteoporosis drugs?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the most common side effect of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: resorption

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone resorption

answers: NDQ_007552

answers: bisphosphonates

answers: NDQ_007553

answers: bisphosphonates

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: skeletal malformations

answers: NDQ_007556

answers: bone breakdown

answers: NDQ_007557

answers: bisphosphonates

answers: NDQ_007558

answers: bone resorption associated with the bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: bisphosphonates

answers: NDQ_007563

answers: bone resorption

answers: NDQ_007566

answers: bisphosphonates

answers: NDQ_007568

answers: bisphosphonates

answers: NDQ_007569

answers: bisphosphonates

answers: NDQ_007570

answers: bisphosphonates

answers: NDQ_007571

answers: surgery and bone grafting

answers: NDQ_007572

answers: bisphosphonates

answers: NDQ_007573

answers: bone breakdown and skeletal malformations

answers: NDQ_007574

answers: bone grafting

answers: NDQ_007575

answers: bisphosphonates

answers: NDQ_007576

answers: bisphosphonates

answers: NDQ_007577

answers: bisphosphonates

answers: NDQ_007578

answers: resorption

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bisphosphonates

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: resorption

text: The engine supported loading of 3D models in the DTS and DIF file formats. DTS models were typically used for characters and vehicles though occasionally for buildings and interiors. They could be animated using either skeletal or morph target animation. It was also possible to blend multiple skeletal animations together by playing them simultaneously or automatically tweening the different positions of bones in the skeleton. DIF models have pre-calculated lighting and as such are ill-suited for animation. Instead, they were used for buildings and interiors. They automatically had bounding boxes that perfectly match the visible geometry. This was so that it was not made overly difficult for a player in a Torque Game Engine game to move or fire weapons around them.

text: The engine supported loading of

text: 3D model

text: s in the DTS and DIF

text: file format

text: s. DTS models were typically used for characters and vehicles though occasionally for buildings and interiors. They could be animated using either

text: skeletal

text: or

text: morph target animation

text: . It was also possible to blend multiple skeletal animations together by playing them simultaneously or automatically

text: tweening

text: the different positions of bones in the skeleton. DIF models have

text: pre-calculated lighting

text: and as such are ill-suited for animation. Instead, they were used for buildings and interiors. They automatically had

text: bounding boxes

text: that perfectly match the visible geometry. This was so that it was not made overly difficult for a player in a Torque Game Engine game to move or fire weapons around them.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones in the skeleton

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: pre-calculated lighting and as such are ill-suited for animation

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: skeleton

answers: NDQ_007562

answers: DIF models have pre-calculated lighting

answers: NDQ_007563

answers: What is the primary function of the skeleton?

answers: NDQ_007566

answers: DIF models have pre-calculated lighting

answers: NDQ_007568

answers: How many types of bone tissues are in a skeleton?

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: DIF models have pre-calculated lighting

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: DIF models have pre-calculated lighting

answers: NDQ_007573

answers: DIF models have pre-calculated lighting and as such are ill-suited

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: DIF models

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: how many bones in the skeleton

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: morph

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: bones in the skeleton.

answers: NDQ_007553

answers: DTS

answers: NDQ_007554

answers: skeleton.

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: pre-calculated lighting

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: bones

answers: NDQ_007560

answers: DIF

answers: NDQ_007562

answers: DIF models have pre-calculated lighting

answers: NDQ_007563

answers: tweening the different positions of bones in the skeleton.

answers: NDQ_007566

answers: DIF models

answers: NDQ_007568

answers: skeleton.

answers: NDQ_007569

answers: DTS

answers: NDQ_007570

answers: DTS

answers: NDQ_007571

answers: DTS

answers: NDQ_007572

answers: bones in the skeleton.

answers: NDQ_007573

answers: DTS

answers: NDQ_007574

answers: DTS

answers: NDQ_007575

answers: DTS

answers: NDQ_007576

answers: DTS

answers: NDQ_007577

answers: DTS

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeleton.

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton.

answers: NDQ_007582

answers: skeleton.

answers: NDQ_007583

answers: skeleton.

answers: NDQ_007584

answers: morph

text: Sprain Your Tapedeck is the first EP by American hip hop musician Edan, released on Lewis Recordings in 2001.

text: Sprain Your Tapedeck is the first EP by American hip hop musician

text: Edan

text: , released on

text: Lewis Recordings

text: in 2001.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: ossification occurs later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: tape deck

answers: NDQ_007562

answers: Sprain Your Tapedeck was released in 2001.

answers: NDQ_007563

answers: What is the reason for the release of stored calcium?

answers: NDQ_007566

answers: What is the opposite of brittle?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Sprain Your Tapedeck

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the human body have?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseous process

answers: NDQ_007549

answers: Sprain Your Tapedeck

answers: NDQ_007550

answers: Sprain Your Tapedeck

answers: NDQ_007551

answers: Sprain Your Tapedeck

answers: NDQ_007552

answers: Sprain Your Tapedeck

answers: NDQ_007553

answers: 2001.

answers: NDQ_007554

answers: context: Sprain Your Tapedeck

answers: NDQ_007555

answers: Sprain Your Tapedeck

answers: NDQ_007556

answers: 2001.

answers: NDQ_007557

answers: Lewis Recordings in 2001.

answers: NDQ_007558

answers: Sprain Your Tapedeck

answers: NDQ_007560

answers: Tapedeck

answers: NDQ_007562

answers: 2001.

answers: NDQ_007563

answers: 2001.

answers: NDQ_007566

answers: Sprain Your Tapedeck

answers: NDQ_007568

answers: 2001.

answers: NDQ_007569

answers: 2001.

answers: NDQ_007570

answers: Lewis Recordings in 2001.

answers: NDQ_007571

answers: 2001.

answers: NDQ_007572

answers: 2001.

answers: NDQ_007573

answers: 2001.

answers: NDQ_007574

answers: 2001.

answers: NDQ_007575

answers: 2001.

answers: NDQ_007576

answers: Sprain Your Tapedeck

answers: NDQ_007577

answers: 2001.

answers: NDQ_007578

answers: Sprain Your Tapedeck

answers: NDQ_007579

answers: Tapedeck

answers: NDQ_007580

answers: Sprain Your Tapedeck

answers: NDQ_007581

answers: Sprain Your Tapedeck

answers: NDQ_007582

answers: Tapedeck

answers: NDQ_007583

answers: Tapedeck

answers: NDQ_007584

answers: Sprain

text: Bone is an active tissue composed of different types of bone cells. Osteoblasts and osteocytes are involved in the creation and mineralisation of bone;  osteoclasts are involved in the reabsorption of bone tissue. The mineralised matrix of bone tissue has an organic component of mainly collagen called ossein and an inorganic component of bone mineral made up of various salts.

text: Bone is an active tissue composed of different types of

text: bone cell

text: s.

text: Osteoblast

text: s and

text: osteocyte

text: s are involved in the creation and mineralisation of bone;

text: osteoclast

text: s are involved in the reabsorption of bone tissue. The mineralised matrix of bone tissue has an organic component of mainly

text: collagen

text: called ossein and an inorganic component of

text: bone mineral

text: made up of various salts.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: creation and mineralisation of bone

answers: NDQ_007552

answers: ossein

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: active tissue

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: reabsorption of bone tissue

answers: NDQ_007557

answers: ossein

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: osteoclasts

answers: NDQ_007562

answers: osteoclasts are involved in the reabsorption of bone tissue

answers: NDQ_007563

answers: Which of the following is not involved in the reabsorption of bone tissue?

answers: NDQ_007566

answers: Which of the following is NOT true of bones?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: Which of the following is not involved in the creation and mineralisation of bone?

answers: NDQ_007570

answers: Bone is an active tissue composed of different types of bone cells

answers: NDQ_007571

answers: Which of the following is not involved in the creation and mineralisation of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone cell?

answers: NDQ_007573

answers: Which of the following is not involved in the creation and mineralisation of bone?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not involved in the creation and mineralisation of bone?

answers: NDQ_007576

answers: What is the result of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: ossein

answers: NDQ_007579

answers: ossein

answers: NDQ_007580

answers: ossein

answers: NDQ_007581

answers: ossein

answers: NDQ_007582

answers: Osteoblasts

answers: NDQ_007583

answers: ossein

answers: NDQ_007584

answers: mineralisation

answers: NDQ_007549

answers: different types of bone cells.

answers: NDQ_007550

answers: different types of bone cells.

answers: NDQ_007551

answers: creation and mineralisation of bone;

answers: NDQ_007552

answers: collagen called ossein

answers: NDQ_007553

answers: osteocytes

answers: NDQ_007554

answers: bone cells.

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: osteoclasts

answers: NDQ_007557

answers: osteoclasts

answers: NDQ_007558

answers: osteoclasts

answers: NDQ_007560

answers: osteoclasts

answers: NDQ_007562

answers: Bone is an active tissue composed of different types of bone cells.

answers: NDQ_007563

answers: osteoclasts

answers: NDQ_007566

answers: Bone is an active tissue composed of different types of bone cells.

answers: NDQ_007568

answers: different types of bone cells.

answers: NDQ_007569

answers: Osteoblasts and osteocytes

answers: NDQ_007570

answers: Bone

answers: NDQ_007571

answers: Bone

answers: NDQ_007572

answers: osteocytes

answers: NDQ_007573

answers: osteoclasts

answers: NDQ_007574

answers: Bone is an active tissue composed of different types of bone cells.

answers: NDQ_007575

answers: Osteoblasts and osteocytes

answers: NDQ_007576

answers: Bone

answers: NDQ_007577

answers: Bone

answers: NDQ_007578

answers: mineralised matrix

answers: NDQ_007579

answers: collagen

answers: NDQ_007580

answers: mineralised matrix

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: osteocytes

answers: NDQ_007583

answers: ossein

answers: NDQ_007584

answers: mineralisation

text: Most often the physical characteristics of the Pika species are compared to the family Leporidae, which includes rabbits and hares. The comparisons of the family Ochotonidae with those of the family Leporidae are due to the very similar physical characteristics shared by Pikas, rabbits and hares. However, there is a distinction between each, including size of the body and skeletal structure of each family, as well as distinctive characteristics in the length of the ears. A skeletal distinction can be seen in the Gaoligong Pika which lacks a supraorbital process in the skull skeletal feature and have a long and broad posterior nasal bone.

text: Most often the physical characteristics of the Pika species are compared to the family Leporidae, which includes rabbits and hares. The comparisons of the family Ochotonidae with those of the family Leporidae are due to the very similar physical characteristics shared by Pikas, rabbits and hares. However, there is a distinction between each, including size of the body and skeletal structure of each family, as well as distinctive characteristics in the length of the ears. A skeletal distinction can be seen in the Gaoligong Pika which lacks a

text: supraorbital

text: process in the skull skeletal feature and have a long and broad posterior nasal bone.

answers: NDQ_007549

answers: nasal bone

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: bones that support the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Rabbits

answers: NDQ_007554

answers: articular

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: long and broad posterior nasal bone

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: posterior nasal bone

answers: NDQ_007560

answers: posterior nasal bone

answers: NDQ_007562

answers: lacks a supraorbital process in the skull

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of the Gaoligong Pika?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What are the characteristics of the Gaoligong Pika?

answers: NDQ_007572

answers: Which of the following is not a characteristic of the Gaoligong Pika?

answers: NDQ_007573

answers: How would you describe the Gaoligong Pika?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a skeletal feature?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: posterior nasal bone

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: posterior nasal bone.

answers: NDQ_007550

answers: posterior nasal bone.

answers: NDQ_007551

answers: posterior nasal bone.

answers: NDQ_007552

answers: Leporidae,

answers: NDQ_007553

answers: Leporidae,

answers: NDQ_007554

answers: supraorbital process

answers: NDQ_007555

answers: supraorbital process

answers: NDQ_007556

answers: lacks a supraorbital process

answers: NDQ_007557

answers: posterior nasal bone.

answers: NDQ_007558

answers: posterior nasal bone.

answers: NDQ_007560

answers: posterior nasal bone.

answers: NDQ_007562

answers: supraorbital process

answers: NDQ_007563

answers: posterior nasal bone.

answers: NDQ_007566

answers: Leporidae,

answers: NDQ_007568

answers: Leporidae,

answers: NDQ_007569

answers: posterior nasal bone.

answers: NDQ_007570

answers: Leporidae,

answers: NDQ_007571

answers: long and broad posterior nasal bone.

answers: NDQ_007572

answers: long and broad posterior nasal bone.

answers: NDQ_007573

answers: Leporidae,

answers: NDQ_007574

answers: supraorbital process

answers: NDQ_007575

answers: posterior nasal bone.

answers: NDQ_007576

answers: Leporidae,

answers: NDQ_007577

answers: posterior nasal bone.

answers: NDQ_007578

answers: supraorbital process

answers: NDQ_007579

answers: supraorbital process

answers: NDQ_007580

answers: nasal bone.

answers: NDQ_007581

answers: supraorbital process

answers: NDQ_007582

answers: supraorbital process

answers: NDQ_007583

answers: Leporidae,

answers: NDQ_007584

answers: supraorbital

text: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.   Specifically, hinges and sliders each impose five constraints and therefore remove five degrees of freedom.  It is convenient to define the number of constraints c that a joint imposes in terms of the joint's freedom f, where c = 6 − f.  In the case of a hinge or slider, which are one degree of freedom joints, have f = 1 and therefore c = 6 − 1 = 5.

text: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.   Specifically, hinges and sliders each impose five constraints and therefore remove five degrees of freedom.  It is convenient to define the number of constraints c that a joint imposes in terms of the joint's freedom f, where c = 6 − f.  In the case of a hinge or slider, which are one degree of freedom joints, have f = 1 and therefore c = 6 − 1 = 5.

answers: NDQ_007549

answers: joints that connect bodies

answers: NDQ_007550

answers: joints that connect bodies

answers: NDQ_007551

answers: joints that connect bodies

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body.

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: joints that connect bodies

answers: NDQ_007557

answers: constraint

answers: NDQ_007558

answers: hinges

answers: NDQ_007560

answers: slider

answers: NDQ_007562

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: How many constraints does a ball-and-socket joint impose?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: How many degrees of freedom does a hinge or slider have?

answers: NDQ_007574

answers: How many degrees of freedom does the human skeleton have?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many degrees of freedom does a hinge or slider have?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Joints

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: hinges

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Joints

answers: NDQ_007550

answers: Joints

answers: NDQ_007551

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

answers: NDQ_007552

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

answers: NDQ_007553

answers: Joints that connect bodies

answers: NDQ_007554

answers: Joints that connect bodies

answers: NDQ_007555

answers: bodies

answers: NDQ_007556

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007557

answers: hinges and sliders each impose five constraints

answers: NDQ_007558

answers: hinges and sliders

answers: NDQ_007560

answers: slider,

answers: NDQ_007562

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007563

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007566

answers: Joints

answers: NDQ_007568

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007569

answers: Joints

answers: NDQ_007570

answers: hinges and sliders

answers: NDQ_007571

answers: Joints

answers: NDQ_007572

answers: Joints

answers: NDQ_007573

answers: Joints

answers: NDQ_007574

answers: Joints

answers: NDQ_007575

answers: 5.

answers: NDQ_007576

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007577

answers: 5.

answers: NDQ_007578

answers: Joints

answers: NDQ_007579

answers: Joints

answers: NDQ_007580

answers: Joints

answers: NDQ_007581

answers: Joints

answers: NDQ_007582

answers: Joints that connect bodies

answers: NDQ_007583

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

answers: NDQ_007584

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

text: World Osteoporosis Day is observed annually on 20 October, and launches a year-long campaign dedicated to raising global awareness of the prevention, diagnosis and treatment of osteoporosis and metabolic bone disease. Organized by the International Osteoporosis Foundation (IOF), World Osteoporosis Day involves campaigns by national osteoporosis patient societies from around the world with activities in over 90 countries.

text: World Osteoporosis Day is observed annually on 20 October, and launches a year-long campaign dedicated to raising global awareness of the prevention, diagnosis and treatment of

text: osteoporosis

text: and

text: metabolic bone disease

text: . Organized by the

text: International Osteoporosis Foundation

text: (IOF), World Osteoporosis Day involves campaigns by national osteoporosis patient societies from around the world with activities in over 90 countries.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: Metabolic

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: osteoporosis causes bone fractures

answers: NDQ_007563

answers: Osteoporosis

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: 20 October

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007552

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007553

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: metabolic bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: osteoporosis

answers: NDQ_007563

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007569

answers: World Osteoporosis Day

answers: NDQ_007570

answers: World Osteoporosis Day

answers: NDQ_007571

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007572

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007573

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007574

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: World Osteoporosis Day

answers: NDQ_007577

answers: osteoporosis and metabolic bone disease.

answers: NDQ_007578

answers: metabolic

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: metabolic

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: metabolic bone disease.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: metabolic bone disease.

text: Stevens and associates  reported that in isolated single-fiber analyses, deficits in force generation capacity were found along with a reduced sensitivity to calcium stimulation. Similar observations occurred for both slow and fast ankle extensor fibers after 14 days of spaceflight.  This study focused on the force-generating aspects of muscle fibers. It appears that only two additional studies have been conducted to examine the effects of spaceflight on rodent skeletal muscle functional properties using a more comprehensive set of analyses. One project was carried out for 6 days  while the other involved a 2-week flight (SLS-2). In both studies, the measurements focused on the force-velocity properties, which define the limits of functional capacity of the muscle. These studies were conducted on the soleus skeletal muscle, in which slow-twitch myofibers predominate, because of the dynamic changes in fiber morphology and phenotype that were observed in the other studies summarized above. Analyses on the animals were initiated within 6 hours of return from spaceflight. The findings showed that the maximal strength of the muscle, as studied in situ using a computer-programmed ergometer system, was reduced by 24% after the 6-day flight and 37% after the 14-day flight.  These changes were consistent with the degree of atrophy observed at both the gross and single-myofiber level. Also, shifts occurred in the force-frequency response of the soleus in the flight animals, suggesting a switch to a faster contractile phenotype. Maximal shortening velocities were increased by 14% and 24% in the 6-day and 14-day spaceflight groups, respectively. These intrinsic increases in shortening speed were attributed, in part, to the de novo expression of the fast type IIx MHC in many of the slow muscle fibers. On the other hand, both work- and power-generating capacities of the flight-induced atrophied muscles were significantly decreased. Additionally, the resistance to fatigue was significantly decreased as well as the ability to sustain work and power output in response to a paradigm involving repetitive contraction output. Similar findings have been observed using comparable analytical approaches involving the HS model. Taken together, the findings clearly indicate that when skeletal muscles, especially those having a large proportion of slow myofibers, undergo both atrophy and remodeling of the contractile phenotype, the functional capacity of the muscle is reduced along with its ability to sustain work output. If a sufficient mass of muscle tissue across several key muscle groups were similarly affected, this would most likely impair the fitness of the individual when challenged with moderate-intensity exercise scenarios.

answers: NDQ_007549

answers: soleus skeletal muscle

answers: NDQ_007550

answers: muscle fibers

answers: NDQ_007551

answers: muscle fibers

answers: NDQ_007552

answers: Cartilage is a tough, flexible tissue that contains the protein

answers: NDQ_007553

answers: erythrocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: spaceflight

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: soleus

answers: NDQ_007560

answers: soleus

answers: NDQ_007562

answers: bone fractures are not caused by spaceflight

answers: NDQ_007563

answers: Bones release stored calcium to the blood

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry, and brittle.

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues

answers: NDQ_007569

answers: compact bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: The effects of spaceflight on rodent skeletal muscle functional properties.

answers: NDQ_007572

answers: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: context: Osteoporosis is a condition characterized by decreased bone density.

answers: NDQ_007574

answers: context: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: The effects of spaceflight on rodent skeletal muscle functional properties.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: Adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: type IIx MHC

answers: NDQ_007579

answers: soleus skeletal muscle

answers: NDQ_007580

answers: type IIx MHC

answers: NDQ_007581

answers: slow-twitch myofibers

answers: NDQ_007582

answers: soleus skeletal muscle

answers: NDQ_007583

answers: slow-twitch myofibers predominate

answers: NDQ_007584

answers: spaceflight

answers: NDQ_007549

answers: soleus skeletal muscle,

answers: NDQ_007550

answers: slow-twitch myofibers

answers: NDQ_007551

answers: atrophy

answers: NDQ_007552

answers: type IIx MHC

answers: NDQ_007553

answers: slow muscle fibers.

answers: NDQ_007554

answers: single-myofiber

answers: NDQ_007555

answers: soleus

answers: NDQ_007556

answers: slow muscle fibers.

answers: NDQ_007557

answers: soleus

answers: NDQ_007558

answers: soleus

answers: NDQ_007560

answers: soleus

answers: NDQ_007562

answers: when skeletal muscles,

answers: NDQ_007563

answers: atrophy

answers: NDQ_007566

answers: atrophy

answers: NDQ_007568

answers: slow-twitch myofibers

answers: NDQ_007569

answers: faster contractile phenotype.

answers: NDQ_007570

answers: shifts occurred in the force-frequency response of the soleus

answers: NDQ_007571

answers: atrophy

answers: NDQ_007572

answers: atrophy

answers: NDQ_007573

answers: flight-induced atrophied muscles

answers: NDQ_007574

answers: flight-induced atrophied muscles

answers: NDQ_007575

answers: flight-induced atrophied muscles

answers: NDQ_007576

answers: atrophy

answers: NDQ_007577

answers: atrophy

answers: NDQ_007578

answers: slow-twitch myofibers

answers: NDQ_007579

answers: myofibers

answers: NDQ_007580

answers: calcium

answers: NDQ_007581

answers: single-myofiber

answers: NDQ_007582

answers: myofibers

answers: NDQ_007583

answers: slow-twitch myofibers

answers: NDQ_007584

answers: atrophy

text: A  Dovetail key , Dutchman Joint,  or Butterfly joint   is a type of joint used either to hold two or more wooden boards together or to keep two halves of a board that have already started to split from splitting further. They may also be used to stabilize the core of a knothole, preventing it from dropping out over time. They are also commonly used as decorative inlays for non structural aesthetic purposes.

text: A  Dovetail key , Dutchman Joint,  or Butterfly joint   is a type of

text: joint

text: used either to hold two or more wooden boards together or to keep two halves of a board that have already started to split from splitting further. They may also be used to stabilize the core of a knothole, preventing it from dropping out over time. They are also commonly used as decorative inlays for non structural aesthetic purposes.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: structural aesthetic purposes

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: unanswerable

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: Dutchman Joint

answers: NDQ_007562

answers: A Dovetail key, Dutchman Joint, or Butterfly joint is used either to hold two halves of a board that have already started to split from splitting further.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: dovetail

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: core

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Butterfly joint

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007550

answers: Butterfly joint

answers: NDQ_007551

answers: non structural aesthetic purposes.

answers: NDQ_007552

answers: Butterfly joint

answers: NDQ_007553

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007554

answers: wooden

answers: NDQ_007555

answers: knothole,

answers: NDQ_007556

answers: splitting further.

answers: NDQ_007557

answers: Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007558

answers: knothole,

answers: NDQ_007560

answers: Dovetail key,

answers: NDQ_007562

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007563

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007566

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007568

answers: Butterfly joint

answers: NDQ_007569

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007570

answers: Butterfly joint

answers: NDQ_007571

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007572

answers: Butterfly joint

answers: NDQ_007573

answers: Butterfly joint

answers: NDQ_007574

answers: Butterfly joint

answers: NDQ_007575

answers: A Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007576

answers: Dovetail key, Dutchman Joint, or Butterfly joint

answers: NDQ_007577

answers: Butterfly joint

answers: NDQ_007578

answers: Butterfly

answers: NDQ_007579

answers: core

answers: NDQ_007580

answers: core

answers: NDQ_007581

answers: Butterfly

answers: NDQ_007582

answers: Butterfly joint

answers: NDQ_007583

answers: Butterfly

answers: NDQ_007584

answers: time.

text: Ankle sprain – The ligaments that hold the ankle bones in place can easily be overstretched.

text: Ankle sprain – The ligaments that hold the ankle bones in place can easily be overstretched.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: holding bones in place

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: they are longer than the rest of the body

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle bones

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: The ligaments that hold the ankle bones in place can easily be overstretched

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: What is the best way to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Ankle sprain

answers: NDQ_007574

answers: How many bones make up the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones make up the human body?

answers: NDQ_007578

answers: ligaments

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligaments

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: deformity

answers: NDQ_007549

answers: The ligaments that hold the ankle bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: The ligaments that hold the ankle bones in place

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: Ankle sprain

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: The ligaments

answers: NDQ_007556

answers: overstretched.

answers: NDQ_007557

answers: The ligaments

answers: NDQ_007558

answers: ankle bones

answers: NDQ_007560

answers: Ankle

answers: NDQ_007562

answers: Ankle sprain

answers: NDQ_007563

answers: Ankle sprain

answers: NDQ_007566

answers: Ankle sprain

answers: NDQ_007568

answers: Ankle sprain – The ligaments

answers: NDQ_007569

answers: ankle bones

answers: NDQ_007570

answers: Ankle sprain

answers: NDQ_007571

answers: Ankle sprain

answers: NDQ_007572

answers: The ligaments that hold the ankle bones

answers: NDQ_007573

answers: Ankle sprain

answers: NDQ_007574

answers: The ligaments

answers: NDQ_007575

answers: Ankle sprain

answers: NDQ_007576

answers: overstretched.

answers: NDQ_007577

answers: ankle bones in place can easily be overstretched.

answers: NDQ_007578

answers: ligaments

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: bones

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: bones

text: Allmusic reviewer Thom Jurek states "For the most part, it is a spare and lovely beauty of an album, with few surpises save for the elegance that Sakamoto performs these indelible pieces with". PopMatters John Garrett noted "An important selling point for Playing the Piano is how Ryuichi Sakamoto takes the opportunity to “cover himself”, so to speak. His soundtrack work is up for grabs as well as a fantastic pre-Yellow Magic Orchestra composition called “Thousand Knives”. The advantage of this is that Sakamoto boils these pieces down to their skeletal form, presenting them to the listener in a way that’s probably close to how he was writing them all these years ago". Sputnikmusic stated "This album is a testament to the fact that a truly wonderful song needs nothing else to make it special. Although not every song shines, every one of them has something unique about it. That makes this album grand. Only one piano creates true emotion, and unique songs".

text: Allmusic

text: reviewer Thom Jurek states "For the most part, it is a spare and lovely beauty of an album, with few surpises save for the elegance that Sakamoto performs these indelible pieces with".

text: PopMatters

text: John Garrett noted "An important selling point for Playing the Piano is how Ryuichi Sakamoto takes the opportunity to “cover himself”, so to speak. His soundtrack work is up for grabs as well as a fantastic pre-

text: Yellow Magic Orchestra

text: composition called “Thousand Knives”. The advantage of this is that Sakamoto boils these pieces down to their skeletal form, presenting them to the listener in a way that’s probably close to how he was writing them all these years ago".

text: Sputnikmusic

text: stated "This album is a testament to the fact that a truly wonderful song needs nothing else to make it special. Although not every song shines, every one of them has something unique about it. That makes this album grand. Only one piano creates true emotion, and unique songs".

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Playing the Piano

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Red Blood Cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: the ends of long bones ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: Piano

answers: NDQ_007562

answers: only one piano creates true emotion, and unique songs

answers: NDQ_007563

answers: What is a benefit of osteoporosis?

answers: NDQ_007566

answers: Ryuichi Sakamoto

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: Bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: “Thousand Knives”.

answers: NDQ_007550

answers: Knives”.

answers: NDQ_007551

answers: presenting them to the listener

answers: NDQ_007552

answers: “Thousand Knives”.

answers: NDQ_007553

answers: Piano

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Piano

answers: NDQ_007556

answers: close to how he was writing them all these years ago".

answers: NDQ_007557

answers: “Thousand Knives”.

answers: NDQ_007558

answers: “Thousand Knives”.

answers: NDQ_007560

answers: piano

answers: NDQ_007562

answers: a truly wonderful song needs nothing else to make it special.

answers: NDQ_007563

answers: Only one piano creates true emotion, and unique songs".

answers: NDQ_007566

answers: skeletal form,

answers: NDQ_007568

answers: skeletal form,

answers: NDQ_007569

answers: skeletal form,

answers: NDQ_007570

answers: Piano

answers: NDQ_007571

answers: Playing the Piano

answers: NDQ_007572

answers: skeletal form,

answers: NDQ_007573

answers: Playing the Piano

answers: NDQ_007574

answers: Ryuichi Sakamoto

answers: NDQ_007575

answers: skeletal form,

answers: NDQ_007576

answers: Ryuichi Sakamoto

answers: NDQ_007577

answers: “Thousand Knives”.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: “Thousand Knives”.

answers: NDQ_007583

answers: Knives”.

answers: NDQ_007584

answers: skeletal

text: Zircon crystals were identified in skeletal frameworks.

text: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007549

answers: crystals

answers: NDQ_007550

answers: bone and cartilage.

answers: NDQ_007551

answers: growth and repair

answers: NDQ_007552

answers: cartilage.

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeletal framework

answers: NDQ_007556

answers: ossification is slower

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: Zircon crystals are not found in bones.

answers: NDQ_007563

answers: Which of the following is not a type of crystal?

answers: NDQ_007566

answers: How would you describe Zircon?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal frameworks.

answers: NDQ_007550

answers: skeletal frameworks.

answers: NDQ_007551

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007552

answers: skeletal frameworks.

answers: NDQ_007553

answers: skeletal frameworks.

answers: NDQ_007554

answers: skeletal frameworks.

answers: NDQ_007555

answers: skeletal frameworks.

answers: NDQ_007556

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007557

answers: skeletal frameworks.

answers: NDQ_007558

answers: skeletal frameworks.

answers: NDQ_007560

answers: skeletal frameworks.

answers: NDQ_007562

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007563

answers: skeletal frameworks.

answers: NDQ_007566

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007568

answers: skeletal frameworks.

answers: NDQ_007569

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007570

answers: skeletal frameworks.

answers: NDQ_007571

answers: skeletal frameworks.

answers: NDQ_007572

answers: skeletal frameworks.

answers: NDQ_007573

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007574

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007575

answers: skeletal frameworks.

answers: NDQ_007576

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007577

answers: Zircon crystals were identified in skeletal frameworks.

answers: NDQ_007578

answers: skeletal frameworks.

answers: NDQ_007579

answers: skeletal frameworks.

answers: NDQ_007580

answers: skeletal frameworks.

answers: NDQ_007581

answers: skeletal frameworks.

answers: NDQ_007582

answers: skeletal frameworks.

answers: NDQ_007583

answers: skeletal frameworks.

answers: NDQ_007584

answers: skeletal frameworks.

text: Other fractures of the body, are classified as open or closed.   Because fractures that involve the teeth, by definition, communicate with the mouth this distinction is largely lost in mandible fractures.  Condylar, ramus, and coronoid process fractures are generally closed whereas angle, body and parasymphsis fractures are generally open.

text: Other fractures of the body, are classified as open or closed.   Because fractures that involve the teeth, by definition, communicate with the mouth this distinction is largely lost in mandible fractures.  Condylar, ramus, and coronoid process fractures are generally closed whereas angle, body and parasymphsis fractures are generally open.

answers: NDQ_007549

answers: teeth

answers: NDQ_007550

answers: closed

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: fractures that involve the teeth

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ramus

answers: NDQ_007560

answers: ramus

answers: NDQ_007562

answers: Angle, body and parasymphsis fractures are generally open.

answers: NDQ_007563

answers: Which of the following is not a type of fracture?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: closed

answers: NDQ_007571

answers: Which of the following is not a type of fracture?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: How would you describe osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: coronoid process

answers: NDQ_007579

answers: coronoid process

answers: NDQ_007580

answers: coronoid

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: coronoid

answers: NDQ_007583

answers: mandible

answers: NDQ_007584

answers: coronoid

answers: NDQ_007549

answers: teeth,

answers: NDQ_007550

answers: angle, body and parasymphsis fractures

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: closed

answers: NDQ_007553

answers: fractures of the body,

answers: NDQ_007554

answers: closed

answers: NDQ_007555

answers: closed

answers: NDQ_007556

answers: closed

answers: NDQ_007557

answers: fractures

answers: NDQ_007558

answers: angle, body and parasymphsis

answers: NDQ_007560

answers: angle, body and parasymphsis

answers: NDQ_007562

answers: open or closed.

answers: NDQ_007563

answers: closed

answers: NDQ_007566

answers: closed

answers: NDQ_007568

answers: open.

answers: NDQ_007569

answers: closed

answers: NDQ_007570

answers: open.

answers: NDQ_007571

answers: closed

answers: NDQ_007572

answers: closed

answers: NDQ_007573

answers: closed

answers: NDQ_007574

answers: open.

answers: NDQ_007575

answers: closed

answers: NDQ_007576

answers: closed

answers: NDQ_007577

answers: open.

answers: NDQ_007578

answers: closed

answers: NDQ_007579

answers: closed

answers: NDQ_007580

answers: coronoid process fractures are generally closed

answers: NDQ_007581

answers: closed

answers: NDQ_007582

answers: closed whereas angle, body and parasymphsis

answers: NDQ_007583

answers: fractures of the body,

answers: NDQ_007584

answers: coronoid process

text: TnT and TnI in cardiac muscle are presented by forms different from those in skeletal muscles. Two isoforms of TnI and two isoforms of TnT are expressed in human skeletal muscle tissue (skTnI and skTnT). Only one tissue-specific isoform of TnI is described for cardiac muscle tissue (cTnI), whereas the existence of several cardiac specific isoforms of TnT (cTnT) are described in the literature. No cardiac specific isoforms are known for human TnC. TnC in human cardiac muscle tissue is presented by an isoform typical for slow skeletal muscle. Another form of TnC, fast skeletal TnC isoform, is more typical for fast skeletal muscles. cTnI is expressed only in myocardium. No examples of cTnI expression in healthy or injured skeletal muscle or in other tissue types are known. cTnT is probably less cardiac specific. Expression of cTnT in skeletal tissue of patients with chronic skeletal muscle injuries has been described.

text: TnT and TnI in cardiac muscle are presented by forms different from those in skeletal muscles. Two isoforms of TnI and two isoforms of TnT are expressed in human skeletal muscle tissue (skTnI and skTnT). Only one tissue-specific isoform of TnI is described for cardiac muscle tissue (cTnI), whereas the existence of several cardiac specific isoforms of TnT (cTnT) are described in the literature. No cardiac specific isoforms are known for human TnC. TnC in human cardiac muscle tissue is presented by an isoform typical for slow skeletal muscle. Another form of TnC, fast skeletal TnC isoform, is more typical for fast skeletal muscles. cTnI is expressed only in myocardium. No examples of cTnI expression in healthy or injured skeletal muscle or in other tissue types are known. cTnT is probably less cardiac specific. Expression of cTnT in skeletal tissue of patients with chronic skeletal muscle injuries has been described.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: articular cartilage

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: articulation

answers: NDQ_007556

answers: slow skeletal muscle

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: cTnI is expressed only in myocardium

answers: NDQ_007563

answers: What is the primary source of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone lies between periosteum and compact bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: myocardium

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: myocardium

answers: NDQ_007583

answers: TnC

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: skeletal muscle tissue

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: TnT

answers: NDQ_007553

answers: TnT

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: TnT and TnI in cardiac muscle

answers: NDQ_007556

answers: slow skeletal muscle.

answers: NDQ_007557

answers: TnT

answers: NDQ_007558

answers: TnC.

answers: NDQ_007560

answers: TnC.

answers: NDQ_007562

answers: TnT

answers: NDQ_007563

answers: TnT

answers: NDQ_007566

answers: TnT and TnI in cardiac muscle

answers: NDQ_007568

answers: TnT

answers: NDQ_007569

answers: TnT

answers: NDQ_007570

answers: TnT and TnI in cardiac muscle

answers: NDQ_007571

answers: TnT

answers: NDQ_007572

answers: TnT

answers: NDQ_007573

answers: TnT

answers: NDQ_007574

answers: No cardiac specific isoforms are known for human TnC.

answers: NDQ_007575

answers: TnT

answers: NDQ_007576

answers: TnT

answers: NDQ_007577

answers: TnT

answers: NDQ_007578

answers: TnC.

answers: NDQ_007579

answers: TnC.

answers: NDQ_007580

answers: TnC.

answers: NDQ_007581

answers: TnC.

answers: NDQ_007582

answers: myocardium.

answers: NDQ_007583

answers: TnT

answers: NDQ_007584

answers: TnC.

text: Taurine is necessary for normal skeletal muscle functioning. Mice with a genetic taurine deficiency had a nearly complete depletion of skeletal and cardiac muscle taurine levels and a reduction of more than 80% of exercise capacity compared to control mice. Taurine can influence (and possibly reverse) defects in nerve blood flow, motor nerve conduction velocity, and nerve sensory thresholds in experimental diabetic neuropathic rats.

text: Taurine is necessary for normal skeletal muscle functioning. Mice with a genetic taurine deficiency had a nearly complete depletion of skeletal and cardiac muscle taurine levels and a reduction of more than 80% of exercise capacity compared to control mice. Taurine can influence (and possibly reverse) defects in nerve blood flow, motor nerve conduction velocity, and nerve sensory thresholds in experimental diabetic neuropathic rats.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: exercise capacity

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Taurine

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: genetic taurine deficiency

answers: NDQ_007557

answers: taurine

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Taurine is necessary for normal skeletal muscle functioning

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a characteristic of chalk?

answers: NDQ_007568

answers: Which of the following is not an organ: skeletal, cardiac, musculoskeletal, or muscular?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What joint is necessary for normal skeletal muscle functioning?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not necessary for normal skeletal muscle functioning?

answers: NDQ_007573

answers: Taurine is necessary for normal skeletal muscle functioning.

answers: NDQ_007574

answers: What does taurine contribute to?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: cardiac muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: Taurine

answers: NDQ_007553

answers: Taurine

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: Taurine

answers: NDQ_007557

answers: Taurine is necessary for normal skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Taurine is necessary for normal skeletal muscle

answers: NDQ_007563

answers: Taurine is necessary for normal skeletal muscle

answers: NDQ_007566

answers: Taurine

answers: NDQ_007568

answers: Taurine

answers: NDQ_007569

answers: Taurine

answers: NDQ_007570

answers: Taurine is necessary for normal skeletal muscle

answers: NDQ_007571

answers: Taurine

answers: NDQ_007572

answers: Taurine is necessary for normal skeletal muscle

answers: NDQ_007573

answers: Mice with a genetic taurine deficiency

answers: NDQ_007574

answers: Taurine

answers: NDQ_007575

answers: Taurine

answers: NDQ_007576

answers: Taurine is necessary for normal skeletal muscle

answers: NDQ_007577

answers: 80% of exercise capacity compared to control mice.

answers: NDQ_007578

answers: skeletal and cardiac muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: cardiac muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: Most hip fractures are treated by implanting an orthosis. The surgery is a major stress, particularly in the elderly. Pain is also significant, resulting in immobilization. Since prolonged immobilization can be more of a health risk than the surgery itself, post-op people are encouraged to become mobile as soon as possible, often with the assistance of physical therapy. Skeletal traction pending surgery is not supported by the evidence. Regional nerve blocks are useful for pain management in hip fractures.

text: Most hip fractures are treated by

text: implanting

text: an

text: orthosis

text: . The surgery is a major stress, particularly in the elderly. Pain is also significant, resulting in immobilization. Since prolonged immobilization can be more of a health risk than the surgery itself, post-op people are encouraged to become mobile as soon as possible, often with the assistance of

text: physical therapy

text: Skeletal traction

text: pending surgery is not supported by the evidence.

text: Regional nerve block

text: s are useful for pain management in hip fractures.

answers: NDQ_007549

answers: hip

answers: NDQ_007550

answers: __

answers: NDQ_007551

answers: mobility

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: __

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: hip to the rest of the body

answers: NDQ_007556

answers: hip fractures

answers: NDQ_007557

answers: Orthosis

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: skeletal traction pending surgery is not supported by the evidence

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, shoulder, or hip?

answers: NDQ_007571

answers: Which of the following is not a health risk?

answers: NDQ_007572

answers: Which of the following is not a health risk: prolonged immobilization or blood cells?

answers: NDQ_007573

answers: Which of the following is not a risk factor for bone fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a reason for people to become mobile as soon as possible?

answers: NDQ_007576

answers: Which of the following is true of a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: orthosis

answers: NDQ_007582

answers: hip

answers: NDQ_007583

answers: orthosis

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: hip fractures are treated by implanting an orthosis.

answers: NDQ_007550

answers: Skeletal traction

answers: NDQ_007551

answers: mobile

answers: NDQ_007552

answers: Regional nerve blocks

answers: NDQ_007553

answers: hip fractures are treated by implanting an orthosis.

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal traction

answers: NDQ_007556

answers: elderly.

answers: NDQ_007557

answers: orthosis.

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: Skeletal traction pending surgery

answers: NDQ_007563

answers: Regional nerve blocks

answers: NDQ_007566

answers: Regional nerve blocks

answers: NDQ_007568

answers: Regional nerve blocks

answers: NDQ_007569

answers: Regional nerve blocks

answers: NDQ_007570

answers: hip fractures

answers: NDQ_007571

answers: Skeletal traction

answers: NDQ_007572

answers: Skeletal traction

answers: NDQ_007573

answers: Most hip fractures

answers: NDQ_007574

answers: Regional nerve blocks

answers: NDQ_007575

answers: Regional nerve blocks

answers: NDQ_007576

answers: hip fractures

answers: NDQ_007577

answers: Regional nerve blocks

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: orthosis.

answers: NDQ_007582

answers: hip

answers: NDQ_007583

answers: hip fractures

answers: NDQ_007584

answers: fractures

text: Renal osteodystrophy is currently defined as an alteration of bone morphology in patients with chronic kidney disease (CKD).  It is one measure of the skeletal component of the systemic disorder of chronic kidney disease-mineral and bone disorder (CKD-MBD). The term "renal osteodystrophy" was coined in 1943, 60 years after an association was identified between bone disease and renal failure. The traditional types of renal osteodystrophy have been defined on the basis of turnover and mineralization as follows: mild, slight increase in turnover and normal mineralization; osteitis fibrosa, increased turnover and normal mineralization; osteomalacia, decreased turnover and abnormal mineralization; adynamic, decreased turnover and acellularity; mixed, increased turnover with abnormal mineralization. A Kidney Disease: Improving Global Outcomes report has suggested that bone biopsies in patients with CKD should be characterized by determining bone turnover, mineralization, and volume (TMV system). On the other hand, CKD-MBD is defined as a systemic disorder of mineral and bone metabolism due to CKD manifested by either one or a combination of the following: 1) abnormalities of calcium, phosphorus, PTH, or vitamin D metabolism; 2) abnormalities in bone turnover, mineralization, volume, linear growth, or strength (renal osteodystrophy); and 3) vascular or other soft-tissue calcification.

text: Renal osteodystrophy is currently defined as an alteration of bone morphology in patients with

text: chronic kidney disease

text: (CKD).  It is one measure of the skeletal component of the systemic disorder of

entity_name: Chronic kidney disease-mineral and bone disorder

text: chronic kidney disease-mineral and bone disorder

text: (CKD-MBD). The term "renal osteodystrophy" was coined in 1943, 60 years after an association was identified between bone disease and renal failure. The traditional types of renal osteodystrophy have been defined on the basis of turnover and mineralization as follows: mild, slight increase in turnover and normal mineralization; osteitis fibrosa, increased turnover and normal mineralization;

text: osteomalacia

text: , decreased turnover and abnormal mineralization; adynamic, decreased turnover and acellularity; mixed, increased turnover with abnormal mineralization. A Kidney Disease: Improving Global Outcomes report has suggested that bone biopsies in patients with CKD should be characterized by determining bone turnover, mineralization, and volume (TMV system). On the other hand, CKD-MBD is defined as a systemic disorder of mineral and bone metabolism due to CKD manifested by either one or a combination of the following: 1) abnormalities of calcium, phosphorus, PTH, or vitamin D metabolism; 2) abnormalities in bone turnover, mineralization, volume, linear growth, or strength (renal osteodystrophy); and 3) vascular or other soft-tissue calcification.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: bone metabolism

answers: NDQ_007552

answers: fibrosis

answers: NDQ_007553

answers: TMV system

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: decreased turnover and abnormal mineralization

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteomalacia

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: vascular or other soft-tissue calcification

answers: NDQ_007563

answers: Which of the following is not a mineral: calcium, phosphorus, PTH, or vitamin D metabolism

answers: NDQ_007566

answers: How would you describe osteodystrophy?

answers: NDQ_007568

answers: How many types of bone tissues are there?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, phosphorus, PTH, or vitamin D

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: acellularity

answers: NDQ_007579

answers: osteodystrophy

answers: NDQ_007580

answers: osteomalacia

answers: NDQ_007581

answers: Osteoblast

answers: NDQ_007582

answers: vascular

answers: NDQ_007583

answers: osteomalacia

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone turnover, mineralization, volume, linear growth, or strength

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: strength

answers: NDQ_007552

answers: PTH,

answers: NDQ_007553

answers: D

answers: NDQ_007554

answers: soft-tissue

answers: NDQ_007555

answers: Renal osteodystrophy

answers: NDQ_007556

answers: chronic kidney disease

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteomalacia,

answers: NDQ_007560

answers: bone turnover, mineralization, and volume (TMV system).

answers: NDQ_007562

answers: Renal osteodystrophy

answers: NDQ_007563

answers: calcium,

answers: NDQ_007566

answers: Renal osteodystrophy

answers: NDQ_007568

answers: osteomalacia,

answers: NDQ_007569

answers: Renal osteodystrophy

answers: NDQ_007570

answers: Renal osteodystrophy

answers: NDQ_007571

answers: calcium, phosphorus, PTH, or vitamin D metabolism;

answers: NDQ_007572

answers: Renal osteodystrophy

answers: NDQ_007573

answers: Renal osteodystrophy

answers: NDQ_007574

answers: Renal osteodystrophy

answers: NDQ_007575

answers: Renal osteodystrophy

answers: NDQ_007576

answers: Renal osteodystrophy

answers: NDQ_007577

answers: 1943,

answers: NDQ_007578

answers: acellularity;

answers: NDQ_007579

answers: soft-tissue calcification.

answers: NDQ_007580

answers: osteomalacia,

answers: NDQ_007581

answers: (TMV system).

answers: NDQ_007582

answers: vascular

answers: NDQ_007583

answers: soft-tissue

answers: NDQ_007584

answers: mineralization

text: Alpha-7 integrin is highly expressed in striated muscle, namely skeletal and cardiac muscle, and functions as the major laminin-binding integrin. It was later shown that alpha-7 integrin is also highly expressed in smooth muscle. The two major splice variants of alpha-7 integrin appear to have developmentally regulated expression; alpha-7A integrin is expressed solely in skeletal muscle, however alpha-7B integrin is expressed more loosely in striated muscle as well as the vasculature.<ref>{{cite journal|last1=Velling|first1=T|last2=Collo|first2=G|last3=Sorokin|first3=L|last4=Durbeej|first4=M|last5=Zhang|first5=H|last6=Gullberg|first6=D|title=Distinct alpha 7A beta 1 and alpha 7B beta 1 integrin expression patterns during mouse development: alpha 7A is restricted to skeletal muscle but alpha 7B is expressed in striated muscle, vasculature, and nervous system.|journal=Developmental Dynamics|date=December 1996|volume=207|issue=4|pages=355–71|pmid=8950511|doi=10.1002/(SICI)1097-0177(199612)207:4

text: Alpha-7 integrin is highly expressed in

text: striated muscle

text: , namely

text: skeletal

text: and

text: cardiac muscle

text: , and functions as the major

text: laminin

text: -binding integrin. It was later shown that alpha-7 integrin is also highly expressed in

text: smooth muscle

text: . The two major

text: splice variant

text: s of alpha-7 integrin appear to have developmentally regulated expression; alpha-7A integrin is expressed solely in

text: skeletal muscle

text: , however alpha-7B integrin is expressed more loosely in

text: striated muscle

text: as well as the vasculature.<ref>{{cite journal|last1=Velling|first1=T|last2=Collo|first2=G|last3=Sorokin|first3=L|last4=Durbeej|first4=M|last5=Zhang|first5=H|last6=Gullberg|first6=D|title=Distinct alpha 7A beta 1 and alpha 7B beta 1 integrin expression patterns during mouse development: alpha 7A is restricted to skeletal muscle but alpha 7B is expressed in striated muscle, vasculature, and nervous system.|journal=Developmental Dynamics|date=December 1996|volume=207|issue=4|pages=355–71|pmid=8950511|doi=10.1002/(SICI)1097-0177(199612)207:4

answers: NDQ_007549

answers: alpha-7 integrin

answers: NDQ_007550

answers: articulatio articulatio articulatio articulatio

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: alpha-7 integrin

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: developmentally regulated expression

answers: NDQ_007557

answers: laminin.

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: alpha-7A integrin is expressed solely in skeletal muscle

answers: NDQ_007563

answers: Context: Bones release calcium to the blood as needed.

answers: NDQ_007566

answers: context: Bones are like chalk: dead, dry, and brittle

answers: NDQ_007568

answers: Bones are organs made up of four types of bone tissues.

answers: NDQ_007569

answers: Consolidated bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: Context: A ball-and-socket joint is a type of joint in which the bones of a joint are joined together by means of a hinge.

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Context: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Context: Alpha-7 integrin is highly expressed in striated muscle, namely skeletal and cardiac muscle, and functions as the major laminin-binding integrin. It was later shown that alpha-7B integrin is expressed more loosely in striated muscle as well as the vasculature. ref> cite journal|last1=Velling|first1=T|last2=Collo|first2=G|last3=Sorokin|first3=L|last4=Durbeej|first4=M|last5=Zhang|first5=H|last6=Gullberg|first6=D|title=Distinct alpha 7A beta 1 and alpha 7B beta 1 integrin expression patterns during mouse development: alpha 7A integrin is expressed solely in skeletal muscle, namely skeletal and cardiac muscle, and functions as the major laminin-binding integrin. ref> cite journal|last1=Velling|first1=T|last2=Collo|first2=G|last3=Sorokin|first3=L|last4=Durbeej|first4=M|last5=Zhang|first5=H|last6=Gullberg|first6=D|title=Distinct alpha 7A beta 1 and alpha 7B beta 1 integrin expression patterns during mouse development: alpha 7A integrin is expressed solely in skeletal muscle, namely skeletal and cardiac muscle, and functions as the major laminin-binding integrin. ref> cite journal|last1=Velling|first1=T|last2=Collo|first2=G|last3=Sorokin|first3=L|last4=Durbeej|first4=M|last5=Zhang|first5=H|last6=Zhang|first6=H|last7=Gullberg|first7=D|title=Distinct alpha 7A beta 1 and alpha 7B beta 1 integrin expression patterns during mouse development: alpha 7A integrin is expressed solely in skeletal muscle, namely skeletal and cardiac muscle

answers: NDQ_007574

answers: Context: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: Context: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: laminin

answers: NDQ_007579

answers: laminin

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: laminin

answers: NDQ_007582

answers: Vasculature

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: cardiac muscle,

answers: NDQ_007550

answers: striated muscle,

answers: NDQ_007551

answers: cardiac muscle,

answers: NDQ_007552

answers: Alpha-7 integrin

answers: NDQ_007553

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007554

answers: striated muscle,

answers: NDQ_007555

answers: skeletal and cardiac muscle,

answers: NDQ_007556

answers: alpha 7A is restricted to skeletal muscle

answers: NDQ_007557

answers: laminin-binding

answers: NDQ_007558

answers: journal|last1=Velling|first1=T|last2=Collo|first2=G|last3=Sorokin|first3=L|last4=Durbeej|first4=M|last5=Zhang|first5=H|last6=Gullberg|first6=D|title=Distinct

answers: NDQ_007560

answers: cardiac muscle,

answers: NDQ_007562

answers: alpha-7A integrin is expressed solely in skeletal muscle,

answers: NDQ_007563

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007566

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007568

answers: striated muscle, vasculature, and nervous system.|journal=Developmental

answers: NDQ_007569

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007570

answers: alpha 7A is restricted to skeletal muscle

answers: NDQ_007571

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007572

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007573

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007574

answers: alpha-7A integrin is expressed solely in skeletal muscle,

answers: NDQ_007575

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007576

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007577

answers: Alpha-7 integrin is highly expressed in striated muscle,

answers: NDQ_007578

answers: striated

answers: NDQ_007579

answers: skeletal and cardiac muscle, and functions as the major laminin-binding

answers: NDQ_007580

answers: skeletal and cardiac muscle, and functions as the major laminin-binding

answers: NDQ_007581

answers: laminin-binding

answers: NDQ_007582

answers: vasculature.

answers: NDQ_007583

answers: vasculature.

answers: NDQ_007584

answers: development:

text: A sternal fracture is a fracture of the sternum (the breastbone), located in the center of the chest.  The injury, which occurs in 5–8% of people who experience significant blunt chest trauma, may occur in vehicle accidents, when the still-moving chest strikes a steering wheel or dashboard or is injured by a seatbelt. Cardiopulmonary resuscitation, commonly known as CPR,  has also been known to cause thoracic injury, including sternum and rib fractures. Sternal fractures may also occur as a pathological fracture, in people who have weakened bone in their sternum, due to another disease process.  Sternal fracture can interfere with breathing by making it more painful; however, its primary significance is that it can indicate the presence of serious associated internal injuries, especially to the heart and lungs.

text: A sternal fracture is a

text: fracture

text: of the

text: sternum

text: (the breastbone), located in the center of the

text: chest

text: .  The injury, which occurs in 5–8% of people who experience significant blunt

text: chest trauma

text: , may occur in vehicle accidents, when the still-moving chest strikes a steering wheel or dashboard or is injured by a seatbelt.

text: Cardiopulmonary resuscitation

text: , commonly known as

text: CPR

text: ,  has also been known to cause thoracic injury, including sternum and

text: rib fracture

text: s. Sternal fractures may also occur as a

text: pathological fracture

text: , in people who have weakened bone in their sternum, due to another disease process.  Sternal fracture can interfere with breathing by making it more painful; however, its primary significance is that it can indicate the presence of serious associated internal injuries, especially to the heart and

text: lung

text: s.

answers: NDQ_007549

answers: ribs

answers: NDQ_007550

answers: thoracic bone

answers: NDQ_007551

answers: breathing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a person's body

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: thoracic

answers: NDQ_007556

answers: bone in their sternum

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: sternum

answers: NDQ_007562

answers: CPR has also been known to cause thoracic injury, including sternum and rib fractures

answers: NDQ_007563

answers: Which of the following is not a type of bone: sternum, breastbone, or rib?

answers: NDQ_007566

answers: How would you describe a sternal fracture?

answers: NDQ_007568

answers: Which of the following is not a type of bone: sternum, ribs, or heart?

answers: NDQ_007569

answers: What type of bone is the sternum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a reason for a sternal fracture?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, rib bone, or sternum?

answers: NDQ_007573

answers: Which of the following is not a disease process: Cardiopulmonary resuscitation, commonly known as CPR, commonly known as sternum and rib fractures

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: rib

answers: NDQ_007579

answers: rib

answers: NDQ_007580

answers: rib

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: lungs

answers: NDQ_007583

answers: ribs

answers: NDQ_007584

answers: bone

answers: NDQ_007549

answers: rib fractures.

answers: NDQ_007550

answers: (the breastbone),

answers: NDQ_007551

answers: breathing

answers: NDQ_007552

answers: Cardiopulmonary resuscitation,

answers: NDQ_007553

answers: Cardiopulmonary resuscitation,

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: rib

answers: NDQ_007556

answers: weakened bone in their sternum, due to another disease process.

answers: NDQ_007557

answers: weakened bone

answers: NDQ_007558

answers: rib

answers: NDQ_007560

answers: rib

answers: NDQ_007562

answers: a seatbelt. Cardiopulmonary resuscitation,

answers: NDQ_007563

answers: Cardiopulmonary resuscitation,

answers: NDQ_007566

answers: Cardiopulmonary resuscitation,

answers: NDQ_007568

answers: Cardiopulmonary resuscitation,

answers: NDQ_007569

answers: sternum (the breastbone),

answers: NDQ_007570

answers: A sternal fracture

answers: NDQ_007571

answers: weakened bone

answers: NDQ_007572

answers: weakened bone

answers: NDQ_007573

answers: weakened bone in their sternum,

answers: NDQ_007574

answers: weakened bone

answers: NDQ_007575

answers: weakened bone

answers: NDQ_007576

answers: sternal fracture

answers: NDQ_007577

answers: 5–8%

answers: NDQ_007578

answers: rib

answers: NDQ_007579

answers: rib

answers: NDQ_007580

answers: rib

answers: NDQ_007581

answers: rib

answers: NDQ_007582

answers: heart and lungs.

answers: NDQ_007583

answers: rib

answers: NDQ_007584

answers: disease

text: It is most often used for modifying weight maps for skeletal animation, to tweak the influence of individual bones when deforming surfaces around joints.

text: It is most often used for modifying

text: weight map

text: s for

text: skeletal animation

text: , to tweak the influence of individual

text: bones

text: when deforming surfaces around joints.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: deformable surfaces

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: the ends of long bones are longer

answers: NDQ_007557

answers: weights

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: Bone fractures do not affect the strength of the bone.

answers: NDQ_007563

answers: None of the above choices.

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: weight map

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: it does not

answers: NDQ_007577

answers: no

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: to tweak the influence of individual bones when deforming surfaces around joints.

answers: NDQ_007552

answers: bones

answers: NDQ_007553

answers: bones

answers: NDQ_007554

answers: bones

answers: NDQ_007555

answers: skeletal animation,

answers: NDQ_007556

answers: individual bones when deforming surfaces around joints.

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: individual bones

answers: NDQ_007560

answers: bones

answers: NDQ_007562

answers: bones

answers: NDQ_007563

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007566

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007568

answers: modifying weight maps

answers: NDQ_007569

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007570

answers: modifying weight maps for skeletal animation,

answers: NDQ_007571

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007572

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007573

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007574

answers: modifying weight maps for skeletal animation,

answers: NDQ_007575

answers: modifying weight maps

answers: NDQ_007576

answers: It is most often used for modifying weight maps for skeletal animation,

answers: NDQ_007577

answers: bones

answers: NDQ_007578

answers: bones

answers: NDQ_007579

answers: bones

answers: NDQ_007580

answers: bones

answers: NDQ_007581

answers: joints.

answers: NDQ_007582

answers: bones

answers: NDQ_007583

answers: bones

answers: NDQ_007584

answers: deforming surfaces around joints.

text: Skeletal pneumaticity allows animals to redistribute the skeletal mass within their body. The skeletal mass of a bird (pneumatized) and a mammal (not pneumatized) with similar body size is roughly the same, yet the bones of birds were found to be denser than the bones of mammals. This suggests that pneumatization of bird bones does not affect the overall mass but allows for a better balance of weight within the body to allow for greater balance, agility and ease of flight.

text: Skeletal pneumaticity allows animals to redistribute the skeletal mass within their body. The skeletal mass of a bird (pneumatized) and a mammal (not pneumatized) with similar body size is roughly the same, yet the bones of birds were found to be denser than the bones of mammals. This suggests that pneumatization of bird bones does not affect the overall mass but allows for a better balance of weight within the body to allow for greater balance, agility and ease of flight.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: balance of weight within the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: denser

answers: NDQ_007555

answers: mammal

answers: NDQ_007556

answers: pneumatization

answers: NDQ_007557

answers: pneumaticity

answers: NDQ_007558

answers: birds

answers: NDQ_007560

answers: skeleton

answers: NDQ_007562

answers: pneumatization of bird bones does not affect the overall mass

answers: NDQ_007563

answers: What does pneumatization of bird bones allow for?

answers: NDQ_007566

answers: What does pneumatization of bird bones do?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Bones of birds were found to be denser

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What does pneumatization of bird bones do?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones do birds have?

answers: NDQ_007578

answers: pneumatized

answers: NDQ_007579

answers: denser

answers: NDQ_007580

answers: pneumatized

answers: NDQ_007581

answers: pneumatization

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: pneumatized

answers: NDQ_007584

answers: pneumatization

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: balance, agility and ease of flight.

answers: NDQ_007552

answers: Skeletal pneumaticity

answers: NDQ_007553

answers: Skeletal pneumaticity

answers: NDQ_007554

answers: denser

answers: NDQ_007555

answers: bird

answers: NDQ_007556

answers: allows for a better balance of weight

answers: NDQ_007557

answers: Skeletal pneumaticity

answers: NDQ_007558

answers: bird bones

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: pneumatization of bird bones does not affect the overall mass

answers: NDQ_007563

answers: Skeletal pneumaticity

answers: NDQ_007566

answers: Skeletal pneumaticity

answers: NDQ_007568

answers: Skeletal

answers: NDQ_007569

answers: Skeletal pneumaticity

answers: NDQ_007570

answers: Skeletal pneumaticity

answers: NDQ_007571

answers: bones of birds were found to be denser than the bones of mammals.

answers: NDQ_007572

answers: denser

answers: NDQ_007573

answers: Skeletal pneumaticity

answers: NDQ_007574

answers: a bird

answers: NDQ_007575

answers: mammals.

answers: NDQ_007576

answers: Skeletal pneumaticity

answers: NDQ_007577

answers: bird

answers: NDQ_007578

answers: denser

answers: NDQ_007579

answers: denser

answers: NDQ_007580

answers: Skeletal pneumaticity

answers: NDQ_007581

answers: pneumaticity

answers: NDQ_007582

answers: Skeletal pneumaticity

answers: NDQ_007583

answers: mammals.

answers: NDQ_007584

answers: pneumatization

text: Though stem cells isolated from the muscle (satellite cells) have the ability to differentiate into myotubes when injected directly into the muscle of animals, they lack the ability to spread systemically throughout. To effectively deliver a therapeutic dose to an isolated muscle it would require direct injections to that muscle every 2mm. This problem was circumvented by using another multipotent stem cell, termed pericytes, that are located within the blood vessels of skeletal muscle. These cells have the ability to be delivered systemically and uptaken by crossing the vascular barrier. Once past the vasculature, pericytes have the ability to fuse and form myotubes. This means that they can be injected arterially, crossing through arterial walls into muscle, where they can differentiate into potentially functional muscle. These findings show potential for stem cell therapy of DMD. The pericyte-derived cells would be extracted, grown in culture, and then these cells would be injected into the blood stream where the possibility exists that they might find their way into injured regions of skeletal muscle.

text: Though

text: stem cells

text: isolated from the muscle (

text: satellite cell

text: s) have the ability to differentiate into myotubes when injected directly into the muscle of animals, they lack the ability to spread systemically throughout. To effectively deliver a therapeutic dose to an isolated muscle it would require direct injections to that muscle every 2mm. This problem was circumvented by using another multipotent stem cell, termed

text: pericyte

text: s, that are located within the blood vessels of skeletal muscle. These cells have the ability to be delivered systemically and uptaken by crossing the vascular barrier. Once past the vasculature, pericytes have the ability to fuse and form myotubes. This means that they can be injected arterially, crossing through arterial walls into muscle, where they can differentiate into potentially functional muscle. These findings show potential for stem cell therapy of DMD. The pericyte-derived cells would be extracted, grown in culture, and then these cells would be injected into the blood stream where the possibility exists that they might find their way into injured regions of skeletal muscle.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood vessels

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: vascular barrier

answers: NDQ_007557

answers: pericytes

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: myotubes

answers: NDQ_007562

answers: to effectively deliver a therapeutic dose to an isolated muscle every 2mm

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis has an increased risk of bone fractures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: pericyte

answers: NDQ_007579

answers: vascular barrier

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: differentiation

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: muscle.

answers: NDQ_007551

answers: muscle.

answers: NDQ_007552

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007553

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: vascular barrier.

answers: NDQ_007557

answers: myotubes

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: myotubes

answers: NDQ_007562

answers: stem cells isolated from the muscle

answers: NDQ_007563

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007566

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007568

answers: pericytes,

answers: NDQ_007569

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007570

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007571

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007572

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007573

answers: DMD.

answers: NDQ_007574

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007575

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007576

answers: pericytes, that are located within the blood vessels of skeletal muscle.

answers: NDQ_007577

answers: 2mm.

answers: NDQ_007578

answers: pericytes,

answers: NDQ_007579

answers: pericytes,

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: myotubes

answers: NDQ_007582

answers: pericytes,

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: differentiate

text: Skeletal muscles work as antagonistic pairs. Contracting one skeletal muscle requires the relaxation of the opposing muscle in the pair. Cramps can occur when muscles are unable to relax properly due to myosin fibers not fully detaching from actin filaments. In skeletal muscle, adenosine triphosphate (ATP) must attach to the myosin heads for them to disassociate from the actin and allow relaxation; the absence of ATP in sufficient quantities means that the myosin heads remains attached to actin. An attempt to force a muscle cramped in this way to extend (by contracting the opposing muscle) can tear muscle tissue and worsen the pain. The muscle must be allowed to recover (resynthesize ATP), before the myosin fibres can detach and allow the muscle to relax.

text: Skeletal muscles work as

text: antagonistic pairs

text: . Contracting one skeletal muscle requires the relaxation of the opposing muscle in the pair. Cramps can occur when muscles are unable to relax properly due to

text: myosin

text: fibers not fully detaching from

text: actin

text: filaments. In skeletal muscle,

text: adenosine triphosphate

text: (ATP) must attach to the myosin heads for them to disassociate from the actin and allow relaxation; the absence of ATP in sufficient quantities means that the myosin heads remains attached to actin. An attempt to force a muscle cramped in this way to extend (by contracting the opposing muscle) can tear muscle tissue and worsen the pain. The muscle must be allowed to recover (resynthesize ATP), before the myosin fibres can detach and allow the muscle to relax.

answers: NDQ_007549

answers: Skeletal muscles

answers: NDQ_007550

answers: what?

answers: NDQ_007551

answers: muscle contraction and relaxation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: myosin fibers not fully detaching from actin filaments

answers: NDQ_007557

answers: actin

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a cause of muscle cramps?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: actin

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: actin

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: actin

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: antagonistic pairs.

answers: NDQ_007551

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007552

answers: myosin fibers not fully detaching from actin

answers: NDQ_007553

answers: Skeletal muscles

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: Skeletal muscles

answers: NDQ_007556

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007557

answers: actin filaments.

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: Skeletal muscles

answers: NDQ_007562

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007563

answers: Skeletal muscles

answers: NDQ_007566

answers: Skeletal muscles

answers: NDQ_007568

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007569

answers: Skeletal muscles

answers: NDQ_007570

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007571

answers: Skeletal muscles

answers: NDQ_007572

answers: Skeletal muscles

answers: NDQ_007573

answers: Cramps

answers: NDQ_007574

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007575

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007576

answers: Cramps

answers: NDQ_007577

answers: Skeletal muscles work as antagonistic pairs.

answers: NDQ_007578

answers: actin filaments.

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: actin

answers: NDQ_007582

answers: actin filaments.

answers: NDQ_007583

answers: muscle tissue

answers: NDQ_007584

answers: skeletal muscle,

text: From the very beginning of the U.S. human space program, serious and reasonable concern has been expressed about exposure of humans to the microgravity of space due to the potential systemic effects on terrestrially-evolved life forms that are so suitably adapted to Earth gravity.  Humans in the microgravity environment of space, within our current space vehicles, are exposed to various mission-specific periods of skeletal muscle unloading (unweighting).  Unloading of skeletal muscle, both on Earth and during spaceflight, results in remodeling of muscle (atrophic response) as an adaptation to the reduced loads placed upon it.  As a result, decrements occur in skeletal muscle strength, fatigue resistance, motor performance, and connective tissue integrity.  In addition, there are cardiopulmonary and vascular changes, including a significant decrease in red blood cell mass, that affect skeletal muscle function.  This normal adaptive response to the microgravity environment is, for the most part, of little consequence within the space vehicle per se, but may become a liability resulting in increased risk of an inability or decreased efficiency in crewmember performance of physically demanding tasks during extravehicular activity (EVA) or abrupt transitions to environments of increased gravity (return to Earth, landing on the surface of another planetary body).

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: connective tissue

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: connective tissue integrity

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: unloading

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: unloading of skeletal muscle, both on Earth and during spaceflight

answers: NDQ_007563

answers: Which of the following is not a result of remodeling of muscle?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone

answers: NDQ_007570

answers: unloading

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a result of decrements occur in skeletal muscle strength?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unloading

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: connective tissue

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: red blood cell

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: remodeling

answers: NDQ_007549

answers: connective tissue integrity.

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle strength, fatigue resistance, motor performance, and connective tissue integrity.

answers: NDQ_007552

answers: connective tissue

answers: NDQ_007553

answers: red blood cell mass,

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: connective tissue

answers: NDQ_007556

answers: gravity

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: From the very beginning of the U.S. human space program,

answers: NDQ_007563

answers: (atrophic response)

answers: NDQ_007566

answers: skeletal muscle,

answers: NDQ_007568

answers: connective tissue

answers: NDQ_007569

answers: skeletal muscle

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: a significant decrease in red blood cell mass,

answers: NDQ_007572

answers: red blood cell mass,

answers: NDQ_007573

answers: skeletal muscle strength, fatigue resistance, motor performance, and connective tissue integrity.

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: (atrophic response)

answers: NDQ_007576

answers: skeletal muscle unloading (unweighting).

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: connective

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: connective

answers: NDQ_007581

answers: connective

answers: NDQ_007582

answers: connective

answers: NDQ_007583

answers: connective tissue integrity.

answers: NDQ_007584

answers: (atrophic response)

text: In the GPLed version of the source code, most of the code dealing with the MD4 skeletal animation files was missing. It is presumed that id simply never finished the format, although almost all licensees derived their own skeletal animation systems from what was present. Ritual Entertainment did this for use in the game, Heavy Metal: F.A.K.K.², the SDK to which formed the basis of MD4 support completed by someone who used the pseudonym Gongo.

text: In the GPLed version of the source code, most of the code dealing with the MD4

text: skeletal animation

text: files was missing. It is presumed that id simply never finished the format, although almost all licensees derived their own skeletal animation systems from what was present.

text: Ritual Entertainment

text: did this for use in the game,

text: Heavy Metal: F.A.K.K.²

text: , the

text: SDK

text: to which formed the basis of MD4 support completed by someone who used the

text: pseudonym

text: Gongo.

answers: NDQ_007549

answers: skeletal animation files

answers: NDQ_007550

answers: md4

answers: NDQ_007551

answers: animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: id simply never finished the format

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: most of the code dealing with the MD4 skeletal animation files was missing

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: How would you describe Gongo?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: vitamin D

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: 206 bones

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: MD4 skeletal animation files

answers: NDQ_007550

answers: MD4

answers: NDQ_007551

answers: animation

answers: NDQ_007552

answers: MD4

answers: NDQ_007553

answers: F.A.K.K.2,

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007556

answers: id simply never finished the format,

answers: NDQ_007557

answers: skeletal animation systems

answers: NDQ_007558

answers: MD4

answers: NDQ_007560

answers: MD4

answers: NDQ_007562

answers: id simply never finished the format,

answers: NDQ_007563

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007566

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007568

answers: MD4

answers: NDQ_007569

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007570

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007571

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007572

answers: F.A.K.K.2,

answers: NDQ_007573

answers: most of the code dealing with the MD4

answers: NDQ_007574

answers: most of the code dealing with the MD4

answers: NDQ_007575

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007576

answers: Heavy Metal: F.A.K.K.2,

answers: NDQ_007577

answers: MD4

answers: NDQ_007578

answers: MD4

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: MD4

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Calsequestrin is a calcium-binding protein of the sarcoplasmic reticulum.  The protein helps hold calcium in the cisterna of the sarcoplasmic reticulum after a muscle contraction, even though the concentration of calcium in the sarcoplasmic reticulum is much higher than in the cytosol. It also helps the sarcoplasmic reticulum store an extraordinarily high amount of calcium ions.  Each molecule of calsequestrin can bind 18 to 50 Ca ions. Sequence analysis has suggested that calcium is not bound in distinct pockets via EF-hand motifs, but rather via presentation of a charged protein surface. Two forms of calsequestrin have been identified. The cardiac form Calsequestrin-2 (CASQ2) is present in cardiac and slow skeletal muscle and the fast skeletal form Calsequestrin-1(CASQ1) is found in fast skeletal muscle. The release of calsequestrin-bound calcium (through a calcium release channel) triggers muscle contraction. The active protein is not highly structured, more than 50% of it adopting a random coil conformation. When calcium binds there is a structural change whereby the alpha-helical content of the protein increases from 3 to 11%. Both forms of calsequestrin are phosphorylated by casein kinase 2, but the cardiac form is phosphorylated more rapidly and to a higher degree. Calsequestrin is also secreted in the gut where it deprives bacteria of calcium ions..

text: Calsequestrin is a

text: calcium-binding protein

text: of the

text: sarcoplasmic reticulum

text: .  The protein helps hold calcium in the

text: cisterna

text: of the sarcoplasmic reticulum after a muscle contraction, even though the concentration of calcium in the sarcoplasmic reticulum is much higher than in the cytosol. It also helps the

text: sarcoplasmic reticulum

text: store an extraordinarily high amount of calcium ions.  Each molecule of calsequestrin can bind 18 to 50 Ca ions.

text: Sequence

text: analysis has suggested that calcium is not bound in distinct pockets via

text: EF-hand motifs

text: , but rather via presentation of a charged protein surface. Two forms of calsequestrin have been identified. The cardiac form Calsequestrin-2 (CASQ2) is present in cardiac and slow skeletal muscle and the fast skeletal form Calsequestrin-1(CASQ1) is found in fast skeletal muscle. The release of calsequestrin-bound calcium (through a calcium release channel) triggers

text: muscle contraction

text: . The active protein is not highly structured, more than 50% of it adopting a random coil conformation. When calcium binds there is a structural change whereby the

text: alpha-helical

text: content of the protein increases from 3 to 11%. Both forms of calsequestrin are

text: phosphorylated

text: by

text: casein kinase 2

text: , but the cardiac form is

text: phosphorylated

text: more rapidly and to a higher degree. Calsequestrin is also secreted in the gut where it deprives bacteria of calcium ions..

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: articulation with the rest of the body.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: Calsequestrin

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: slow skeletal muscle

answers: NDQ_007557

answers: articular cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: calsequestrin

answers: NDQ_007562

answers: Calcium is not bound in distinct pockets via EF-hand motifs

answers: NDQ_007563

answers: Which of the following is not a type of muscle: cardiac, slow skeletal, or fast skeletal?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What is calsequestrin used for?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell: red blood cells, platelets, or plasma cells?

answers: NDQ_007573

answers: What is calsequestrin?

answers: NDQ_007574

answers: What is calsequestrin?

answers: NDQ_007575

answers: Which of the following is not a form of calsequestrin?

answers: NDQ_007576

answers: What does calsequestrin do?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle contraction.

answers: NDQ_007550

answers: calcium release channel)

answers: NDQ_007551

answers: muscle contraction.

answers: NDQ_007552

answers: calsequestrin

answers: NDQ_007553

answers: sarcoplasmic reticulum.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: calcium release channel)

answers: NDQ_007556

answers: calsequestrin-bound calcium

answers: NDQ_007557

answers: calsequestrin

answers: NDQ_007558

answers: muscle

answers: NDQ_007560

answers: muscle

answers: NDQ_007562

answers: calcium release channel)

answers: NDQ_007563

answers: calcium release channel) triggers muscle contraction.

answers: NDQ_007566

answers: calsequestrin

answers: NDQ_007568

answers: calsequestrin

answers: NDQ_007569

answers: calsequestrin

answers: NDQ_007570

answers: calsequestrin

answers: NDQ_007571

answers: calcium release channel) triggers muscle contraction.

answers: NDQ_007572

answers: calcium release channel)

answers: NDQ_007573

answers: calsequestrin

answers: NDQ_007574

answers: calcium

answers: NDQ_007575

answers: calsequestrin

answers: NDQ_007576

answers: gut

answers: NDQ_007577

answers: calcium release channel)

answers: NDQ_007578

answers: skeletal muscle and the fast skeletal

answers: NDQ_007579

answers: calsequestrin are phosphorylated by casein

answers: NDQ_007580

answers: skeletal muscle and the fast skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: casein

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: calcium release channel) triggers muscle contraction.

text: Given the limited resources of many developing nations, funding vitally effects how emergency medicine fits into the health system. Preventive care is a crucial part of healthcare in developing countries, and it may be difficult to budget for emergency medicine without cutting into those resources. This is a particular problem for poorer nations such as Zambia, which had a per capita health expenditure of 23 US dollars in 2003. Regardless of the amount of preventive care available, health problems requiring immediate attention will still occur, and emergency medical programs could increase access to care. Kobusingye et al. argue that expanding emergency medicine does not need to be unreasonably expensive, particularly if developing countries focus on low-cost but effective treatments administered by first responders.

text: Given the limited resources of many developing nations, funding vitally effects how emergency medicine fits into the health system.

text: Preventive care

text: is a crucial part of healthcare in developing countries, and it may be difficult to budget for emergency medicine without cutting into those resources. This is a particular problem for poorer nations such as Zambia, which had a per capita health expenditure of 23 US dollars in 2003. Regardless of the amount of preventive care available, health problems requiring immediate attention will still occur, and emergency medical programs could increase access to care. Kobusingye et al. argue that expanding emergency medicine does not need to be unreasonably expensive, particularly if developing countries focus on low-cost but effective treatments administered by

text: first responders

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: limited resources

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: low-cost but effective treatments administered by first responders

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices are true

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007550

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007551

answers: health problems requiring immediate attention

answers: NDQ_007552

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007553

answers: first responders.

answers: NDQ_007554

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007555

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007556

answers: limited resources

answers: NDQ_007557

answers: first responders.

answers: NDQ_007558

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007560

answers: funding vitally effects how emergency medicine

answers: NDQ_007562

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007563

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007566

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007568

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007569

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007570

answers: funding vitally effects how emergency medicine fits into the health system.

answers: NDQ_007571

answers: Preventive care

answers: NDQ_007572

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007573

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007574

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007575

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007576

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007577

answers: 23 US dollars in 2003.

answers: NDQ_007578

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007579

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007580

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007581

answers: Preventive care

answers: NDQ_007582

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007583

answers: low-cost but effective treatments administered by first responders.

answers: NDQ_007584

answers: low-cost but effective treatments administered by first responders.

text: After the Native American Graves Protection and Repatriation Act (NAGPRA) was passed as a federal law in 1990, efforts were made in the field of biological anthropology to provide better documentation of skeletal remains. The Smithsonian does not fall under NAGPRA, but falls under the National Museum of the American Indian Act (NMAIA). Prior to the passing of NAGPRA, the NMAIA was passed by the U.S. Congress in 1989. This act is similar to NAGPRA, in that it requires the repatriation of Native American skeletal remains and spiritually significant artifacts to the tribes to which they belong. Osteoware grew out of these efforts. After Buikstra and Ubelaker's Standards for Data Collection from Human Skeletal Remains was published and began to be used by biological anthropologists as a field and data collection manual, the Smithsonian deemed it necessary to create a digital data entry system that was modeled after the work of these authors.

text: After the

entity_name: Native American Graves Protection and Repatriation Act

text: Native American Graves Protection and Repatriation Act

text: (NAGPRA) was passed as a federal law in 1990, efforts were made in the field of biological anthropology to provide better documentation of skeletal remains. The Smithsonian does not fall under NAGPRA, but falls under the

entity_name: National Museum of the American Indian Act

text: National Museum of the American Indian Act

text: (NMAIA). Prior to the passing of NAGPRA, the NMAIA was passed by the

text: U.S. Congress

text: in 1989. This act is similar to NAGPRA, in that it requires the repatriation of Native American skeletal remains and spiritually significant artifacts to the tribes to which they belong. Osteoware grew out of these efforts. After

text: Buikstra

text: and

text: Ubelaker

text: 's Standards for Data Collection from Human Skeletal Remains was published and began to be used by biological anthropologists as a field and data collection manual, the Smithsonian deemed it necessary to create a digital data entry system that was modeled after the work of these authors.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones that support the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: The Smithsonian does not fall under NAGPRA

answers: NDQ_007563

answers: What does NAGPRA require?

answers: NDQ_007566

answers: What does NAGPRA mean?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a characteristic of compact bone?

answers: NDQ_007573

answers: How many years after the Native American Graves Protection and Repatriation Act (NAGPRA) was passed as a federal law?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle: bones, muscles, or bones?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Osteoware

answers: NDQ_007579

answers: Osteoware

answers: NDQ_007580

answers: Osteoware

answers: NDQ_007581

answers: Osteoware

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Osteoware

answers: NDQ_007584

answers: Osteoware

answers: NDQ_007549

answers: Osteoware

answers: NDQ_007550

answers: Osteoware

answers: NDQ_007551

answers: Osteoware

answers: NDQ_007552

answers: Osteoware

answers: NDQ_007553

answers: biological anthropology to provide better documentation of skeletal remains.

answers: NDQ_007554

answers: Osteoware

answers: NDQ_007555

answers: Human Skeletal Remains

answers: NDQ_007556

answers: Osteoware

answers: NDQ_007557

answers: Osteoware

answers: NDQ_007558

answers: Human Skeletal Remains

answers: NDQ_007560

answers: Osteoware

answers: NDQ_007562

answers: The Smithsonian does not fall under NAGPRA,

answers: NDQ_007563

answers: Osteoware

answers: NDQ_007566

answers: Osteoware

answers: NDQ_007568

answers: National Museum of the American Indian Act (NMAIA).

answers: NDQ_007569

answers: Osteoware

answers: NDQ_007570

answers: National Museum of the American Indian Act

answers: NDQ_007571

answers: Osteoware

answers: NDQ_007572

answers: skeletal remains.

answers: NDQ_007573

answers: Osteoware

answers: NDQ_007574

answers: Osteoware

answers: NDQ_007575

answers: National Museum of the American Indian Act

answers: NDQ_007576

answers: National Museum of the American Indian Act (NMAIA).

answers: NDQ_007577

answers: National Museum of the American Indian Act (NMAIA).

answers: NDQ_007578

answers: Osteoware

answers: NDQ_007579

answers: Osteoware

answers: NDQ_007580

answers: Osteoware

answers: NDQ_007581

answers: Osteoware

answers: NDQ_007582

answers: Osteoware

answers: NDQ_007583

answers: Osteoware

answers: NDQ_007584

answers: Osteoware

text: Some fractures can lead to serious complications including a condition known as compartment syndrome. If not treated, compartment syndrome can eventually require amputation of the affected limb. Other complications may include non-union, where the fractured bone fails to heal or mal-union, where the fractured bone heals in a deformed manner.

text: Some fractures can lead to serious complications including a condition known as

text: compartment syndrome

text: . If not treated, compartment syndrome can eventually require

text: amputation

text: of the affected limb. Other complications may include non-union, where the fractured bone fails to heal or mal-union, where the fractured bone heals in a deformed manner.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: non-union

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: unanswerable

answers: NDQ_007557

answers: compartment syndrome

answers: NDQ_007558

answers: limb

answers: NDQ_007560

answers: non-union

answers: NDQ_007562

answers: the fractured bone heals in a deformed manner

answers: NDQ_007563

answers: Which of the following is not a condition known as compartment syndrome?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a condition known as compartment syndrome?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a condition known as compartment syndrome?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: compartment

answers: NDQ_007579

answers: compartment

answers: NDQ_007580

answers: compartment

answers: NDQ_007581

answers: union

answers: NDQ_007582

answers: compartment

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: union

answers: NDQ_007549

answers: limb.

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: compartment syndrome.

answers: NDQ_007553

answers: fractures

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: limb.

answers: NDQ_007556

answers: compartment syndrome.

answers: NDQ_007557

answers: fractures

answers: NDQ_007558

answers: fractures

answers: NDQ_007560

answers: non-union,

answers: NDQ_007562

answers: non-union, where the fractured bone fails to heal

answers: NDQ_007563

answers: compartment syndrome.

answers: NDQ_007566

answers: compartment syndrome.

answers: NDQ_007568

answers: compartment syndrome.

answers: NDQ_007569

answers: compartment syndrome.

answers: NDQ_007570

answers: compartment syndrome.

answers: NDQ_007571

answers: compartment syndrome.

answers: NDQ_007572

answers: compartment syndrome.

answers: NDQ_007573

answers: compartment syndrome.

answers: NDQ_007574

answers: compartment syndrome.

answers: NDQ_007575

answers: compartment syndrome.

answers: NDQ_007576

answers: non-union,

answers: NDQ_007577

answers: compartment syndrome.

answers: NDQ_007578

answers: compartment syndrome.

answers: NDQ_007579

answers: compartment syndrome.

answers: NDQ_007580

answers: compartment syndrome.

answers: NDQ_007581

answers: compartment

answers: NDQ_007582

answers: compartment

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: non-union,

text: DISA's Joint Interoperability Test Command (JITC) provides testing and joint certification for the net-centric systems employed by U.S. armed forces.

text: DISA's Joint Interoperability Test Command (JITC) provides testing and joint certification for the net-centric systems employed by U.S. armed forces.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: joint certification

answers: NDQ_007562

answers: Joint interoperability Test Command (JITC) provides testing and joint certification for the net-centric systems employed by the U.S. armed forces.

answers: NDQ_007563

answers: What does JITC stand for?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What kind of bone is compact?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: None of the above choices.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007550

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007551

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007552

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007553

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007554

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007555

answers: forces.

answers: NDQ_007556

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007557

answers: net-centric systems

answers: NDQ_007558

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007560

answers: Joint Interoperability Test Command

answers: NDQ_007562

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007563

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007566

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007568

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007569

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007570

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007571

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007572

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007573

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007574

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007575

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007576

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007577

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007578

answers: net-centric systems employed by U.S. armed forces.

answers: NDQ_007579

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007580

answers: net-centric systems employed by U.S. armed forces.

answers: NDQ_007581

answers: net-centric systems employed by U.S. armed forces.

answers: NDQ_007582

answers: DISA's Joint Interoperability Test Command

answers: NDQ_007583

answers: net-centric systems employed by U.S. armed forces.

answers: NDQ_007584

answers: joint certification

text: DePuy Orthopaedics designs, manufactures, markets and distributes products for reconstructing damaged or diseased joints and for repairing and reconstructing traumatic skeletal injuries.

text: DePuy Orthopaedics designs, manufactures, markets and distributes products for

text: reconstructing damaged or diseased joints

text: and for repairing and reconstructing traumatic skeletal injuries.

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: traumatic skeletal injuries

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: DePuy Orthopaedics does not manufacture products for repairing and reconstructing skeletal injuries.

answers: NDQ_007563

answers: What does DePuy Orthopaedics manufacture?

answers: NDQ_007566

answers: What does DePuy Orthopaedics manufacture?

answers: NDQ_007568

answers: What does DePuy Orthopaedics manufacture?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: DePuy Orthopaedics

answers: NDQ_007571

answers: What does DePuy Orthopaedics manufacture?

answers: NDQ_007572

answers: What does DePuy Orthopaedics manufacture?

answers: NDQ_007573

answers: DePuy Orthopaedics is a manufacturer of

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: What does DePuy Orthopaedics manufacture?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: articular cartilage

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: joints

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: joints and for repairing and reconstructing traumatic skeletal injuries.

answers: NDQ_007553

answers: DePuy Orthopaedics

answers: NDQ_007554

answers: joints

answers: NDQ_007555

answers: skeletal injuries.

answers: NDQ_007556

answers: traumatic skeletal injuries.

answers: NDQ_007557

answers: damaged or diseased

answers: NDQ_007558

answers: skeletal injuries.

answers: NDQ_007560

answers: joints

answers: NDQ_007562

answers: repairing and reconstructing traumatic skeletal injuries.

answers: NDQ_007563

answers: traumatic skeletal injuries.

answers: NDQ_007566

answers: DePuy Orthopaedics

answers: NDQ_007568

answers: DePuy Orthopaedics

answers: NDQ_007569

answers: DePuy Orthopaedics

answers: NDQ_007570

answers: DePuy Orthopaedics

answers: NDQ_007571

answers: DePuy Orthopaedics

answers: NDQ_007572

answers: DePuy Orthopaedics

answers: NDQ_007573

answers: DePuy Orthopaedics

answers: NDQ_007574

answers: DePuy Orthopaedics

answers: NDQ_007575

answers: traumatic skeletal injuries.

answers: NDQ_007576

answers: traumatic skeletal injuries.

answers: NDQ_007577

answers: DePuy Orthopaedics

answers: NDQ_007578

answers: joints

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: joints

answers: NDQ_007582

answers: skeletal injuries.

answers: NDQ_007583

answers: joints

answers: NDQ_007584

answers: skeletal injuries.

text: A tapered or scarfed finger joint is the most common joint used to form long pieces of lumber from solid boards; the result is finger-jointed lumber.

text: A tapered or scarfed finger joint is the most common joint used to form long pieces of lumber from solid boards; the result is finger-jointed

text: lumber

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: solids

answers: NDQ_007558

answers: finger

answers: NDQ_007560

answers: finger

answers: NDQ_007562

answers: A finger joint is the most common joint used to form long pieces of lumber from solid boards.

answers: NDQ_007563

answers: What is the most common joint used for?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Which of the following is not true of finger-jointed lumber?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: solid

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: finger joint

answers: NDQ_007550

answers: finger joint

answers: NDQ_007551

answers: A tapered or scarfed finger joint

answers: NDQ_007552

answers: A tapered or scarfed finger joint

answers: NDQ_007553

answers: A tapered or scarfed finger joint

answers: NDQ_007554

answers: solid

answers: NDQ_007555

answers: finger-jointed

answers: NDQ_007556

answers: tapered or scarfed finger joint

answers: NDQ_007557

answers: finger joint

answers: NDQ_007558

answers: finger

answers: NDQ_007560

answers: tapered or scarfed finger joint

answers: NDQ_007562

answers: A tapered or scarfed finger joint

answers: NDQ_007563

answers: A tapered or scarfed finger joint

answers: NDQ_007566

answers: A tapered or scarfed finger joint

answers: NDQ_007568

answers: A tapered or scarfed finger joint

answers: NDQ_007569

answers: A tapered or scarfed finger joint

answers: NDQ_007570

answers: tapered or scarfed finger joint

answers: NDQ_007571

answers: A tapered or scarfed finger joint

answers: NDQ_007572

answers: A tapered or scarfed finger joint

answers: NDQ_007573

answers: A tapered or scarfed finger joint

answers: NDQ_007574

answers: A tapered or scarfed finger joint

answers: NDQ_007575

answers: A tapered or scarfed finger joint

answers: NDQ_007576

answers: tapered or scarfed finger joint

answers: NDQ_007577

answers: A tapered or scarfed finger joint

answers: NDQ_007578

answers: scarfed finger joint

answers: NDQ_007579

answers: finger-jointed

answers: NDQ_007580

answers: solid

answers: NDQ_007581

answers: scarfed finger joint

answers: NDQ_007582

answers: finger joint

answers: NDQ_007583

answers: finger joint

answers: NDQ_007584

answers: scarfed finger joint

text: Bats rely on skin on their wings to generate lift and thrust used in flight. Therefore, the structure of the bat wing skin is different from the skin of the bat body. Bat wing skin consists of two thin layers of epidermis with a thin layer of dermis/hypodermis located between the epidermal layers whereas  the skin of the bat body consists of a single layer of epidermis with a thicker layer of dermis internal to the epidermis. Within the dermal and epidermal layer of bat wing skin, the connective tissue and muscle fibers provide the structural support. The connective tissue fibers within bat wing skin consists of collagen and elastin fiber bundles arranged in a "regular mesh like scaffolding", which the nerves, skeletal muscle fibers and blood vessels embed themselves into. Of the muscles that insert themselves into the mesh scaffolding, larger muscles anchor the skin to the bone and control the membrane tension and camber of the bat wing during flight, whereas smaller muscles, which originate from within the mesh scaffolding, attach to collagen fibers within the fiber network and modulate bone loading and allow for precise control of wing shape and tension. As seen in snakes, local structural differences within the arrangement of the fibers change the mechanical properties of local area, but there are general characteristics that describe the mechanical behavior of bat wing skin. Within the mesh scaffolding of bat wing skin, collagen fibers cross bones perpendicular to the long axes of the bones, therefore mechanical properties of bat wing  skin oriented perpendicular to the long axes of the bones exhibit a lower stiffness than the skin that is oriented parallel to the long axes of the bodies. Stiffer skin is necessary for bat wing skin oriented in the direction parallel to the long axes of the bones to prevent too much deformation of bat wing skin during flight(with respect to the bone), resulting in the shearing of the bat wing skin off of the bone. Flexible skin is necessary for the direction perpendicular to the long axes of the bones for facilitating the shape changes needed for movement and control during flight.  This anisotropy of bat wing skin is also useful as method of storing and releasing elastic energy, particularly during the downstroke. During the downstroke, the bat extends its wing  and the wing skin experiences an aerodynamic force. The wing skin expands and  counteracts the aerodynamic force. After the wing is fully extended, the orientation of the wing is nearly vertical and the aerodynamic forces on the wing are reduced. As the aerodynamic force is reduced, the wing recoils, drawing the digits of the wings together in preparation for the upstroke.

text: Bat

text: s rely on skin on their wings to generate

text: lift

text: and

text: thrust

text: used in flight. Therefore, the structure of the bat wing skin is different from the skin of the bat body. Bat wing skin consists of two thin layers of

text: epidermis

text: with a thin layer of

text: dermis

text: /hypodermis located between the epidermal layers whereas  the skin of the bat body consists of a single layer of epidermis with a thicker layer of dermis internal to the epidermis. Within the dermal and epidermal layer of bat wing skin, the connective tissue and muscle fibers provide the structural support. The connective tissue fibers within bat wing skin consists of collagen and elastin fiber bundles arranged in a "regular mesh like scaffolding", which the nerves, skeletal muscle fibers and blood vessels embed themselves into. Of the muscles that insert themselves into the mesh scaffolding, larger muscles anchor the skin to the bone and control the membrane tension and

text: camber

text: anisotropy

text: of bat wing skin is also useful as method of storing and releasing elastic energy, particularly during the downstroke. During the downstroke, the bat extends its wing  and the wing skin experiences an aerodynamic force. The wing skin expands and  counteracts the aerodynamic force. After the wing is fully extended, the orientation of the wing is nearly vertical and the aerodynamic forces on the wing are reduced. As the aerodynamic force is reduced, the wing recoils, drawing the digits of the wings together in preparation for the upstroke.

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: movement and control during flight

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: bat wing skin

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: bat wing

answers: NDQ_007556

answers: unanswerable

answers: NDQ_007557

answers: collagen fibers

answers: NDQ_007558

answers: bat wing

answers: NDQ_007560

answers: bat wing skin

answers: NDQ_007562

answers: bat wing skin consists of two thin layers of epidermis

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: unanswerable

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: Bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does the bat wing skin consist of?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices .

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does a bat have?

answers: NDQ_007578

answers: dermis

answers: NDQ_007579

answers: dermis

answers: NDQ_007580

answers: dermis

answers: NDQ_007581

answers: collagen

answers: NDQ_007582

answers: elastin

answers: NDQ_007583

answers: elastin

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: skeletal muscle fibers

answers: NDQ_007550

answers: mesh scaffolding of bat wing skin,

answers: NDQ_007551

answers: modulate bone loading

answers: NDQ_007552

answers: collagen fibers

answers: NDQ_007553

answers: blood vessels

answers: NDQ_007554

answers: collagen

answers: NDQ_007555

answers: bat wing skin. Within the mesh scaffolding of bat wing skin,

answers: NDQ_007556

answers: collagen fibers cross bones perpendicular to the long axes

answers: NDQ_007557

answers: collagen fibers

answers: NDQ_007558

answers: bones perpendicular to the long axes of the bones,

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: lower stiff

answers: NDQ_007563

answers: collagen fibers

answers: NDQ_007566

answers: bones,

answers: NDQ_007568

answers: collagen fibers

answers: NDQ_007569

answers: collagen fibers

answers: NDQ_007570

answers: smaller muscles,

answers: NDQ_007571

answers: collagen fibers

answers: NDQ_007572

answers: mesh scaffolding of bat wing skin,

answers: NDQ_007573

answers: bones,

answers: NDQ_007574

answers: bat wing skin.

answers: NDQ_007575

answers: collagen fibers

answers: NDQ_007576

answers: snakes,

answers: NDQ_007577

answers: bat wing skin,

answers: NDQ_007578

answers: collagen fibers

answers: NDQ_007579

answers: collagen fibers

answers: NDQ_007580

answers: collagen fibers

answers: NDQ_007581

answers: collagen fibers

answers: NDQ_007582

answers: collagen and elastin

answers: NDQ_007583

answers: elastin fiber bundles

answers: NDQ_007584

answers: collagen fibers

text: The arresting hypothesis underpinning the creation of the device is that factors foreign to the body as germs viruses are only secondary to the condition of the muscular and skeletal system of the body. The readings identified building of calcium and mineral deposits around the joints as a major factor for stress and illness.

text: The arresting hypothesis underpinning the creation of the device is that factors foreign to the body as germs viruses are only secondary to the condition of the muscular and skeletal system of the body. The readings identified building of calcium and mineral deposits around the joints as a major factor for stress and illness.

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: building of calcium

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: stress

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: viruses are only secondary to the condition of the muscular and skeletal system of the body

answers: NDQ_007563

answers: It's impossible to say

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: It's impossible to say

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: It's impossible to say

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: no

answers: NDQ_007578

answers: osteoid

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: mineral deposits

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: Muscle

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: calcium and mineral deposits around the joints

answers: NDQ_007550

answers: calcium

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: calcium

answers: NDQ_007553

answers: viruses are only secondary to the condition of the muscular and skeletal system

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: calcium

answers: NDQ_007557

answers: calcium and mineral deposits

answers: NDQ_007558

answers: muscular and skeletal system

answers: NDQ_007560

answers: muscular and skeletal system

answers: NDQ_007562

answers: factors foreign to the body as germs viruses

answers: NDQ_007563

answers: calcium

answers: NDQ_007566

answers: viruses are only secondary to the condition of the muscular and skeletal system

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: skeletal system

answers: NDQ_007570

answers: muscular and skeletal system

answers: NDQ_007571

answers: The readings identified building of calcium

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: building of calcium and mineral deposits around the joints

answers: NDQ_007574

answers: calcium and mineral deposits

answers: NDQ_007575

answers: building of calcium and mineral deposits

answers: NDQ_007576

answers: secondary to the condition of the muscular and skeletal system

answers: NDQ_007577

answers: secondary to the condition of the muscular and skeletal system of the body.

answers: NDQ_007578

answers: calcium

answers: NDQ_007579

answers: calcium

answers: NDQ_007580

answers: calcium

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: muscular

answers: NDQ_007583

answers: muscular and skeletal

answers: NDQ_007584

answers: skeletal system of the body. The readings identified building of calcium

text: In the detection of bone metastases, skeletal scintigraphy (bone scan) is very sensitive and is recommended as the first imaging study in asymptomatic individuals with suspected breast-cancer metastases. X-ray radiography is recommended if there is abnormal radionuclide uptake from the bone scan and in assessing the risk of pathological fractures, and is recommended as the initial imaging study in patients with bone pain. MRI or the combination PET-CT may be considered for cases of abnormal radionuclide uptake on bone scan, when radiography does not give an acceptably clear result.

text: In the detection of bone metastases,

text: skeletal scintigraphy

text: (bone scan) is very sensitive and is recommended as the first imaging study in asymptomatic individuals with suspected breast-cancer metastases. X-ray

text: radiography

text: is recommended if there is abnormal radionuclide uptake from the bone scan and in assessing the risk of

text: pathological fracture

text: s, and is recommended as the initial imaging study in patients with bone pain.

text: MRI

text: or the combination

text: PET-CT

text: may be considered for cases of abnormal radionuclide uptake on bone scan, when radiography does not give an acceptably clear result.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: X-ray radiography

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: MRI or the combination PET-CT may be considered

answers: NDQ_007563

answers: Which of the following is not a reason for X-ray radiography?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: How many types of bone tissues are mentioned in the passage?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What type of joint is the ball-and-socket joint?

answers: NDQ_007571

answers: What is the first imaging study in asymptomatic individuals with suspected breast-cancer metastases

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How is X-ray radiography used?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures,

answers: NDQ_007552

answers: bone metastases,

answers: NDQ_007553

answers: bone metastases,

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: bone

answers: NDQ_007556

answers: breast-cancer metastases.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: pathological fractures,

answers: NDQ_007563

answers: bone metastases,

answers: NDQ_007566

answers: bone metastases,

answers: NDQ_007568

answers: bone metastases,

answers: NDQ_007569

answers: bone metastases,

answers: NDQ_007570

answers: skeletal scintigraphy

answers: NDQ_007571

answers: bone metastases,

answers: NDQ_007572

answers: bone metastases,

answers: NDQ_007573

answers: X-ray radiography

answers: NDQ_007574

answers: bone metastases,

answers: NDQ_007575

answers: bone metastases,

answers: NDQ_007576

answers: fractures,

answers: NDQ_007577

answers: bone metastases,

answers: NDQ_007578

answers: PET-CT

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: breast-cancer

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: fractures,

text: Fractures in rocks can be formed either due to compression or tension. Fractures due to compression include thrust faults. Fractures may also be a result from shear or tensile stress. Some of the primary mechanisms are discussed below.

text: Fractures in rocks can be formed either due to compression or tension. Fractures due to compression include

text: thrust fault

text: s. Fractures may also be a result from shear or tensile stress. Some of the primary mechanisms are discussed below.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: compressive

answers: NDQ_007555

answers: body together.

answers: NDQ_007556

answers: compression

answers: NDQ_007557

answers: tension

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Fractures due to compression include thrust faults.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a type of rock?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a result of compression?

answers: NDQ_007573

answers: Which of the following is not a primary mechanism of bone fractures?

answers: NDQ_007574

answers: Which of the following is not a primary mechanism for the formation of thrust faults?

answers: NDQ_007575

answers: Which of the following is not a result of compression: thrust faults, compression, or tension?

answers: NDQ_007576

answers: Which of the following is an example of a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: tendons

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Fractures

answers: NDQ_007550

answers: Fractures

answers: NDQ_007551

answers: Fractures

answers: NDQ_007552

answers: Fractures

answers: NDQ_007553

answers: Fractures

answers: NDQ_007554

answers: tensile

answers: NDQ_007555

answers: Fractures in rocks

answers: NDQ_007556

answers: compression

answers: NDQ_007557

answers: tension.

answers: NDQ_007558

answers: Fractures

answers: NDQ_007560

answers: thrust faults.

answers: NDQ_007562

answers: Fractures in rocks

answers: NDQ_007563

answers: Fractures

answers: NDQ_007566

answers: Fractures

answers: NDQ_007568

answers: Fractures

answers: NDQ_007569

answers: Fractures

answers: NDQ_007570

answers: Fractures

answers: NDQ_007571

answers: Fractures

answers: NDQ_007572

answers: Fractures

answers: NDQ_007573

answers: Fractures

answers: NDQ_007574

answers: Fractures

answers: NDQ_007575

answers: compression

answers: NDQ_007576

answers: Fractures

answers: NDQ_007577

answers: Fractures

answers: NDQ_007578

answers: tensile stress.

answers: NDQ_007579

answers: tensile stress.

answers: NDQ_007580

answers: tensile stress.

answers: NDQ_007581

answers: tensile stress.

answers: NDQ_007582

answers: Fractures

answers: NDQ_007583

answers: rocks

answers: NDQ_007584

answers: shear or tensile stress.

text: The exact function of skeletal pneumaticity is not definitively known, but there are several working hypotheses concerning the role of skeletal pneumaticity in an organism.

text: The exact function of skeletal pneumaticity is not definitively known, but there are several working hypotheses concerning the role of skeletal pneumaticity in an organism.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: pneumaticity

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: the exact function of skeletal pneumaticity is not definitively known

answers: NDQ_007563

answers: hypotheses concerning the role of skeletal pneumaticity

answers: NDQ_007566

answers: None of the above choices

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball and socket

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: hypotheses

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: hypotheses

answers: NDQ_007576

answers: it does not break

answers: NDQ_007577

answers: the adult skeletal system contains 206 bones

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal pneumaticity

answers: NDQ_007550

answers: skeletal pneumaticity

answers: NDQ_007551

answers: skeletal pneumaticity

answers: NDQ_007552

answers: skeletal pneumaticity

answers: NDQ_007553

answers: skeletal pneumaticity

answers: NDQ_007554

answers: pneumaticity

answers: NDQ_007555

answers: skeletal pneumaticity

answers: NDQ_007556

answers: skeletal pneumaticity

answers: NDQ_007557

answers: skeletal pneumaticity

answers: NDQ_007558

answers: skeletal pneumaticity

answers: NDQ_007560

answers: skeletal pneumaticity

answers: NDQ_007562

answers: The exact function of skeletal pneumaticity is not definitively known,

answers: NDQ_007563

answers: there are several working hypotheses

answers: NDQ_007566

answers: The exact function of skeletal pneumaticity is not definitively known,

answers: NDQ_007568

answers: several working hypotheses

answers: NDQ_007569

answers: The exact function of skeletal pneumaticity

answers: NDQ_007570

answers: skeletal pneumaticity

answers: NDQ_007571

answers: there are several working hypotheses

answers: NDQ_007572

answers: there are several working hypotheses

answers: NDQ_007573

answers: skeletal pneumaticity

answers: NDQ_007574

answers: The exact function of skeletal pneumaticity is not definitively known,

answers: NDQ_007575

answers: skeletal pneumaticity

answers: NDQ_007576

answers: there are several working hypotheses

answers: NDQ_007577

answers: The exact function of skeletal pneumaticity is not definitively known,

answers: NDQ_007578

answers: pneumaticity

answers: NDQ_007579

answers: skeletal pneumaticity

answers: NDQ_007580

answers: skeletal pneumaticity

answers: NDQ_007581

answers: skeletal pneumaticity

answers: NDQ_007582

answers: skeletal pneumaticity

answers: NDQ_007583

answers: skeletal pneumaticity

answers: NDQ_007584

answers: skeletal pneumaticity

text: In both Canada and the United States, access can be a problem. Studies suggest that 40% of U.S. citizens do not have adequate health insurance, if any at all. In Canada, 5% of Canadian citizens have not been able to find a regular doctor, with a further 9% having never looked for one.  Yet, even if some cannot find a family doctor, every Canadian citizen is covered by the national health care system.  The U.S. data is evidenced in a 2007 Consumer Reports study on the U.S. health care system which showed that the underinsured account for 24% of the U.S. population and live with skeletal health insurance that barely covers their medical needs and leaves them unprepared to pay for major medical expenses.  When added to the population of uninsured (approximately 16% of the U.S. population), a total of 40% of Americans ages 18–64 have inadequate access to healthcare, according to the Consumer Reports study. The Canadian data comes from the 2003 Canadian Community Health Survey,

text: In both Canada and the United States, access can be a problem. Studies suggest that 40% of U.S. citizens do not have adequate health insurance, if any at all. In Canada, 5% of Canadian citizens have not been able to find a regular doctor, with a further 9% having never looked for one.  Yet, even if some cannot find a family doctor, every Canadian citizen is covered by the national health care system.  The U.S. data is evidenced in a 2007 Consumer Reports study on the U.S. health care system which showed that the underinsured account for 24% of the U.S. population and live with skeletal health insurance that barely covers their medical needs and leaves them unprepared to pay for major medical expenses.  When added to the population of uninsured (approximately 16% of the U.S. population), a total of 40% of Americans ages 18–64 have inadequate access to healthcare, according to the Consumer Reports study. The Canadian data comes from the 2003 Canadian Community Health Survey,

answers: NDQ_007549

answers: unanswerable

answers: NDQ_007550

answers: __

answers: NDQ_007551

answers: medical needs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: uninsured

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: every Canadian citizen is covered by the national health care system

answers: NDQ_007563

answers: How do bones release calcium to the blood?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: None

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: what is the last word in the passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal health insurance

answers: NDQ_007550

answers: skeletal health insurance that barely covers their medical needs

answers: NDQ_007551

answers: skeletal health insurance that barely covers their medical needs

answers: NDQ_007552

answers: 5% of Canadian citizens have not been able to find a regular doctor,

answers: NDQ_007553

answers: 5% of Canadian citizens have not been able to find a regular doctor,

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007556

answers: every Canadian citizen is covered by the national health care system.

answers: NDQ_007557

answers: 5% of Canadian citizens have not been able to find a regular doctor,

answers: NDQ_007558

answers: ages 18–64

answers: NDQ_007560

answers: doctor,

answers: NDQ_007562

answers: every Canadian citizen is covered by the national health care system.

answers: NDQ_007563

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007566

answers: 5% of Canadian citizens have not been able to find a regular doctor,

answers: NDQ_007568

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007569

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007570

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007571

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007572

answers: 9%

answers: NDQ_007573

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007574

answers: every Canadian citizen is covered by the national health care system.

answers: NDQ_007575

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007576

answers: every Canadian citizen is covered by the national health care system.

answers: NDQ_007577

answers: 2003 Canadian Community Health Survey,

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: The senior editor of this book and accompanying website on ExpertConsult  is Professor Susan Standring, who is Emeritus Professor of Anatomy at King's College London. The three most recent editions differ from all previous editions in an important respect: they present anatomical structures by their regional anatomy (i.e. ordered according to what part of the body the structures are located in – e.g. the anatomy of the bones, blood vessels and nerves, etc. of the upper extremity is described in one place). All previous editions of Gray's Anatomy were organized by systemic anatomy (i.e. there were separate sections for the body's entire skeletal system, entire circulatory system and entire nervous system, etc.). The editors of the 39th edition acknowledged the validity of both approaches but switched to regional anatomy by popular demand.

text: The senior editor of this book and accompanying website on ExpertConsult  is Professor

text: Susan Standring

text: , who is

text: Emeritus Professor

text: of Anatomy at

text: King's College London

text: . The three most recent editions differ from all previous editions in an important respect: they present anatomical structures by their

text: regional anatomy

text: (i.e. ordered according to what part of the body the structures are located in – e.g. the anatomy of the bones, blood vessels and nerves, etc. of the

text: upper extremity

text: is described in one place). All previous editions of Gray's Anatomy were organized by

text: systemic anatomy

text: (i.e. there were separate sections for the body's entire

text: skeletal system

text: , entire

text: circulatory system

text: and entire

text: nervous system

text: , etc.). The editors of the 39th edition acknowledged the validity of both approaches but switched to regional anatomy by popular demand.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood vessels

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: upper extremity

answers: NDQ_007556

answers: regional anatomy

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: upper extremity

answers: NDQ_007560

answers: upper extremity

answers: NDQ_007562

answers: systemic anatomy

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: The anatomy of the bones, blood vessels and nerves

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: What are the three most recent editions?

answers: NDQ_007572

answers: What part of the body are blood cells produced?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: the human skeleton consists entirely of bone

answers: NDQ_007575

answers: What part of the body the structures are located in

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: bones, blood vessels and nerves,

answers: NDQ_007550

answers: bones,

answers: NDQ_007551

answers: bones, blood vessels and nerves,

answers: NDQ_007552

answers: bones, blood vessels and nerves,

answers: NDQ_007553

answers: bones, blood vessels

answers: NDQ_007554

answers: blood vessels

answers: NDQ_007555

answers: upper extremity

answers: NDQ_007556

answers: popular demand.

answers: NDQ_007557

answers: bones,

answers: NDQ_007558

answers: bones, blood vessels and nerves, etc. of the upper extremity

answers: NDQ_007560

answers: bones, blood vessels and nerves, etc. of the upper extremity

answers: NDQ_007562

answers: systemic anatomy

answers: NDQ_007563

answers: regional anatomy

answers: NDQ_007566

answers: bones,

answers: NDQ_007568

answers: regional anatomy by popular demand.

answers: NDQ_007569

answers: ExpertConsult is Professor Susan Standring,

answers: NDQ_007570

answers: upper extremity

answers: NDQ_007571

answers: ExpertConsult is Professor Susan Standring,

answers: NDQ_007572

answers: blood vessels

answers: NDQ_007573

answers: ExpertConsult is Professor Susan Standring,

answers: NDQ_007574

answers: bones,

answers: NDQ_007575

answers: regional anatomy by popular demand.

answers: NDQ_007576

answers: ExpertConsult is Professor Susan Standring,

answers: NDQ_007577

answers: 39th edition acknowledged the validity of both approaches but switched to regional anatomy

answers: NDQ_007578

answers: skeletal system,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system,

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: bones,

answers: NDQ_007584

answers: skeletal system,

text: Noggin function is required for correct nervous system, somite, and skeletal development. Experiments in mice have shown that noggin also plays a role in learning, cognition, bone development, and neural tube fusion. Heterozygous missense mutations in the noggin gene can cause deformities such as joint fusions and syndromes such as multiple synostosis syndrome (SYNS1) and proximal symphalangism (SIM1). SYNS1 is different from SYM1 by causing hip and vertebral fusions.  The embryo may also develop shorter bones, miss any skeletal elements, or lack multiple articulating joints.

text: Noggin function is required for correct nervous system, somite, and skeletal development. Experiments in mice have shown that noggin also plays a role in learning, cognition, bone development, and neural tube fusion. Heterozygous

text: missense mutation

text: s in the noggin gene can cause deformities such as joint fusions and syndromes such as multiple

text: synostosis

text: syndrome (SYNS1) and proximal symphalangism (SIM1). SYNS1 is different from SYM1 by causing hip and vertebral fusions.  The embryo may also develop shorter bones, miss any skeletal elements, or lack multiple articulating joints.

answers: NDQ_007549

answers: vertebral

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: bone development

answers: NDQ_007552

answers: Noggin

answers: NDQ_007553

answers: Noggin

answers: NDQ_007554

answers: noggin

answers: NDQ_007555

answers: vertebral

answers: NDQ_007556

answers: embryo may also develop shorter bones

answers: NDQ_007557

answers: noggin

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: The embryo may also develop shorter bones, miss any skeletal elements, or lack multiple articulating joints.

answers: NDQ_007563

answers: Which of the following is not a function of the noggin gene?

answers: NDQ_007566

answers: Which of the following is not a function of the noggin gene?

answers: NDQ_007568

answers: Which of the following is not a type of bone: hip, vertebral, or skeletal?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What does SYNS1 cause?

answers: NDQ_007571

answers: Which of the following is not required for correct nervous system, somite, and skeletal development?

answers: NDQ_007572

answers: Which of the following is not a type of bone: hip and vertebral fusions?

answers: NDQ_007573

answers: Which of the following is not a function of noggin: learning, cognition, bone development, or neural tube fusion?

answers: NDQ_007574

answers: noggin

answers: NDQ_007575

answers: Which of the following is not a type of muscle: hip and vertebral fusions?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: synostosis

answers: NDQ_007579

answers: vertebral

answers: NDQ_007580

answers: vertebral

answers: NDQ_007581

answers: vertebral

answers: NDQ_007582

answers: synostosis

answers: NDQ_007583

answers: somite

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: Noggin

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone development, and neural tube fusion.

answers: NDQ_007552

answers: Noggin

answers: NDQ_007553

answers: Noggin

answers: NDQ_007554

answers: Noggin

answers: NDQ_007555

answers: articulating joints.

answers: NDQ_007556

answers: Noggin

answers: NDQ_007557

answers: Noggin

answers: NDQ_007558

answers: hip and vertebral

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: shorter bones,

answers: NDQ_007563

answers: Noggin

answers: NDQ_007566

answers: Noggin

answers: NDQ_007568

answers: Noggin

answers: NDQ_007569

answers: Noggin

answers: NDQ_007570

answers: articulating joints.

answers: NDQ_007571

answers: Noggin

answers: NDQ_007572

answers: Noggin

answers: NDQ_007573

answers: Heterozygous missense mutations

answers: NDQ_007574

answers: Noggin

answers: NDQ_007575

answers: Noggin

answers: NDQ_007576

answers: Noggin

answers: NDQ_007577

answers: Noggin

answers: NDQ_007578

answers: Noggin

answers: NDQ_007579

answers: Noggin

answers: NDQ_007580

answers: Noggin

answers: NDQ_007581

answers: Noggin

answers: NDQ_007582

answers: Noggin

answers: NDQ_007583

answers: Noggin

answers: NDQ_007584

answers: skeletal development.

text: A hydraulic fracture is formed by pumping fracturing fluid into a wellbore at a rate sufficient to increase pressure at the target depth (determined by the location of the well casing perforations), to exceed that of the fracture gradient (pressure gradient) of the rock. The fracture gradient is defined as pressure increase per unit of depth relative to density, and is usually measured in pounds per square inch, per square foot, or bars.  The rock cracks, and the fracture fluid permeates the rock extending the crack further, and further, and so on.  Fractures are localized as pressure drops off with the rate of frictional loss, which is relevant to the distance from the well.  Operators typically try to maintain "fracture width", or slow its decline following treatment, by introducing a proppant into the injected fluida material such as grains of sand, ceramic, or other particulate, thus preventing the fractures from closing when injection is stopped and pressure removed. Consideration of proppant strength and prevention of proppant failure becomes more important at greater depths where pressure and stresses on fractures are higher. The propped fracture is permeable enough to allow the flow of gas, oil, salt water and hydraulic fracturing fluids to the well.

text: A hydraulic fracture is formed by pumping

text: fracturing fluid

text: into a wellbore at a rate sufficient to increase pressure at the target depth (determined by the location of the well casing perforations), to exceed that of the fracture gradient (pressure gradient) of the rock. The fracture gradient is defined as pressure increase per unit of depth relative to density, and is usually measured in pounds per square inch, per square foot, or bars.  The rock cracks, and the fracture fluid permeates the rock extending the crack further, and further, and so on.  Fractures are localized as pressure drops off with the rate of frictional loss, which is relevant to the distance from the well.  Operators typically try to maintain "fracture width", or slow its decline following treatment, by introducing a

text: proppant

text: into the injected fluida material such as grains of sand, ceramic, or other particulate, thus preventing the fractures from closing when injection is stopped and pressure removed. Consideration of proppant strength and prevention of proppant failure becomes more important at greater depths where pressure and stresses on fractures are higher. The propped fracture is permeable enough to allow the flow of gas, oil, salt water and hydraulic fracturing fluids to the well.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: rock

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: pressure drops off with the rate of frictional loss

answers: NDQ_007557

answers: proppant

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: rock cracks

answers: NDQ_007562

answers: Bone fractures are localized as pressure drops off with the rate of frictional loss

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of material?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: not enough information

answers: NDQ_007571

answers: Which of the following is not a type of mineral?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a type of fracture?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain

answers: NDQ_007578

answers: sand

answers: NDQ_007579

answers: Fracture

answers: NDQ_007580

answers: rock

answers: NDQ_007581

answers: Fracture

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: sand

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: proppant

answers: NDQ_007550

answers: rock.

answers: NDQ_007551

answers: Fractures

answers: NDQ_007552

answers: fracture gradient (pressure gradient) of the rock.

answers: NDQ_007553

answers: A hydraulic fracture

answers: NDQ_007554

answers: rock.

answers: NDQ_007555

answers: rock.

answers: NDQ_007556

answers: pressure drops off with the rate of frictional loss,

answers: NDQ_007557

answers: proppant

answers: NDQ_007558

answers: Fractures

answers: NDQ_007560

answers: hydraulic fracture

answers: NDQ_007562

answers: preventing the fractures from closing

answers: NDQ_007563

answers: A hydraulic fracture

answers: NDQ_007566

answers: fracture gradient (pressure gradient) of the rock.

answers: NDQ_007568

answers: gas, oil, salt water

answers: NDQ_007569

answers: A hydraulic fracture

answers: NDQ_007570

answers: proppant

answers: NDQ_007571

answers: A hydraulic fracture

answers: NDQ_007572

answers: A hydraulic fracture

answers: NDQ_007573

answers: A hydraulic fracture

answers: NDQ_007574

answers: rock.

answers: NDQ_007575

answers: pressure and stresses on fractures are higher.

answers: NDQ_007576

answers: A hydraulic fracture

answers: NDQ_007577

answers: fracture gradient (pressure gradient) of the rock.

answers: NDQ_007578

answers: proppant

answers: NDQ_007579

answers: frictional loss,

answers: NDQ_007580

answers: rock.

answers: NDQ_007581

answers: proppant

answers: NDQ_007582

answers: fracture gradient (pressure gradient) of the rock.

answers: NDQ_007583

answers: proppant

answers: NDQ_007584

answers: cracks,

text: The gene for human IL-17 is 1874 base pairs long and was cloned from CD4+ T cells. Each member of the IL-17 family has a distinct pattern of cellular expression.  The expression of IL-17A and IL-17F appear to be restricted to a small group of activated T cells, and upregulated during inflammation. IL-17B is expressed in several peripheral tissues and immune tissues. IL-17C is also highly upregulated in inflammatory conditions, although in resting conditions is low in abundance.  IL-17D is highly expressed in the nervous system and in skeletal muscle and  IL-17E is found at low levels in various peripheral tissues.

text: The

text: gene

text: for human IL-17 is 1874

text: base pair

text: s long and was cloned from CD4+ T cells. Each member of the IL-17 family has a distinct pattern of cellular

text: expression

text: .  The expression of IL-17A and IL-17F appear to be restricted to a small group of activated

text: T cells

text: , and upregulated during

text: inflammation

text: . IL-17B is expressed in several peripheral tissues and immune tissues. IL-17C is also highly upregulated in

text: inflammatory

text: conditions, although in resting conditions is low in abundance.  IL-17D is highly expressed in the

text: nervous system

text: and in

text: skeletal muscle

text: and  IL-17E is found at low levels in various peripheral tissues.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: IL-17D

answers: NDQ_007553

answers: IL-17B

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: IL-17D

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: IL-17D is highly expressed in the nervous system and in skeletal muscle

answers: NDQ_007563

answers: Which of the following is not a type of tissue?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone: skeletal muscle?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What joint is IL-17D highly expressed in?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: IL-17A and IL-17F

answers: NDQ_007574

answers: None of the above choices

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What does IL-17A stand for?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: IL-17

answers: NDQ_007553

answers: CD4+ T cells.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: inflammation.

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: The gene for human IL-17

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: The gene for human IL-17

answers: NDQ_007568

answers: IL-17D is highly expressed in the nervous system and in skeletal muscle

answers: NDQ_007569

answers: The gene for human IL-17

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: IL-17D is highly expressed in the nervous system and in skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: IL-17

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: inflammation. IL-17B

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: The Gustilo open fracture classification system is the most commonly used classification system for open fractures.  It was created by Ramón Gustilo and Anderson, and then further expanded by Gustilo, Mendoza, and Williams.

text: The Gustilo open fracture classification system is the most commonly used classification system for

text: open fractures

text: .  It was created by Ramón Gustilo and Anderson, and then further expanded by Gustilo, Mendoza, and Williams.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: open fracture

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: open fractures

answers: NDQ_007560

answers: open fracture

answers: NDQ_007562

answers: The Gustilo open fracture classification system is the most commonly used classification system for open fractures.

answers: NDQ_007563

answers: What does the Gustilo open fracture classification system stand for?

answers: NDQ_007566

answers: How would you describe Gustilo?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: The Gustilo open fracture classification system

answers: NDQ_007570

answers: What is the most commonly used classification system for open fractures?

answers: NDQ_007571

answers: The Gustilo open fracture classification system was created by Ramón Gustilo

answers: NDQ_007572

answers: The Gustilo open fracture classification system is the most commonly used classification system for what?

answers: NDQ_007573

answers: The Gustilo open fracture classification system

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: open fracture

answers: NDQ_007579

answers: Mendoza

answers: NDQ_007580

answers: Mendoza

answers: NDQ_007581

answers: Fracture

answers: NDQ_007582

answers: Mendoza

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: fractures.

answers: NDQ_007550

answers: open fractures.

answers: NDQ_007551

answers: fractures.

answers: NDQ_007552

answers: The Gustilo open fracture classification system

answers: NDQ_007553

answers: fractures.

answers: NDQ_007554

answers: fractures.

answers: NDQ_007555

answers: open fractures.

answers: NDQ_007556

answers: open fractures.

answers: NDQ_007557

answers: open fractures.

answers: NDQ_007558

answers: open fractures.

answers: NDQ_007560

answers: Gustilo open fracture

answers: NDQ_007562

answers: open fractures.

answers: NDQ_007563

answers: The Gustilo open fracture classification system

answers: NDQ_007566

answers: The Gustilo open fracture classification system

answers: NDQ_007568

answers: The Gustilo open fracture classification system

answers: NDQ_007569

answers: The Gustilo open fracture classification system

answers: NDQ_007570

answers: The Gustilo open fracture classification system

answers: NDQ_007571

answers: The Gustilo open fracture classification system

answers: NDQ_007572

answers: open fractures.

answers: NDQ_007573

answers: The Gustilo open fracture classification system

answers: NDQ_007574

answers: The Gustilo open fracture classification system

answers: NDQ_007575

answers: The Gustilo open fracture classification system

answers: NDQ_007576

answers: open fractures.

answers: NDQ_007577

answers: The Gustilo open fracture classification system

answers: NDQ_007578

answers: open

answers: NDQ_007579

answers: open fractures.

answers: NDQ_007580

answers: open fractures.

answers: NDQ_007581

answers: open fractures.

answers: NDQ_007582

answers: open fractures.

answers: NDQ_007583

answers: fractures.

answers: NDQ_007584

answers: fractures.

text: FSTL1 has a role in development, such as lung development, ureter development, central nervous system development, and skeletal development.

text: FSTL1 has a role in development, such as lung development, ureter development, central nervous system development, and skeletal development.

answers: NDQ_007549

answers: FSTL

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: development

answers: NDQ_007552

answers: FSTL1

answers: NDQ_007553

answers: FSTL1

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: development

answers: NDQ_007557

answers: FSTL

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: FSTL1 plays no role in bone fractures.

answers: NDQ_007563

answers: Which of the following is not a function of FSTL1?

answers: NDQ_007566

answers: How would you describe FSTL1?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: What does FSTL1 play in skeletal development?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: none of the above choices

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal development

answers: NDQ_007549

answers: FSTL1

answers: NDQ_007550

answers: FSTL1

answers: NDQ_007551

answers: skeletal development.

answers: NDQ_007552

answers: FSTL1

answers: NDQ_007553

answers: FSTL1

answers: NDQ_007554

answers: FSTL1

answers: NDQ_007555

answers: skeletal development.

answers: NDQ_007556

answers: FSTL1

answers: NDQ_007557

answers: FSTL1

answers: NDQ_007558

answers: skeletal development.

answers: NDQ_007560

answers: FSTL1

answers: NDQ_007562

answers: FSTL1

answers: NDQ_007563

answers: FSTL1

answers: NDQ_007566

answers: FSTL1

answers: NDQ_007568

answers: skeletal development.

answers: NDQ_007569

answers: FSTL1

answers: NDQ_007570

answers: skeletal development.

answers: NDQ_007571

answers: skeletal development.

answers: NDQ_007572

answers: skeletal development.

answers: NDQ_007573

answers: FSTL1

answers: NDQ_007574

answers: FSTL1

answers: NDQ_007575

answers: FSTL1

answers: NDQ_007576

answers: FSTL1

answers: NDQ_007577

answers: FSTL1

answers: NDQ_007578

answers: FSTL1

answers: NDQ_007579

answers: FSTL1

answers: NDQ_007580

answers: FSTL1

answers: NDQ_007581

answers: FSTL1

answers: NDQ_007582

answers: FSTL1

answers: NDQ_007583

answers: FSTL1

answers: NDQ_007584

answers: skeletal development.

text: HMB attenuates muscle protein breakdown in an insulin-independent manner in humans. HMB is believed to reduce muscle protein breakdown in humans by inhibiting the 19S and 20S subunits of the ubiquitin–proteasome system in skeletal muscle and by inhibiting apoptosis of skeletal muscle nuclei via unidentified mechanisms.

text: HMB attenuates muscle protein breakdown in an

text: insulin

text: -independent manner in humans. HMB is believed to reduce muscle protein breakdown in humans by inhibiting the

text: and

text: subunits of the

text: ubiquitin–proteasome system

text: in skeletal muscle and by inhibiting

text: apoptosis

text: of

text: skeletal muscle nuclei

text: via unidentified mechanisms.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: ubiquitin

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: unidentified mechanisms

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: HMB attenuates muscle protein breakdown

answers: NDQ_007563

answers: How do bones release calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: What does HMB attenuate?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle protein breakdown

answers: NDQ_007552

answers: HMB

answers: NDQ_007553

answers: HMB

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: HMB attenuates muscle protein breakdown

answers: NDQ_007557

answers: HMB

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: HMB

answers: NDQ_007563

answers: HMB

answers: NDQ_007566

answers: HMB

answers: NDQ_007568

answers: HMB

answers: NDQ_007569

answers: HMB

answers: NDQ_007570

answers: HMB

answers: NDQ_007571

answers: HMB

answers: NDQ_007572

answers: HMB

answers: NDQ_007573

answers: HMB

answers: NDQ_007574

answers: HMB

answers: NDQ_007575

answers: HMB attenuates muscle protein breakdown

answers: NDQ_007576

answers: HMB

answers: NDQ_007577

answers: humans.

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: apoptosis

text: In 1969, John Ostrom described Deinonychus antirrhopus, a theropod that he had discovered in Montana in 1964 and whose skeletal resemblance to birds seemed unmistakable. Ostrom became a leading proponent of the theory that birds are direct descendants of dinosaurs. Further comparisons of bird and dinosaur skeletons, as well as cladistic analysis strengthened the case for the link, particularly for a branch of theropods called maniraptors. Skeletal similarities include the neck, the pubis, the wrists (semi-lunate carpal), the 'arms' and pectoral girdle, the shoulder blade, the clavicle and the breast bone. In all, over a hundred distinct anatomical features are shared by birds and theropod dinosaurs.

text: In 1969,

text: John Ostrom

text: described

text: Deinonychus antirrhopus

text: , a

text: theropod

text: that he had discovered in Montana in 1964 and whose skeletal resemblance to birds seemed unmistakable. Ostrom became a leading proponent of the theory that birds are direct descendants of dinosaurs. Further comparisons of bird and dinosaur skeletons, as well as

text: cladistic analysis

text: strengthened the case for the link, particularly for a branch of theropods called

text: maniraptor

text: s. Skeletal similarities include the

text: neck

text: , the

text: pubis

text: , the

text: wrist

text: s (semi-lunate

text: carpal

text: ), the '

text: arm

text: s' and

text: pectoral girdle

text: , the

text: shoulder blade

text: , the

text: clavicle

text: and the

text: breast bone

text: . In all, over a hundred distinct anatomical features are shared by birds and theropod dinosaurs.

answers: NDQ_007549

answers: clavicle and the breast bone

answers: NDQ_007550

answers: the skeleton consists of what?

answers: NDQ_007551

answers: bones that support the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the kidneys

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Theropod dinosaurs

answers: NDQ_007556

answers: cladistic analysis

answers: NDQ_007557

answers: carpal

answers: NDQ_007558

answers: shoulder blade, the clavicle and the breast bone

answers: NDQ_007560

answers: wrists

answers: NDQ_007562

answers: birds are direct descendants of dinosaurs

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the term for compact bone?

answers: NDQ_007570

answers: clavicle

answers: NDQ_007571

answers: Which of the following is not a form of vitamin D: calcium, vitamin D, or vitamin A?

answers: NDQ_007572

answers: Which of the following is not a type of bone: breast bone, shoulder blade, or clavicle?

answers: NDQ_007573

answers: how many distinct anatomical features are shared by birds and theropod dinosaurs

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a skeletal feature shared by birds and theropod dinosaurs?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: clavicle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: girdle

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: the shoulder blade, the clavicle and the breast bone.

answers: NDQ_007550

answers: breast bone.

answers: NDQ_007551

answers: the shoulder blade, the clavicle and the breast bone.

answers: NDQ_007552

answers: Deinonychus antirrhopus,

answers: NDQ_007553

answers: dinosaurs.

answers: NDQ_007554

answers: (semi-lunate carpal),

answers: NDQ_007555

answers: pectoral girdle,

answers: NDQ_007556

answers: dinosaurs.

answers: NDQ_007557

answers: pectoral girdle,

answers: NDQ_007558

answers: wrists

answers: NDQ_007560

answers: wrists

answers: NDQ_007562

answers: birds are direct descendants of dinosaurs.

answers: NDQ_007563

answers: breast bone.

answers: NDQ_007566

answers: Deinonychus antirrhopus,

answers: NDQ_007568

answers: the shoulder blade, the clavicle and the breast bone.

answers: NDQ_007569

answers: breast bone.

answers: NDQ_007570

answers: clavicle

answers: NDQ_007571

answers: Deinonychus antirrhopus,

answers: NDQ_007572

answers: breast bone.

answers: NDQ_007573

answers: Deinonychus antirrhopus,

answers: NDQ_007574

answers: breast bone.

answers: NDQ_007575

answers: 'arms' and pectoral girdle,

answers: NDQ_007576

answers: Deinonychus antirrhopus,

answers: NDQ_007577

answers: over a hundred

answers: NDQ_007578

answers: (semi-lunate carpal),

answers: NDQ_007579

answers: clavicle

answers: NDQ_007580

answers: breast bone.

answers: NDQ_007581

answers: pectoral girdle,

answers: NDQ_007582

answers: (semi-lunate carpal),

answers: NDQ_007583

answers: birds

answers: NDQ_007584

answers: cladistic

text: "In summary, physical inactivity and muscle disuse lead to loss of muscle mass and accumulation of visceral adipose tissue and consequently to the activation of a network of inflammatory pathways, which promote development of insulin resistance, atherosclerosis, neurodegeneration and tumour growth and, thereby, promote the development of a cluster of chronic diseases. By contrast, the finding that muscles produce and release myokines provides a molecular basis for understanding how physical activity could protect against premature mortality.... Given that muscle is the largest organ in the body, the identification of the muscle secretome could set a new agenda for the scientific community. To view skeletal muscle as a secretory organ provides a conceptual basis for understanding how muscles communicate with other organs such as adipose tissue, liver, pancreas, bone and brain. Physical inactivity or muscle disuse potentially leads to an altered or impaired myokine response and/or resistance to the effects of myokines, which explains why lack of physical activity increases the risk of a whole network of diseases, including cardiovascular diseases, T2DM (Type 2 Diabetes Mellitus), cancer and osteoporosis."

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone and brain

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: lack of physical activity

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: lack of physical activity increases the risk of a whole network of diseases

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: osteoporosis

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: lack of physical activity

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: muscle is the largest organ in the body

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: osteoporosis

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporation

answers: NDQ_007549

answers: bone and brain.

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: muscles communicate with other organs

answers: NDQ_007552

answers: myokines

answers: NDQ_007553

answers: muscles produce and release myokines

answers: NDQ_007554

answers: adipose tissue,

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: osteoporosis."

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoporosis."

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: osteoporosis."

answers: NDQ_007563

answers: osteoporosis."

answers: NDQ_007566

answers: osteoporosis."

answers: NDQ_007568

answers: osteoporosis."

answers: NDQ_007569

answers: osteoporosis."

answers: NDQ_007570

answers: bone

answers: NDQ_007571

answers: osteoporosis."

answers: NDQ_007572

answers: myokines

answers: NDQ_007573

answers: osteoporosis."

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: osteoporosis."

answers: NDQ_007576

answers: osteoporosis."

answers: NDQ_007577

answers: muscle

answers: NDQ_007578

answers: osteoporosis."

answers: NDQ_007579

answers: osteoporosis."

answers: NDQ_007580

answers: osteoporosis."

answers: NDQ_007581

answers: osteoporosis."

answers: NDQ_007582

answers: pancreas,

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis."

text: Fractures of the dens, not to be confused with Hangman's fractures, are classified into three categories according to the Anderson–D'Alonso system:

text: Fractures of the dens, not to be confused with

text: Hangman's fracture

text: s, are classified into three categories according to the Anderson–D'Alonso system:

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: dens

answers: NDQ_007555

answers: dens

answers: NDQ_007556

answers: Anderson–D'Alonso system

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: dens

answers: NDQ_007560

answers: dens

answers: NDQ_007562

answers: Fractures of the dens are not to be confused with Hangman's fractures

answers: NDQ_007563

answers: What happens to bones when they release stored calcium?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball and socket

answers: NDQ_007571

answers: Bones are made of calcium and vitamin D.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: Anderson–D'Alonso system

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: dens

answers: NDQ_007579

answers: dens

answers: NDQ_007580

answers: dens

answers: NDQ_007581

answers: dens

answers: NDQ_007582

answers: dens

answers: NDQ_007583

answers: dens

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Fractures of the dens,

answers: NDQ_007550

answers: dens,

answers: NDQ_007551

answers: Fractures

answers: NDQ_007552

answers: Anderson–D'Alonso

answers: NDQ_007553

answers: Fractures

answers: NDQ_007554

answers: dens,

answers: NDQ_007555

answers: dens,

answers: NDQ_007556

answers: Anderson–D'Alonso

answers: NDQ_007557

answers: Fractures of the dens,

answers: NDQ_007558

answers: dens,

answers: NDQ_007560

answers: Fractures of the dens,

answers: NDQ_007562

answers: Hangman's fractures,

answers: NDQ_007563

answers: Anderson–D'Alonso system:

answers: NDQ_007566

answers: Anderson–D'Alonso system:

answers: NDQ_007568

answers: three categories according to the Anderson–D'Alonso system:

answers: NDQ_007569

answers: Anderson–D'Alonso system:

answers: NDQ_007570

answers: Anderson–D'Alonso system:

answers: NDQ_007571

answers: Anderson–D'Alonso system:

answers: NDQ_007572

answers: Anderson–D'Alonso system:

answers: NDQ_007573

answers: Anderson–D'Alonso system:

answers: NDQ_007574

answers: Anderson–D'Alonso system:

answers: NDQ_007575

answers: Anderson–D'Alonso system:

answers: NDQ_007576

answers: Anderson–D'Alonso system:

answers: NDQ_007577

answers: Anderson–D'Alonso system:

answers: NDQ_007578

answers: dens,

answers: NDQ_007579

answers: dens,

answers: NDQ_007580

answers: dens,

answers: NDQ_007581

answers: Anderson–D'Alonso

answers: NDQ_007582

answers: Anderson–D'Alonso

answers: NDQ_007583

answers: dens,

answers: NDQ_007584

answers: Anderson–D'Alonso

text: In adult striated muscle cells, alpha-7 integrin (complexed to beta-1 integrin) is localized to Z-discs and costamere structures, bound to the four and one half LIM domain proteins, FHL1 and FHL2. It has been demonstrated that alpha-7 integrin can be mono-ADP-ribosylated on the cell surface in skeletal muscle cells; however, the functional significance of this modification has not been investigated.

text: In adult

text: striated muscle

text: cells, alpha-7 integrin (complexed to

text: beta-1 integrin

text: ) is localized to

text: Z-disc

text: s and

text: costamere

text: structures, bound to the four and one half

text: LIM domain

text: proteins,

text: and

text: . It has been demonstrated that alpha-7 integrin can be mono-ADP-ribosylated on the cell surface in

text: skeletal muscle

text: cells; however, the functional significance of this modification has not been investigated.

answers: NDQ_007549

answers: muscle cells

answers: NDQ_007550

answers: muscle cells

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: LIM domain proteins

answers: NDQ_007553

answers: skeletal muscle cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle cells

answers: NDQ_007557

answers: LIM domain proteins

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: functional significance of this modification has not been investigated.

answers: NDQ_007563

answers: What is the function of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the purpose of this article?

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: costamere

answers: NDQ_007579

answers: costameric

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: costamere

answers: NDQ_007582

answers: costamere

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle cells,

answers: NDQ_007550

answers: Z-discs and costamere structures,

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: alpha-7 integrin

answers: NDQ_007553

answers: muscle cells,

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: adult striated muscle cells,

answers: NDQ_007556

answers: costamere structures,

answers: NDQ_007557

answers: costamere structures,

answers: NDQ_007558

answers: Z-discs and costamere

answers: NDQ_007560

answers: Z-discs

answers: NDQ_007562

answers: In adult striated muscle cells,

answers: NDQ_007563

answers: skeletal muscle cells;

answers: NDQ_007566

answers: In adult striated muscle cells,

answers: NDQ_007568

answers: FHL1 and FHL2.

answers: NDQ_007569

answers: Z-discs and costamere structures,

answers: NDQ_007570

answers: Z-discs and costamere structures,

answers: NDQ_007571

answers: skeletal muscle cells;

answers: NDQ_007572

answers: skeletal muscle cells;

answers: NDQ_007573

answers: skeletal muscle cells;

answers: NDQ_007574

answers: In adult striated muscle cells,

answers: NDQ_007575

answers: skeletal muscle cells;

answers: NDQ_007576

answers: In adult striated muscle cells,

answers: NDQ_007577

answers: Z-discs and costamere structures,

answers: NDQ_007578

answers: costamere

answers: NDQ_007579

answers: costamere

answers: NDQ_007580

answers: costamere

answers: NDQ_007581

answers: costamere

answers: NDQ_007582

answers: costamere

answers: NDQ_007583

answers: costamere

answers: NDQ_007584

answers: costamere

text: Growth disturbance: Children with JIA may have reduced overall rate of growth, especially if the disease involves many joints or other body systems.  Paradoxically, individually affected large joints (such as the knee) may grow faster, due to inflammation - induced, increased blood supply to the bone growth plates situated near the joints. This can result in leg length discrepancy, and also deformities such as genu valgum. Asymmetrical growth can also affect other bones e.g. discrepancy in digit length. There can be marked difference in bone age (skeletal maturation).

text: Growth disturbance: Children with JIA may have reduced overall rate of growth, especially if the disease involves many joints or other body systems.  Paradoxically, individually affected large joints (such as the knee) may grow faster, due to inflammation - induced, increased blood supply to the bone growth plates situated near the joints. This can result in leg length discrepancy, and also deformities such as genu valgum. Asymmetrical growth can also affect other bones e.g. discrepancy in digit length. There can be marked difference in bone age (skeletal maturation).

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone maturation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: growth plates

answers: NDQ_007555

answers: knee

answers: NDQ_007556

answers: marked difference in bone age

answers: NDQ_007557

answers: bone growth plates

answers: NDQ_007558

answers: knee

answers: NDQ_007560

answers: knee

answers: NDQ_007562

answers: There can be marked difference in bone age

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a benefit of JIA?

answers: NDQ_007572

answers: Which of the following is not a result of increased blood supply to the bone growth plates situated near the joints?

answers: NDQ_007573

answers: What can be marked difference in bone age (skeletal maturation)?

answers: NDQ_007574

answers: Which of the following is not true?

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is true of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: growth plates

answers: NDQ_007579

answers: growth plates

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: bone growth plates

answers: NDQ_007582

answers: bone growth plates

answers: NDQ_007583

answers: bone growth plates

answers: NDQ_007584

answers: maturation

answers: NDQ_007549

answers: bone growth plates

answers: NDQ_007550

answers: bone growth plates

answers: NDQ_007551

answers: (skeletal maturation).

answers: NDQ_007552

answers: bone growth plates

answers: NDQ_007553

answers: inflammation

answers: NDQ_007554

answers: blood

answers: NDQ_007555

answers: knee)

answers: NDQ_007556

answers: Asymmetrical growth

answers: NDQ_007557

answers: bone growth plates

answers: NDQ_007558

answers: knee)

answers: NDQ_007560

answers: knee)

answers: NDQ_007562

answers: Growth disturbance: Children with JIA may have reduced overall rate of growth,

answers: NDQ_007563

answers: bone growth plates

answers: NDQ_007566

answers: Growth disturbance: Children with JIA may have reduced overall rate of growth,

answers: NDQ_007568

answers: bone growth plates

answers: NDQ_007569

answers: bone growth plates

answers: NDQ_007570

answers: large joints

answers: NDQ_007571

answers: bone growth plates

answers: NDQ_007572

answers: bone growth plates

answers: NDQ_007573

answers: increased blood supply to the bone growth plates

answers: NDQ_007574

answers: bone growth plates

answers: NDQ_007575

answers: inflammation - induced, increased blood supply to the bone growth plates

answers: NDQ_007576

answers: joints

answers: NDQ_007577

answers: bone growth plates

answers: NDQ_007578

answers: bone growth plates

answers: NDQ_007579

answers: bone growth plates

answers: NDQ_007580

answers: bone growth plates

answers: NDQ_007581

answers: bone growth plates

answers: NDQ_007582

answers: bone growth plates

answers: NDQ_007583

answers: bone growth plates

answers: NDQ_007584

answers: (skeletal maturation).

text: A fracture can involve any damage to the denture. Any type of repair to the denture is much less ideal then making a new one. The ratio of fracture to a denture is a 1:3 ratio of the upper to lower.

text: A fracture can involve any damage to the denture. Any type of repair to the denture is much less ideal then making a new one. The ratio of fracture to a denture is a 1:3 ratio of the upper to lower.

answers: NDQ_007549

answers: bones, teeth, and bones

answers: NDQ_007550

answers: __.

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body.

answers: NDQ_007554

answers: denture

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: the ratio of fracture to a denture

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: upper to lower

answers: NDQ_007560

answers: upper to lower

answers: NDQ_007562

answers: The ratio of fracture to a denture is a 1:3 ratio

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: How would you describe osteoporosis?

answers: NDQ_007574

answers: Which of the following is true of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: denture

answers: NDQ_007579

answers: denture

answers: NDQ_007580

answers: denture

answers: NDQ_007581

answers: denture

answers: NDQ_007582

answers: denture

answers: NDQ_007583

answers: denture

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: fracture

answers: NDQ_007550

answers: upper to lower.

answers: NDQ_007551

answers: fracture

answers: NDQ_007552

answers: 1:3

answers: NDQ_007553

answers: A fracture

answers: NDQ_007554

answers: denture.

answers: NDQ_007555

answers: 1:3

answers: NDQ_007556

answers: 1:3

answers: NDQ_007557

answers: fracture

answers: NDQ_007558

answers: upper to lower.

answers: NDQ_007560

answers: upper to lower.

answers: NDQ_007562

answers: A fracture can involve any damage to the denture.

answers: NDQ_007563

answers: 1:3

answers: NDQ_007566

answers: 1:3

answers: NDQ_007568

answers: 1:3

answers: NDQ_007569

answers: 1:3

answers: NDQ_007570

answers: 1:3

answers: NDQ_007571

answers: 1:3

answers: NDQ_007572

answers: 1:3

answers: NDQ_007573

answers: 1:3

answers: NDQ_007574

answers: 1:3

answers: NDQ_007575

answers: 1:3

answers: NDQ_007576

answers: 1:3

answers: NDQ_007577

answers: 1:3

answers: NDQ_007578

answers: fracture

answers: NDQ_007579

answers: fracture

answers: NDQ_007580

answers: fracture

answers: NDQ_007581

answers: fracture

answers: NDQ_007582

answers: fracture can involve any damage to the denture.

answers: NDQ_007583

answers: denture.

answers: NDQ_007584

answers: fracture

text: This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS) to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance. The results presented herein overwhelmingly corroborate the body of evidence that has been reported on human subjects in the preceding sections of this report. Importantly, through the use of more cellular and molecular analyses, greater insights have been obtained into the underlying mechanisms associated with these alterations in muscle structure and function. Since the majority of evidence concerning the effects of spaceflight on mammalian skeletal muscle has been derived from rodent studies, the information provided here is focused mostly on the rodent model. It is important to point out that the structure and function of rodent skeletal muscle are nearly identical to those of human skeletal muscle. For example, rodent muscle is composed of the same general fiber-type profile and is sensitive to the same environmental (mechanical, hormonal, metabolic) cues observed for human muscle. Thus, the information summarized below provides credence to the data base derived from human subjects. However, it is important to point out that one primary advantage of the rodent model is that adaptive changes that occur in both species unfold in a much shorter time frame in rodents than in humans (hours to days versus days to weeks), making it possible to predict long-term changes in human skeletal muscle based on the shorter absolute time frame of the studies performed on rodents. Another important consideration in the context of animal research during spaceflight is that one can perform a straightforward experiment in which there is no requirement to provide some type of countermeasure intervention as there is for humans, and can thereby avoid the introduction of a confounding variable in ascertaining the true effects of spaceflight on a wide range of physiological variables. Also, given the remarkable agreement in the quantitative and qualitative nature of the findings observed in the spaceflight studies versus those obtained from ground-based HS studies, we have chosen to combine and integrate significant portions of the data that have been gathered in the last 25 years. This rodent data base in space life sciences research includes 14 flight experiments with 8 sponsored by the Russian Cosmos Program and 6 sponsored by NASA Space Life Sciences (SLS) and Space Transportation System (STS) missions. These flight experiments are complemented by numerous ground-based research studies that focused collectively on the topics described below. Most importantly, all of the data reported in this summary are derived from animal cohorts in which the control animals were studied from a synchronous vivarium group of the same age, strain, and gender, and the analyses were performed at the same time as that of the experimental groups. The provided information is based entirely on peer-reviewed experiments as detailed in the bibliography provided.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: rodent skeletal muscle

answers: NDQ_007551

answers: muscle strength and endurance

answers: NDQ_007552

answers: Cartilage is a tough, flexible tissue that contains

answers: NDQ_007553

answers: erythrocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: limbs

answers: NDQ_007556

answers: context: This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS) to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance.

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: hind limb

answers: NDQ_007560

answers: hind-limb

answers: NDQ_007562

answers: Spaceflight has no effect on bone fractures

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: context: Studies on animal subjects that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance.

answers: NDQ_007568

answers: context: This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS) to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance.

answers: NDQ_007569

answers: Context. This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS).

answers: NDQ_007570

answers: The structure and function of rodent skeletal muscle are nearly identical to those of human skeletal muscle

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Context: Studies on animal subjects that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance.

answers: NDQ_007574

answers: This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS).

answers: NDQ_007575

answers: This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS) to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance.

answers: NDQ_007576

answers: context: This section summarizes the studies that have been conducted on animal subjects (such as rodents and non-human primates) that have been exposed either to spaceflight or (in the case of rodents) to the well accepted ground-based analog of hind-limb suspension (HS) to ascertain the effects of unloading states on the properties of muscle mass, strength, and endurance.

answers: NDQ_007577

answers: Adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: human muscle.

answers: NDQ_007550

answers: rodent

answers: NDQ_007551

answers: muscle mass, strength, and endurance.

answers: NDQ_007552

answers: human muscle.

answers: NDQ_007553

answers: rodent

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: rodent

answers: NDQ_007556

answers: rodents

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: hind-limb suspension

answers: NDQ_007562

answers: rodent model

answers: NDQ_007563

answers: rodent

answers: NDQ_007566

answers: rodent

answers: NDQ_007568

answers: rodent

answers: NDQ_007569

answers: spaceflight studies versus those obtained from ground-based HS studies,

answers: NDQ_007570

answers: rodent

answers: NDQ_007571

answers: rodent model

answers: NDQ_007572

answers: rodent

answers: NDQ_007573

answers: rodent

answers: NDQ_007574

answers: rodent model

answers: NDQ_007575

answers: rodent

answers: NDQ_007576

answers: rodent

answers: NDQ_007577

answers: rodent

answers: NDQ_007578

answers: fiber-type

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: adaptive changes

text: During embryo development in mice, Cyr61 is highly expressed in the cardiovascular, skeletal, and neuronal systems. Cyr61 knockout mice are embryonic lethal due to defects in cardiac septal morphogenesis, deficient blood vessel formation in placenta, and compromised vascular integrity. In Xenopus laevis, Cyr61 is required for normal gastrulation and modulation of Wnt signaling.

text: During embryo development in mice, Cyr61 is highly expressed in the cardiovascular, skeletal, and neuronal systems. Cyr61

text: knockout mice

text: are embryonic lethal due to defects in cardiac septal morphogenesis, deficient blood vessel formation in placenta, and compromised vascular integrity. In

text: Xenopus laevis

text: , Cyr61 is required for normal

text: gastrulation

text: and modulation of

text: Wnt signaling

answers: NDQ_007549

answers: Cyr61

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: normal gastrulation

answers: NDQ_007552

answers: Cyr61

answers: NDQ_007553

answers: Cyr61

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: Cyr61 is highly expressed

answers: NDQ_007557

answers: Cyr61

answers: NDQ_007558

answers: cardiac septal

answers: NDQ_007560

answers: septal

answers: NDQ_007562

answers: Cyr61 knockout mice are embryonic lethal

answers: NDQ_007563

answers: Which of the following is not a function of the skeletal system?

answers: NDQ_007566

answers: Which of the following best describes Cyr61?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Cyr61 knockout mice are embryonic lethal

answers: NDQ_007572

answers: Cyr61 is required for normal gastrulation and modulation of Wnt

answers: NDQ_007573

answers: Cyr61 is required for normal gastrulation

answers: NDQ_007574

answers: Which of the following is not a characteristic of the human skeleton?

answers: NDQ_007575

answers: Cyr61 is required for normal gastrulation

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood vessel

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: morphogenesis

answers: NDQ_007549

answers: Cyr61

answers: NDQ_007550

answers: Cyr61

answers: NDQ_007551

answers: normal gastrulation

answers: NDQ_007552

answers: Cyr61

answers: NDQ_007553

answers: placenta,

answers: NDQ_007554

answers: skeletal,

answers: NDQ_007555

answers: skeletal, and neuronal systems.

answers: NDQ_007556

answers: Cyr61

answers: NDQ_007557

answers: Cyr61

answers: NDQ_007558

answers: cardiac septal

answers: NDQ_007560

answers: cardiac septal

answers: NDQ_007562

answers: Cyr61

answers: NDQ_007563

answers: Cyr61

answers: NDQ_007566

answers: Cyr61

answers: NDQ_007568

answers: skeletal, and neuronal systems.

answers: NDQ_007569

answers: Cyr61

answers: NDQ_007570

answers: Cyr61

answers: NDQ_007571

answers: Cyr61

answers: NDQ_007572

answers: blood vessel formation in placenta,

answers: NDQ_007573

answers: Cyr61

answers: NDQ_007574

answers: Cyr61

answers: NDQ_007575

answers: Cyr61

answers: NDQ_007576

answers: During embryo development in mice, Cyr61

answers: NDQ_007577

answers: mice, Cyr61

answers: NDQ_007578

answers: skeletal,

answers: NDQ_007579

answers: skeletal,

answers: NDQ_007580

answers: skeletal,

answers: NDQ_007581

answers: skeletal,

answers: NDQ_007582

answers: placenta,

answers: NDQ_007583

answers: skeletal,

answers: NDQ_007584

answers: morphogenesis,

text: A forensic examination of the skeletal remains revealed injuries, including a broken ankle and a double fracture to the larynx, which indicated strangulation as the cause of death. At times, both Lady Shaftesbury and her brother admitted their involvement in the death of Lord Shaftesbury and the French authorities decided to charge both her and her brother with the crime of premeditated murder. Fearing that her Arab ancestry might alienate the jury, the defendant demanded to be referred to by the titles she had gained when she married Shaftesbury, much to the dismay of his family.

text: A forensic examination of the skeletal remains revealed injuries, including a broken ankle and a double fracture to the larynx, which indicated strangulation as the cause of death. At times, both Lady Shaftesbury and her brother admitted their involvement in the death of Lord Shaftesbury and the French authorities decided to charge both her and her brother with the crime of premeditated murder. Fearing that her Arab ancestry might alienate the jury, the defendant demanded to be referred to by the titles she had gained when she married Shaftesbury, much to the dismay of his family.

answers: NDQ_007549

answers: ankle

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: Arab ancestry

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: double fracture to the larynx, which indicated strangulation as the cause of death

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Lady Shaftesbury?

answers: NDQ_007568

answers: Which of the following is not a type of bone: ankle, larynx, or larynx?

answers: NDQ_007569

answers: what is the first type of bone mentioned?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What did the defendant demand to be referred to by the titles she had gained when she married Shaftesbury?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, ankle or larynx?

answers: NDQ_007573

answers: What was the cause of death of Lord Shaftesbury?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of injury: broken ankle or larynx?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007550

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007551

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007552

answers: ankle and a double fracture to the larynx,

answers: NDQ_007553

answers: strangulation

answers: NDQ_007554

answers: ankle and a double fracture to the larynx,

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: Arab ancestry

answers: NDQ_007557

answers: skeletal remains revealed injuries, including a broken ankle

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: strangulation

answers: NDQ_007563

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007566

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007568

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007569

answers: ankle and a double fracture to the larynx,

answers: NDQ_007570

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007571

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007572

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007573

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007574

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007575

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007576

answers: broken ankle

answers: NDQ_007577

answers: broken ankle and a double fracture to the larynx,

answers: NDQ_007578

answers: skeletal remains revealed injuries, including a broken ankle

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: larynx,

answers: NDQ_007582

answers: larynx,

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: fracture to the larynx,

text: Despite the robustness of the individual skeletal modules complete skeletons of starfish, brittle stars and crinoids are rare in the fossil record. This is because they quickly disarticulate (disconnect from each other) once the encompassing skin rots away, and in the absence of tissue there is nothing to hold the plates together. The modular construction is a result of the growth system employed by echinoderms, which adds new segments at the centre of the radial limbs, pushing the existing plates outwards and lengthening the arms. Sea urchins on the other hand are often well preserved in chalk beds or limestone. During fossilization, the cavities in the stereom are filled in with calcite that is in crystalline continuity with the surrounding material. On fracturing such rock, distinctive cleavage patterns can be seen and sometimes even the intricate internal and external structure of the test.

text: Despite the robustness of the individual skeletal modules complete skeletons of starfish, brittle stars and crinoids are rare in the fossil record. This is because they quickly disarticulate (disconnect from each other) once the encompassing skin rots away, and in the absence of tissue there is nothing to hold the plates together. The modular construction is a result of the growth system employed by echinoderms, which adds new segments at the centre of the radial limbs, pushing the existing plates outwards and lengthening the arms. Sea urchins on the other hand are often well preserved in chalk beds or limestone. During fossilization, the cavities in the stereom are filled in with calcite that is in crystalline continuity with the surrounding material. On fracturing such rock, distinctive cleavage patterns can be seen and sometimes even the intricate internal and external structure of the test.

answers: NDQ_007549

answers: plates

answers: NDQ_007550

answers: individual skeletal modules

answers: NDQ_007551

answers: radial limbs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: skin

answers: NDQ_007555

answers: starfish

answers: NDQ_007556

answers: growth system employed by echinoderms

answers: NDQ_007557

answers: tissue

answers: NDQ_007558

answers: radial limbs

answers: NDQ_007560

answers: radial

answers: NDQ_007562

answers: the intricate internal and external structure of the test.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a type of rock: chalk beds or limestone?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: calcite that is in crystalline continuity with the surrounding material

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of skeleton?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the result of the growth system employed by echinoderms?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: calcite

answers: NDQ_007579

answers: skin

answers: NDQ_007580

answers: calcite

answers: NDQ_007581

answers: skin

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skin

answers: NDQ_007584

answers: cleavage

answers: NDQ_007549

answers: radial limbs,

answers: NDQ_007550

answers: individual skeletal modules

answers: NDQ_007551

answers: pushing the existing plates outwards and lengthening the arms.

answers: NDQ_007552

answers: skin

answers: NDQ_007553

answers: echinoderms,

answers: NDQ_007554

answers: skin

answers: NDQ_007555

answers: starfish,

answers: NDQ_007556

answers: growth system employed by echinoderms,

answers: NDQ_007557

answers: tissue

answers: NDQ_007558

answers: radial limbs,

answers: NDQ_007560

answers: radial limbs,

answers: NDQ_007562

answers: robustness of the individual skeletal modules

answers: NDQ_007563

answers: echinoderms,

answers: NDQ_007566

answers: Sea urchins

answers: NDQ_007568

answers: echinoderms,

answers: NDQ_007569

answers: Despite the robustness of the individual skeletal modules

answers: NDQ_007570

answers: arms.

answers: NDQ_007571

answers: tissue

answers: NDQ_007572

answers: tissue

answers: NDQ_007573

answers: in the absence of tissue there is nothing to hold the plates together.

answers: NDQ_007574

answers: tissue

answers: NDQ_007575

answers: echinoderms,

answers: NDQ_007576

answers: Despite the robustness of the individual skeletal modules

answers: NDQ_007577

answers: starfish,

answers: NDQ_007578

answers: skin

answers: NDQ_007579

answers: skin

answers: NDQ_007580

answers: brittle stars

answers: NDQ_007581

answers: skin

answers: NDQ_007582

answers: skin

answers: NDQ_007583

answers: skin

answers: NDQ_007584

answers: growth system

text: Ligaments and tendons hold the skeletal system together.  Ligaments hold bones to bones and tendons hold bones to muscles.  Synovial membranes are found in joint capsules, where they contain synovial fluid, which lubricates joints.  Bones are covered by a tough membrane called periosteum, which covers the entire bone excluding areas of articulation.

text: Ligaments

text: and

text: tendons

text: hold the skeletal system together.  Ligaments hold bones to bones and tendons hold bones to muscles.

text: Synovial membranes

text: are found in joint capsules, where they contain

text: synovial fluid

text: , which lubricates joints.  Bones are covered by a tough membrane called periosteum, which covers the entire bone excluding areas of articulation.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: holding bones together

answers: NDQ_007552

answers: synovial fluid

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: periosteum

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: articulation

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: bones to muscles

answers: NDQ_007560

answers: synovial

answers: NDQ_007562

answers: Bones are covered by a tough membrane called periosteum.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which is not a type of bone tissue?

answers: NDQ_007569

answers: Bones are covered by a tough membrane called periosteum

answers: NDQ_007570

answers: What does synovial fluid lubricate?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: calcium, vitamin D, or synovial fluid?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: Which of the following is not a part of the skeletal system?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones are not covered by periosteum?

answers: NDQ_007578

answers: synovial membrane

answers: NDQ_007579

answers: periosteum

answers: NDQ_007580

answers: periosteum

answers: NDQ_007581

answers: Ligaments

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: Ligaments and tendons

answers: NDQ_007550

answers: Ligaments and tendons

answers: NDQ_007551

answers: Ligaments and tendons hold the skeletal system together.

answers: NDQ_007552

answers: synovial fluid,

answers: NDQ_007553

answers: Ligaments and tendons hold the skeletal system

answers: NDQ_007554

answers: periosteum,

answers: NDQ_007555

answers: muscles.

answers: NDQ_007556

answers: periosteum,

answers: NDQ_007557

answers: Synovial membranes

answers: NDQ_007558

answers: muscles.

answers: NDQ_007560

answers: joints.

answers: NDQ_007562

answers: articulation.

answers: NDQ_007563

answers: periosteum,

answers: NDQ_007566

answers: periosteum,

answers: NDQ_007568

answers: periosteum,

answers: NDQ_007569

answers: periosteum,

answers: NDQ_007570

answers: Ligaments hold bones to bones and tendons hold bones to muscles.

answers: NDQ_007571

answers: Ligaments and tendons hold the skeletal system

answers: NDQ_007572

answers: periosteum,

answers: NDQ_007573

answers: Ligaments and tendons hold the skeletal system

answers: NDQ_007574

answers: periosteum,

answers: NDQ_007575

answers: periosteum,

answers: NDQ_007576

answers: Ligaments and tendons hold the skeletal system

answers: NDQ_007577

answers: periosteum,

answers: NDQ_007578

answers: periosteum,

answers: NDQ_007579

answers: periosteum,

answers: NDQ_007580

answers: periosteum,

answers: NDQ_007581

answers: periosteum,

answers: NDQ_007582

answers: periosteum,

answers: NDQ_007583

answers: periosteum,

answers: NDQ_007584

answers: articulation.

text: Well-known modifications to Angle's classification date back to Martin Dewey (1915) and Benno Lischer (1912, 1933). Alternative systems have been suggested by, among others, Simon (1930, the first three-dimensional classification system), Jacob A. Salzmann (1950, with a classification system based on skeletal structures) and James L. Ackerman and William R. Proffit (1969).

text: Well-known modifications to Angle's classification date back to

text: Martin Dewey

text: (1915) and

text: Benno Lischer

text: (1912, 1933). Alternative systems have been suggested by, among others, Simon (1930, the first three-dimensional classification system),

text: Jacob A. Salzmann

text: (1950, with a classification system based on skeletal structures) and

text: James L. Ackerman

text: and

text: William R. Proffit

answers: NDQ_007549

answers: skeletal structures

answers: NDQ_007550

answers: skeletal structures

answers: NDQ_007551

answers: skeletal structures

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: skeletal structures

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal structures

answers: NDQ_007556

answers: skeletal structures

answers: NDQ_007557

answers: skeletal structures

answers: NDQ_007558

answers: skeletal structures

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: Jacob A. Salzmann (1950) with a classification system based on skeletal structures

answers: NDQ_007563

answers: Jacob A. Salzmann

answers: NDQ_007566

answers: Jacob A. Salzmann

answers: NDQ_007568

answers: Jacob A. Salzmann

answers: NDQ_007569

answers: Jacob A. Salzmann

answers: NDQ_007570

answers: Jacob A. Salzmann

answers: NDQ_007571

answers: Jacob A. Salzmann

answers: NDQ_007572

answers: Jacob A. Salzmann

answers: NDQ_007573

answers: Benjamin Dewey

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: Jacob A. Salzmann

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: skeletal structures)

answers: NDQ_007550

answers: skeletal structures)

answers: NDQ_007551

answers: skeletal structures)

answers: NDQ_007552

answers: skeletal structures)

answers: NDQ_007553

answers: skeletal structures)

answers: NDQ_007554

answers: skeletal structures)

answers: NDQ_007555

answers: skeletal structures)

answers: NDQ_007556

answers: skeletal structures)

answers: NDQ_007557

answers: skeletal structures)

answers: NDQ_007558

answers: skeletal structures)

answers: NDQ_007560

answers: skeletal structures)

answers: NDQ_007562

answers: skeletal structures)

answers: NDQ_007563

answers: James L. Ackerman and William R. Proffit (1969).

answers: NDQ_007566

answers: skeletal structures)

answers: NDQ_007568

answers: skeletal structures)

answers: NDQ_007569

answers: James L. Ackerman and William R. Proffit (1969).

answers: NDQ_007570

answers: skeletal structures)

answers: NDQ_007571

answers: skeletal structures)

answers: NDQ_007572

answers: skeletal structures)

answers: NDQ_007573

answers: James L. Ackerman and William R. Proffit (1969).

answers: NDQ_007574

answers: James L. Ackerman and William R. Proffit (1969).

answers: NDQ_007575

answers: Jacob A. Salzmann

answers: NDQ_007576

answers: James L. Ackerman and William R. Proffit (1969).

answers: NDQ_007577

answers: James L. Ackerman and William R. Proffit (1969).

answers: NDQ_007578

answers: skeletal structures)

answers: NDQ_007579

answers: skeletal structures)

answers: NDQ_007580

answers: skeletal structures)

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal structures)

answers: NDQ_007583

answers: skeletal structures)

answers: NDQ_007584

answers: skeletal structures)

text: L-type calcium channels are also enriched in the t-tubules of striated muscle cells, i.e., skeletal and cardiac myofibers. When these cells are depolarized, the L-type calcium channels open as in smooth muscle. In skeletal muscle, the actual opening of the channel, which is mechanically gated to a calcium-release channel (a.k.a. ryanodine receptor, or RYR) in the sarcoplasmic reticulum (SR), causes opening of the RYR. In cardiac muscle, opening of the L-type calcium channel permits influx of calcium into the cell. The calcium binds to the calcium release channels (RYRs) in the SR, opening them; this phenomenon is called "calcium-induced calcium release", or CICR. However the RYRs are opened, either through mechanical-gating or CICR, Ca is released from the SR and is able to bind to troponin C on the actin filaments. The muscles then contract through the sliding filament mechanism, causing shortening of sarcomeres and muscle contraction.

text: L-type calcium channels are also enriched in the

text: t-tubule

text: s of

text: striated muscle

text: cells, i.e., skeletal and cardiac

text: myofiber

text: s. When these cells are depolarized, the L-type calcium channels open as in smooth muscle. In skeletal muscle, the actual opening of the channel, which is mechanically gated to a

text: calcium-release channel

text: (a.k.a.

text: ryanodine receptor

text: , or RYR) in the

text: sarcoplasmic reticulum

text: (SR), causes opening of the RYR. In

text: cardiac muscle

text: , opening of the L-type calcium channel permits influx of calcium into the cell. The calcium binds to the calcium release channels (RYRs) in the SR, opening them; this phenomenon is called "

text: calcium-induced calcium release

text: ", or CICR. However the RYRs are opened, either through mechanical-gating or CICR, Ca is released from the SR and is able to bind to

text: troponin C

text: on the actin filaments. The muscles then contract through the sliding filament mechanism, causing shortening of

text: sarcomeres

text: and muscle contraction.

answers: NDQ_007549

answers: myofibers

answers: NDQ_007550

answers: myofibers

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: troponin C

answers: NDQ_007553

answers: skeletal muscle cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: muscle contraction

answers: NDQ_007557

answers: actin filaments

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: sliding filament

answers: NDQ_007562

answers: The muscles then contract through the sliding filament mechanism

answers: NDQ_007563

answers: How is calcium released to the blood as needed?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of muscle: skeletal and cardiac myofibers

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a type of muscle: skeletal or cardiac?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: myofibers

answers: NDQ_007579

answers: myofibers

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: actin filaments

answers: NDQ_007582

answers: myofibroblasts

answers: NDQ_007583

answers: actin filaments

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal and cardiac myofibers.

answers: NDQ_007550

answers: striated muscle cells,

answers: NDQ_007551

answers: muscle contraction.

answers: NDQ_007552

answers: troponin C

answers: NDQ_007553

answers: striated muscle cells,

answers: NDQ_007554

answers: striated muscle

answers: NDQ_007555

answers: skeletal and cardiac myofibers.

answers: NDQ_007556

answers: L-type calcium channels

answers: NDQ_007557

answers: actin filaments.

answers: NDQ_007558

answers: skeletal and cardiac

answers: NDQ_007560

answers: sliding filament

answers: NDQ_007562

answers: L-type calcium channels

answers: NDQ_007563

answers: "calcium-induced calcium release",

answers: NDQ_007566

answers: L-type calcium channels

answers: NDQ_007568

answers: skeletal and cardiac myofibers.

answers: NDQ_007569

answers: L-type calcium channels

answers: NDQ_007570

answers: striated muscle cells,

answers: NDQ_007571

answers: L-type calcium

answers: NDQ_007572

answers: striated muscle cells,

answers: NDQ_007573

answers: L-type calcium channels

answers: NDQ_007574

answers: skeletal and cardiac myofibers.

answers: NDQ_007575

answers: striated muscle cells,

answers: NDQ_007576

answers: shortening of sarcomeres and muscle contraction.

answers: NDQ_007577

answers: L-type calcium channels

answers: NDQ_007578

answers: skeletal and cardiac myofibers.

answers: NDQ_007579

answers: skeletal and cardiac myofibers.

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: sarcomeres

answers: NDQ_007582

answers: cardiac myofibers.

answers: NDQ_007583

answers: actin

answers: NDQ_007584

answers: sliding filament mechanism,

text: There may also be a myogenic cause to the fetal akinesia, meaning that fetal muscles do not develop properly due to a muscle disease (for example, a congenital muscular dystrophy). Similarly, connective tissue tendon and skeletal defects may contribute to the fetal akinesia and be the primary cause of amyoplasia. Additionally, malformations may occur in the central nervous system and/or spinal cord that can lead to a lack of fetal movement in utero. This neurogenic cause is often accompanied by a wide range of other conditions. Other causes of fetal akinesia may include a maternal fever during pregnancy or a virus.

text: There may also be a

text: myogenic

text: cause to the fetal akinesia, meaning that fetal muscles do not develop properly due to a muscle disease (for example, a congenital

text: muscular dystrophy

text: ). Similarly, connective tissue tendon and skeletal defects may contribute to the fetal akinesia and be the primary cause of amyoplasia. Additionally, malformations may occur in the central nervous system and/or spinal cord that can lead to a lack of fetal movement in utero. This

text: neurogenic

text: cause is often accompanied by a wide range of other conditions. Other causes of fetal akinesia may include a maternal fever during pregnancy or a virus.

answers: NDQ_007549

answers: connective tissue

answers: NDQ_007550

answers: connective tissue

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: connective tissue

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: spinal cord

answers: NDQ_007556

answers: myogenic

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: spinal cord

answers: NDQ_007560

answers: skeletal defects

answers: NDQ_007562

answers: congenital muscular dystrophy

answers: NDQ_007563

answers: What is the primary cause of amyoplasia?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: skeletal defects

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the primary cause of amyoplasia?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: connective tissue tendon

answers: NDQ_007550

answers: connective tissue tendon

answers: NDQ_007551

answers: muscles

answers: NDQ_007552

answers: connective tissue tendon

answers: NDQ_007553

answers: amyoplasia.

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: skeletal defects

answers: NDQ_007556

answers: fetal muscles do not develop properly due to a muscle disease

answers: NDQ_007557

answers: tendon

answers: NDQ_007558

answers: amyoplasia.

answers: NDQ_007560

answers: tendon

answers: NDQ_007562

answers: fetal muscles do not develop properly due to a muscle disease

answers: NDQ_007563

answers: skeletal defects

answers: NDQ_007566

answers: skeletal defects

answers: NDQ_007568

answers: skeletal defects

answers: NDQ_007569

answers: skeletal defects

answers: NDQ_007570

answers: skeletal defects

answers: NDQ_007571

answers: skeletal defects

answers: NDQ_007572

answers: skeletal defects

answers: NDQ_007573

answers: skeletal defects

answers: NDQ_007574

answers: skeletal defects

answers: NDQ_007575

answers: skeletal defects

answers: NDQ_007576

answers: skeletal defects

answers: NDQ_007577

answers: skeletal defects

answers: NDQ_007578

answers: amyoplasia.

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: tendon

answers: NDQ_007582

answers: connective tissue tendon

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: amyoplasia.

text: Moderate alcohol consumption is associated with higher bone mineral density in postmenopausal women. "...Alcohol consumption significantly decreased the likelihood [of osteoporosis]." "Moderate alcohol intake was associated with higher BMD in postmenopausal elderly women." "Social drinking is associated with higher bone mineral density in men and women [over 45]." However, alcohol abuse is associated with bone loss.

text: Moderate alcohol consumption is associated with higher

text: bone mineral density

text: in postmenopausal women. "...Alcohol consumption significantly decreased the likelihood [of

text: osteoporosis

text: ]." "Moderate alcohol intake was associated with higher BMD in postmenopausal elderly women." "Social drinking is associated with higher bone mineral density in men and women [over 45]." However, alcohol abuse is associated with bone loss.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: Bones help support the bones of the body.

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: alcohol abuse

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: men and women

answers: NDQ_007560

answers: BMD

answers: NDQ_007562

answers: Social drinking is associated with higher bone mineral density in men and women

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: The elbow is a ball-and-socket joint.

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: People with osteoporosis have an increased risk of bone fractures.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: A sprain occurs when a bone bends

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: BMD

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bone mineral density

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone mineral density

answers: NDQ_007550

answers: bone mineral density

answers: NDQ_007551

answers: bone mineral density

answers: NDQ_007552

answers: bone mineral density

answers: NDQ_007553

answers: Moderate alcohol consumption

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: osteoporosis]."

answers: NDQ_007556

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007557

answers: bone mineral density

answers: NDQ_007558

answers: bone mineral density in postmenopausal women.

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: "...Alcohol consumption significantly decreased the likelihood

answers: NDQ_007563

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007566

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007568

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007569

answers: Moderate alcohol consumption is associated with higher bone mineral density

answers: NDQ_007570

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007571

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007572

answers: Moderate alcohol consumption is associated with higher bone mineral density

answers: NDQ_007573

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007574

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007575

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007576

answers: alcohol abuse

answers: NDQ_007577

answers: alcohol abuse is associated with bone loss.

answers: NDQ_007578

answers: osteoporosis]."

answers: NDQ_007579

answers: osteoporosis]."

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis]."

answers: NDQ_007582

answers: BMD

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis]."

text: Human body shape is a complex phenomenon with sophisticated detail and function. The general shape or figure of a person is defined mainly by the molding of skeletal structures, as well as the distribution of muscles and fat. Skeletal structure grows and changes only up to the point at which a human reaches adulthood and remains essentially the same for the rest of his or her life. Growth is usually completed between the ages of 13 and 18, at which time the epiphyseal plates of long bones close, allowing no further growth (see Human skeleton).

text: Human body shape is a complex phenomenon with sophisticated detail and function. The general shape or figure of a person is defined mainly by the molding of skeletal structures, as well as the distribution of

text: muscle

text: s and fat. Skeletal structure grows and changes only up to the point at which a human reaches adulthood and remains essentially the same for the rest of his or her life. Growth is usually completed between the ages of 13 and 18, at which time the epiphyseal plates of long bones close, allowing no further growth (see

text: Human skeleton

answers: NDQ_007549

answers: epiphyseal plates

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: general shape or figure of a person

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Human skeleton

answers: NDQ_007556

answers: allowing no further growth

answers: NDQ_007557

answers: epiphyseal plates

answers: NDQ_007558

answers: long bones

answers: NDQ_007560

answers: hips

answers: NDQ_007562

answers: Skeletal structure grows and changes only up to the point at which a human reaches adulthood

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle

answers: NDQ_007568

answers: How many types of bone tissues are in the human skeleton?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong: calcium, vitamin D, or fat?

answers: NDQ_007572

answers: What is not produced by compact bone?

answers: NDQ_007573

answers: What is the general shape or figure of a person?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is the general shape or figure of a person?

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphyseal

answers: NDQ_007579

answers: epiphyseal plates

answers: NDQ_007580

answers: epiphyseal plates

answers: NDQ_007581

answers: epiphyseal plates

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: Growth

answers: NDQ_007549

answers: long bones

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: grows and changes

answers: NDQ_007552

answers: muscles

answers: NDQ_007553

answers: adulthood

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: epiphyseal plates

answers: NDQ_007556

answers: allowing no further growth

answers: NDQ_007557

answers: epiphyseal plates

answers: NDQ_007558

answers: long bones

answers: NDQ_007560

answers: epiphyseal plates of long bones

answers: NDQ_007562

answers: no further growth

answers: NDQ_007563

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: epiphyseal plates of long bones

answers: NDQ_007569

answers: epiphyseal plates

answers: NDQ_007570

answers: epiphyseal plates of long bones

answers: NDQ_007571

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007572

answers: long bones

answers: NDQ_007573

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007574

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007575

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007576

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007577

answers: Growth is usually completed between the ages of 13 and 18,

answers: NDQ_007578

answers: epiphyseal

answers: NDQ_007579

answers: epiphyseal plates

answers: NDQ_007580

answers: epiphyseal plates

answers: NDQ_007581

answers: epiphyseal plates

answers: NDQ_007582

answers: epiphyseal plates

answers: NDQ_007583

answers: muscles

answers: NDQ_007584

answers: Growth

text: In skeletal muscle, the influx of calcium through the L-type calcium channel on the T-tubule contributes little to excitation-contraction coupling, whereas it is crucial to the proper function of cardiac muscle (see Cardiac action potential). Conversely, the mechanical interaction between the T-tubule's L-type calcium channel and the calcium-release channel is critical to proper skeletal muscle contraction, whereas it contributes little to the contraction of cardiac muscle.

text: In

text: skeletal muscle

text: , the influx of calcium through the L-type calcium channel on the T-tubule contributes little to excitation-contraction coupling, whereas it is crucial to the proper function of

text: cardiac muscle

text: (see

text: Cardiac action potential

text: ). Conversely, the mechanical interaction between the T-tubule's L-type calcium channel and the calcium-release channel is critical to proper

text: skeletal muscle contraction

text: , whereas it contributes little to the contraction of cardiac muscle.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: T-tubule

answers: NDQ_007551

answers: contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: erythrocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: influx of calcium

answers: NDQ_007557

answers: mechanical interaction

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: T-tubule

answers: NDQ_007562

answers: cardiac muscle is crucial to the proper function of skeletal muscle

answers: NDQ_007563

answers: What is the function of the calcium-release channel?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What nutrients are needed to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the relationship between osteoporosis and fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: T-tubule

answers: NDQ_007551

answers: contraction,

answers: NDQ_007552

answers: calcium

answers: NDQ_007553

answers: skeletal muscle,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: calcium

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: T-tubule

answers: NDQ_007562

answers: In skeletal muscle,

answers: NDQ_007563

answers: skeletal muscle,

answers: NDQ_007566

answers: In skeletal muscle,

answers: NDQ_007568

answers: In skeletal muscle,

answers: NDQ_007569

answers: In skeletal muscle,

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: In skeletal muscle,

answers: NDQ_007572

answers: In skeletal muscle,

answers: NDQ_007573

answers: In skeletal muscle,

answers: NDQ_007574

answers: In skeletal muscle,

answers: NDQ_007575

answers: skeletal muscle,

answers: NDQ_007576

answers: In skeletal muscle,

answers: NDQ_007577

answers: In skeletal muscle,

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: skeletal muscle,

text: In the development of vertebrate animals, the functional matrix hypothesis is a phenomenological description of bone growth.  It proposes that "the origin, development and maintenance of all skeletal units are secondary, compensatory and mechanically obligatory responses to temporally and operationally prior demands of related functional matrices."

text: In the

text: development

text: of

text: vertebrate animals

text: , the functional matrix hypothesis is a phenomenological description of bone growth.  It proposes that "the origin, development and maintenance of all skeletal units are secondary, compensatory and mechanically obligatory responses to temporally and operationally prior demands of related functional matrices."

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: maintenance

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: functional matrix

answers: NDQ_007555

answers: vertebrate

answers: NDQ_007556

answers: temporally and operationally prior demands

answers: NDQ_007557

answers: functional matrix

answers: NDQ_007558

answers: vertebrate

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: secondary, compensatory and mechanically obligatory responses

answers: NDQ_007563

answers: What does the functional matrix hypothesis describe?

answers: NDQ_007566

answers: What does the functional matrix hypothesis describe?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the functional matrix hypothesis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: mechanically obligatory responses

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: functional matrix

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: matrix

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: functional matrix

answers: NDQ_007584

answers: Bone growth

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: "the origin, development and maintenance

answers: NDQ_007552

answers: functional matrix hypothesis

answers: NDQ_007553

answers: vertebrate animals,

answers: NDQ_007554

answers: functional matrix

answers: NDQ_007555

answers: vertebrate animals,

answers: NDQ_007556

answers: temporally and operationally prior demands of related functional matrices."

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrate animals,

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: functional matrix hypothesis

answers: NDQ_007563

answers: functional matrix hypothesis

answers: NDQ_007566

answers: functional matrix hypothesis

answers: NDQ_007568

answers: functional matrix hypothesis

answers: NDQ_007569

answers: functional matrix hypothesis

answers: NDQ_007570

answers: vertebrate animals,

answers: NDQ_007571

answers: functional matrix hypothesis

answers: NDQ_007572

answers: functional matrix hypothesis

answers: NDQ_007573

answers: the functional matrix hypothesis

answers: NDQ_007574

answers: functional matrix hypothesis

answers: NDQ_007575

answers: functional matrix hypothesis

answers: NDQ_007576

answers: functional matrix hypothesis

answers: NDQ_007577

answers: vertebrate animals,

answers: NDQ_007578

answers: functional matrix

answers: NDQ_007579

answers: functional matrix

answers: NDQ_007580

answers: functional matrix

answers: NDQ_007581

answers: functional matrix

answers: NDQ_007582

answers: functional matrix

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: growth.

text: For example, during exercise such as running, the metabolic needs of the active leg skeletal muscles increase significantly. The muscle cells are in much more demand for nutrients such as oxygen. However, the body "reserves" as much blood as possible to the active tissues (in this case skeletal muscle). Therefore, during exercise more blood will flow to-and-from the muscle than it will in inactive tissue, such as the hand muscles.

text: For example, during exercise such as running, the

text: metabolic needs

text: of the active leg

text: skeletal muscle

text: s increase significantly. The

text: muscle cell

text: s are in much more demand for nutrients such as

text: oxygen

text: . However, the body "reserves" as much

text: blood

text: as possible to the active tissues (in this case skeletal muscle). Therefore, during exercise more blood will flow to-and-from the muscle than it will in inactive tissue, such as the hand muscles.

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: body "reserves" as much blood as possible

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: the body "reserves" as much blood as possible to the active tissues

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a type of bone?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: skeletal muscles

answers: NDQ_007551

answers: exercise such as running, the metabolic needs of the active leg skeletal muscles

answers: NDQ_007552

answers: skeletal muscles

answers: NDQ_007553

answers: skeletal muscles

answers: NDQ_007554

answers: skeletal muscle).

answers: NDQ_007555

answers: leg skeletal muscles

answers: NDQ_007556

answers: "reserves" as much blood as possible to the active tissues

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: leg skeletal muscles

answers: NDQ_007560

answers: leg skeletal muscles

answers: NDQ_007562

answers: during exercise

answers: NDQ_007563

answers: exercise such as running, the metabolic needs of the active leg skeletal muscles

answers: NDQ_007566

answers: the metabolic needs of the active leg skeletal muscles

answers: NDQ_007568

answers: skeletal muscles

answers: NDQ_007569

answers: skeletal muscles

answers: NDQ_007570

answers: skeletal muscles

answers: NDQ_007571

answers: skeletal muscles

answers: NDQ_007572

answers: skeletal muscle).

answers: NDQ_007573

answers: the metabolic needs of the active leg skeletal muscles

answers: NDQ_007574

answers: skeletal muscles

answers: NDQ_007575

answers: the metabolic needs of the active leg skeletal muscles

answers: NDQ_007576

answers: skeletal muscles

answers: NDQ_007577

answers: skeletal muscles

answers: NDQ_007578

answers: skeletal muscle).

answers: NDQ_007579

answers: skeletal muscles

answers: NDQ_007580

answers: skeletal muscle).

answers: NDQ_007581

answers: skeletal muscles

answers: NDQ_007582

answers: skeletal muscles

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscle).

text: The long bones are those that are longer than they are wide. They are one of five types of bones: long, short, flat, irregular and sesamoid. Long bones, especially the femur and tibia, are subjected to most of the load during daily activities and they are crucial for skeletal mobility. They grow primarily by elongation of the diaphysis, with an epiphysis at each end of the growing bone. The ends of epiphyses are covered with hyaline cartilage ("articular cartilage").  The longitudinal growth of long bones is a result of endochondral ossification at the epiphyseal plate. Bone growth in length is stimulated by the production of growth hormone (GH), a secretion of the anterior lobe of the pituitary gland.

text: The long bones are those that are longer than they are wide. They are one of five types of

text: bone

text: s: long,

text: short

text: flat

text: irregular

text: and

text: sesamoid

text: . Long bones, especially the

text: femur

text: and

text: tibia

text: , are subjected to most of the load during daily activities and they are crucial for skeletal mobility. They grow primarily by elongation of the

text: diaphysis

text: , with an

text: epiphysis

text: at each end of the growing

text: bone

text: . The ends of epiphyses are covered with

text: hyaline cartilage

text: ("articular cartilage").  The longitudinal growth of long bones is a result of

text: endochondral ossification

text: at the

text: epiphyseal plate

text: . Bone growth in length is stimulated by the production of

text: growth hormone

text: (GH), a secretion of the

text: anterior lobe of the pituitary gland

answers: NDQ_007549

answers: femur and tibia

answers: NDQ_007550

answers: five types of bones

answers: NDQ_007551

answers: mobility

answers: NDQ_007552

answers: hyaline cartilage

answers: NDQ_007553

answers: Pituitary gland

answers: NDQ_007554

answers: ossification

answers: NDQ_007555

answers: femur and tibia

answers: NDQ_007556

answers: epiphyseal plate

answers: NDQ_007557

answers: articular cartilage

answers: NDQ_007558

answers: femur and tibia

answers: NDQ_007560

answers: tibia

answers: NDQ_007562

answers: Bone growth in length is stimulated by the production of growth hormone

answers: NDQ_007563

answers: Which of the following is not a type of bone: long, flat, irregular and sesamoid?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: How many types of bones are there?

answers: NDQ_007569

answers: What type of bone is compact?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a type of bone: long, flat, irregular and sesamoid?

answers: NDQ_007572

answers: Which of the following is not a type of bone: long, short, irregular and sesamoid?

answers: NDQ_007573

answers: Which of the following is not a type of bone: long, flat, irregular and sesamoid?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of bone: long, flat, irregular and sesamoid?

answers: NDQ_007576

answers: Which of the following is not a type of bone?

answers: NDQ_007577

answers: How many types of bones are there?

answers: NDQ_007578

answers: sesamoid

answers: NDQ_007579

answers: epiphysis

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: epiphysis

answers: NDQ_007582

answers: epiphysis

answers: NDQ_007583

answers: articular cartilage

answers: NDQ_007584

answers: ossification

answers: NDQ_007549

answers: long bones

answers: NDQ_007550

answers: five types of bones:

answers: NDQ_007551

answers: skeletal mobility.

answers: NDQ_007552

answers: hyaline cartilage

answers: NDQ_007553

answers: pituitary gland.

answers: NDQ_007554

answers: hyaline cartilage

answers: NDQ_007555

answers: epiphysis

answers: NDQ_007556

answers: epiphyseal plate.

answers: NDQ_007557

answers: hyaline cartilage

answers: NDQ_007558

answers: Long bones, especially the femur and tibia,

answers: NDQ_007560

answers: tibia,

answers: NDQ_007562

answers: The long bones are those that are longer than they are wide.

answers: NDQ_007563

answers: growth hormone

answers: NDQ_007566

answers: The long bones

answers: NDQ_007568

answers: five

answers: NDQ_007569

answers: flat, irregular and sesamoid.

answers: NDQ_007570

answers: hyaline cartilage

answers: NDQ_007571

answers: (GH),

answers: NDQ_007572

answers: hyaline cartilage

answers: NDQ_007573

answers: The long bones

answers: NDQ_007574

answers: hyaline cartilage

answers: NDQ_007575

answers: Long bones,

answers: NDQ_007576

answers: The long bones

answers: NDQ_007577

answers: five

answers: NDQ_007578

answers: hyaline cartilage

answers: NDQ_007579

answers: hyaline cartilage

answers: NDQ_007580

answers: sesamoid.

answers: NDQ_007581

answers: hyaline cartilage

answers: NDQ_007582

answers: hyaline cartilage

answers: NDQ_007583

answers: hyaline cartilage

answers: NDQ_007584

answers: endochondral ossification

text: Loss of muscle mass with an imbalance of muscle power at the joint can lead to connective tissue abnormality. This leads to joint fixation and reduced fetal movement. Also muscle abnormalities could lead to a reduction of fetal movement.Those could be: dystrophy, myopathy and mitochondrial disorders. This is mostly the result of abnormal function of the dystrophin-glycoprotein-associated complex in the sarcolemma of skeletal muscles.

text: Loss of muscle mass with an imbalance of muscle power at the joint can lead to connective tissue abnormality. This leads to joint fixation and reduced fetal movement. Also muscle abnormalities could lead to a reduction of fetal movement.Those could be:

text: dystrophy

text: myopathy

text: and

text: mitochondrial

text: disorders. This is mostly the result of abnormal function of the

text: dystrophin

text: glycoprotein

text: -associated complex in the

text: sarcolemma

text: of skeletal muscles.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and connective tissue

answers: NDQ_007551

answers: joint fixation

answers: NDQ_007552

answers: dystrophin

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: sarcolemma of skeletal muscles

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: fetal movement

answers: NDQ_007562

answers: muscle abnormalities could lead to a reduction of fetal movement

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not the result of abnormal function of the dystrophin-glycoprotein-associated complex?

answers: NDQ_007573

answers: Which of the following is not the result of abnormal function of the dystrophin-glycoprotein-associated complex?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a result of abnormal function of the dystrophin-glycoprotein-associated complex in the sarcolemma?

answers: NDQ_007576

answers: Which of the following is not a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sarcolemma

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: Sarcolemma

answers: NDQ_007584

answers: fixation

answers: NDQ_007549

answers: muscle mass

answers: NDQ_007550

answers: connective tissue

answers: NDQ_007551

answers: fetal movement.

answers: NDQ_007552

answers: dystrophin-glycoprotein-associated complex

answers: NDQ_007553

answers: muscle mass

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: joint fixation

answers: NDQ_007556

answers: Loss of muscle mass

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: skeletal muscles.

answers: NDQ_007560

answers: fetal

answers: NDQ_007562

answers: joint fixation and reduced fetal movement.

answers: NDQ_007563

answers: Loss of muscle mass

answers: NDQ_007566

answers: Loss of muscle mass

answers: NDQ_007568

answers: connective tissue abnormality.

answers: NDQ_007569

answers: sarcolemma

answers: NDQ_007570

answers: Loss of muscle mass with an imbalance of muscle power

answers: NDQ_007571

answers: connective tissue abnormality.

answers: NDQ_007572

answers: skeletal muscles.

answers: NDQ_007573

answers: connective tissue abnormality.

answers: NDQ_007574

answers: connective tissue abnormality.

answers: NDQ_007575

answers: skeletal muscles.

answers: NDQ_007576

answers: Loss of muscle mass

answers: NDQ_007577

answers: connective tissue abnormality.

answers: NDQ_007578

answers: sarcolemma

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: sarcolemma

answers: NDQ_007581

answers: connective

answers: NDQ_007582

answers: connective

answers: NDQ_007583

answers: sarcolemma

answers: NDQ_007584

answers: joint fixation

text: Creatine, synthesized in the liver and kidney, is transported through the blood and taken up by tissues with high energy demands, such as the brain and skeletal muscle, through an active transport system.  The concentration of ATP in skeletal muscle is usually 2-5 mM, which would result in a muscle contraction of only a few seconds.  Fortunately, during times of increased energy demands, the phosphagen (or ATP/PCr) system rapidly resynthesizes ATP from ADP with the use of phosphocreatine (PCr) through a reversible reaction with the enzyme creatine kinase (CK). In skeletal muscle, PCr concentrations may reach 20-35 mM or more.  Additionally, in most muscles, the ATP regeneration capacity of CK is very high and is therefore not a limiting factor. Although the cellular concentrations of ATP are small, changes are difficult to detect because ATP is continuously and efficiently replenished from the large pools of PCr and CK. Creatine has the ability to increase muscle stores of PCr, potentially increasing the muscle’s ability to resynthesize ATP from ADP to meet increased energy demands.

text: Creatine, synthesized in the liver and kidney, is transported through the blood and taken up by tissues with high energy demands, such as the brain and skeletal muscle, through an active transport system.  The concentration of

text: ATP

text: in skeletal muscle is usually 2-5 mM, which would result in a muscle contraction of only a few seconds.  Fortunately, during times of increased energy demands, the phosphagen (or ATP/PCr) system rapidly resynthesizes ATP from

text: ADP

text: with the use of

text: phosphocreatine

text: (PCr) through a reversible reaction with the enzyme

text: creatine kinase

text: (CK). In skeletal muscle, PCr concentrations may reach 20-35 mM or more.  Additionally, in most muscles, the ATP regeneration capacity of CK is very high and is therefore not a limiting factor. Although the cellular concentrations of ATP are small, changes are difficult to detect because ATP is continuously and efficiently replenished from the large pools of PCr and CK. Creatine has the ability to increase muscle stores of PCr, potentially increasing the muscle’s ability to resynthesize ATP from ADP to meet increased energy demands.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: __.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Creatine

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Creatine has the ability to increase muscle stores of PCr

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: Creatine,

answers: NDQ_007551

answers: skeletal muscle,

answers: NDQ_007552

answers: phosphocreatine

answers: NDQ_007553

answers: liver and kidney,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: Creatine,

answers: NDQ_007557

answers: Creatine,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: Creatine,

answers: NDQ_007563

answers: Creatine,

answers: NDQ_007566

answers: Creatine,

answers: NDQ_007568

answers: phosphocreatine

answers: NDQ_007569

answers: Creatine,

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: Creatine,

answers: NDQ_007572

answers: Creatine,

answers: NDQ_007573

answers: Creatine,

answers: NDQ_007574

answers: Creatine,

answers: NDQ_007575

answers: Creatine

answers: NDQ_007576

answers: Creatine,

answers: NDQ_007577

answers: Creatine,

answers: NDQ_007578

answers: phosphocreatine

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: phosphocreatine

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: creatine kinase (CK). In skeletal muscle,

text: The individual parkways vary widely in composition. Some, such as the Sprain Brook Parkway, are functionally equivalent to a freeway; others, like Seven Lakes Drive, are a two-lane undivided surface road. The majority of parkways are located in downstate New York, where the state parkway system originated in the early 20th century.

text: The individual parkways vary widely in composition. Some, such as the

text: Sprain Brook Parkway

text: , are functionally equivalent to a

text: freeway

text: ; others, like

text: Seven Lakes Drive

text: , are a two-lane undivided surface road. The majority of parkways are located in

text: downstate New York

text: , where the state parkway system originated in the early 20th century.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: freeway

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: downstate New York

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: unanswerable

answers: NDQ_007560

answers: parkway

answers: NDQ_007562

answers: Sprain Brook Parkway is functionally equivalent to a freeway

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: The majority of parkways are located in downstate New York

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the purpose of the Sprain Brook Parkway?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: Sprain

answers: NDQ_007579

answers: articular

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: Sprain Brook

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: The individual parkways

answers: NDQ_007550

answers: two-lane undivided

answers: NDQ_007551

answers: a freeway;

answers: NDQ_007552

answers: Sprain Brook Parkway, are functionally equivalent to a freeway;

answers: NDQ_007553

answers: The individual parkways

answers: NDQ_007554

answers: a two-lane undivided

answers: NDQ_007555

answers: Sprain Brook Parkway,

answers: NDQ_007556

answers: functionally equivalent to a freeway;

answers: NDQ_007557

answers: two-lane undivided surface road.

answers: NDQ_007558

answers: Sprain Brook Parkway,

answers: NDQ_007560

answers: Sprain Brook Parkway,

answers: NDQ_007562

answers: a freeway;

answers: NDQ_007563

answers: Sprain Brook Parkway, are functionally equivalent to a freeway;

answers: NDQ_007566

answers: The individual parkways

answers: NDQ_007568

answers: The individual parkways

answers: NDQ_007569

answers: Sprain Brook Parkway, are functionally equivalent to a freeway;

answers: NDQ_007570

answers: Sprain Brook Parkway,

answers: NDQ_007571

answers: The individual parkways

answers: NDQ_007572

answers: Sprain Brook Parkway, are functionally equivalent to a freeway;

answers: NDQ_007573

answers: The individual parkways

answers: NDQ_007574

answers: The individual parkways vary widely in composition.

answers: NDQ_007575

answers: Sprain Brook Parkway,

answers: NDQ_007576

answers: Sprain Brook Parkway,

answers: NDQ_007577

answers: Sprain Brook Parkway, are functionally equivalent to a freeway;

answers: NDQ_007578

answers: two-lane undivided

answers: NDQ_007579

answers: Sprain Brook Parkway, are functionally equivalent to a freeway;

answers: NDQ_007580

answers: two-lane undivided

answers: NDQ_007581

answers: a freeway;

answers: NDQ_007582

answers: Sprain Brook Parkway,

answers: NDQ_007583

answers: two-lane undivided

answers: NDQ_007584

answers: two-lane undivided

text: The strengthening mechanisms observed vary depending on the material system, and there does not appear to be any general consensus regarding strengthening mechanisms, even within a given system. In the SiC/AlO system, for example, it is widely known and accepted that the addition of SiC particles to the AlO matrix results in a change of failure mechanism from intergranular (between grains) to intragranular (within grains) fracture. The explanations for improved strength include:

text: The strengthening mechanisms observed vary depending on the material system, and there does not appear to be any general consensus regarding strengthening mechanisms, even within a given system. In the SiC/AlO system, for example, it is widely known and accepted that the addition of SiC particles to the AlO matrix results in a change of failure mechanism from intergranular (between grains) to intragranular (within grains) fracture. The explanations for improved strength include:

answers: NDQ_007549

answers: muscles, bones, and tendons.

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: muscles, bones, bones, and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: matrix

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: intergranular (between grains)

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: intergranular

answers: NDQ_007562

answers: intergranular (between grains) to intragranular

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry, and brittle

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: The periosteum is a spongy layer of bone that surrounds the spongy bone.

answers: NDQ_007570

answers: Context: An example of a ball-and-socket joint is the elbow.

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Context: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Context: The strengthening mechanisms observed vary depending on the material system, and there does not appear to be any general consensus regarding strengthening mechanisms

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress

answers: NDQ_007576

answers: A sprain is a type of injury.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: intergranular

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: matrix

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: strengthening mechanisms

answers: NDQ_007550

answers: SiC/AlO

answers: NDQ_007551

answers: The strengthening mechanisms

answers: NDQ_007552

answers: the addition of SiC particles

answers: NDQ_007553

answers: SiC/AlO system,

answers: NDQ_007554

answers: grains)

answers: NDQ_007555

answers: The strengthening mechanisms observed vary depending on the material system,

answers: NDQ_007556

answers: strengthening mechanisms observed vary depending on the material system,

answers: NDQ_007557

answers: strengthening mechanisms

answers: NDQ_007558

answers: The strengthening mechanisms observed vary depending on the material system,

answers: NDQ_007560

answers: intergranular (between grains) to intragranular

answers: NDQ_007562

answers: intergranular

answers: NDQ_007563

answers: the addition of SiC particles to the AlO matrix

answers: NDQ_007566

answers: the addition of SiC particles

answers: NDQ_007568

answers: the addition of SiC particles

answers: NDQ_007569

answers: the addition of SiC particles

answers: NDQ_007570

answers: the addition of SiC particles to the AlO matrix

answers: NDQ_007571

answers: The strengthening mechanisms

answers: NDQ_007572

answers: the addition of SiC particles

answers: NDQ_007573

answers: The strengthening mechanisms observed vary depending on the material system,

answers: NDQ_007574

answers: the addition of SiC particles

answers: NDQ_007575

answers: The strengthening mechanisms observed vary depending on the material system,

answers: NDQ_007576

answers: the addition of SiC particles to the AlO matrix

answers: NDQ_007577

answers: the addition of SiC particles to the AlO matrix

answers: NDQ_007578

answers: intergranular

answers: NDQ_007579

answers: SiC particles to the AlO matrix

answers: NDQ_007580

answers: intragranular

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: SiC

answers: NDQ_007583

answers: strength

answers: NDQ_007584

answers: intergranular (between grains) to intragranular

text: The undersized development of one side of a person’s face, demonstrates the influence of skeletal development upon the position of the external ear on the head, as caused by the deficient morphologic development of the temporal bone, and by the medial positioning of the temporomandibular joint, the synovial joint between the temporal bone and the mandible (upper jaw). Moreover, in severe cases of hemifacial microsomia, without the occurrence of microtia (small ears), the normal external ear might appear to have been sheared off the head, because the upper half of the pinna is projecting outwards, and, at the middle point, the lower half of the pinna is canted inwards, towards the hypoplastic, underdeveloped side of the face of the patient. A similar type of asymmetric development of the head and face features a relatively broad head, a narrow face, and a narrow mandible; when observed from the front perspective, the head and face of the person present a triangular configuration. Such wide-to-narrow skeletal sloping, from the head to the face, might create the bone promontory upon which rests and from which projects the upper anatomy of the pinna, which otherwise is an external ear of normal proportions, size, and contour.

text: The undersized development of one side of a person’s face, demonstrates the influence of skeletal development upon the position of the external ear on the head, as caused by the deficient morphologic development of the

text: temporal bone

text: , and by the medial positioning of the

text: temporomandibular joint

text: , the synovial joint between the

text: temporal bone

text: and the

text: mandible

text: (upper jaw). Moreover, in severe cases of hemifacial microsomia, without the occurrence of

text: microtia

text: (small ears), the normal external ear might appear to have been sheared off the head, because the upper half of the pinna is projecting outwards, and, at the middle point, the lower half of the pinna is canted inwards, towards the

text: hypoplastic

text: , underdeveloped side of the face of the patient. A similar type of asymmetric development of the head and face features a relatively broad head, a narrow face, and a narrow

text: mandible

text: ; when observed from the front perspective, the head and face of the person present a triangular configuration. Such wide-to-narrow skeletal sloping, from the head to the face, might create the bone promontory upon which rests and from which projects the upper anatomy of the pinna, which otherwise is an external ear of normal proportions, size, and contour.

answers: NDQ_007549

answers: temporomandibular joint

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: development of the external ear on the head

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: head and face

answers: NDQ_007556

answers: deficient morphologic development

answers: NDQ_007557

answers: synovial

answers: NDQ_007558

answers: temporal bone

answers: NDQ_007560

answers: temporomandibular joint

answers: NDQ_007562

answers: external ear of normal proportions, size, and contour.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: microtia

answers: NDQ_007579

answers: bone promontory

answers: NDQ_007580

answers: bone promontory

answers: NDQ_007581

answers: synovial joint

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: synovial joint

answers: NDQ_007584

answers: skeletal development

answers: NDQ_007549

answers: temporal bone,

answers: NDQ_007550

answers: temporal bone,

answers: NDQ_007551

answers: temporomandibular joint,

answers: NDQ_007552

answers: synovial joint

answers: NDQ_007553

answers: skeletal development

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: temporomandibular joint,

answers: NDQ_007556

answers: deficient morphologic development

answers: NDQ_007557

answers: synovial joint

answers: NDQ_007558

answers: temporal bone and the mandible

answers: NDQ_007560

answers: temporomandibular

answers: NDQ_007562

answers: bone promontory

answers: NDQ_007563

answers: temporomandibular joint,

answers: NDQ_007566

answers: deficient morphologic development of the temporal bone,

answers: NDQ_007568

answers: bone promontory

answers: NDQ_007569

answers: bone promontory

answers: NDQ_007570

answers: temporomandibular joint,

answers: NDQ_007571

answers: deficient morphologic development of the temporal bone,

answers: NDQ_007572

answers: temporomandibular joint,

answers: NDQ_007573

answers: deficient morphologic development of the temporal bone,

answers: NDQ_007574

answers: bone promontory

answers: NDQ_007575

answers: temporomandibular joint,

answers: NDQ_007576

answers: temporomandibular joint,

answers: NDQ_007577

answers: temporal bone,

answers: NDQ_007578

answers: microtia

answers: NDQ_007579

answers: bone promontory

answers: NDQ_007580

answers: bone promontory

answers: NDQ_007581

answers: synovial joint

answers: NDQ_007582

answers: pinna,

answers: NDQ_007583

answers: pinna,

answers: NDQ_007584

answers: skeletal development

text: Danis–Weber classification- Darrach's procedure- Darrah procedure- De Quervain syndrome- Denis Browne bar- Denis classification- Destot's sign- Diaphysis- Diffuse idiopathic skeletal hyperostosis- Discectomy- Discoid meniscus- Dislocated shoulder- Dislocation of hip- Displacement (orthopedic surgery)- Distal radius fracture- Distraction osteogenesis- Drawer test- Dupuytren's contracture- Durkan's test- Duverney fracture- Dynamic compression plate- Dynamic hip screw- Dysplasia epiphysealis hemimelica

text: Danis–Weber classification

text: Darrach's procedure

text: Darrah procedure

text: De Quervain syndrome

text: Denis Browne bar

text: Denis classification

text: Destot's sign

text: Diaphysis

entity_name: Diffuse idiopathic skeletal hyperostosis

text: Diffuse idiopathic skeletal hyperostosis

text: Discectomy

text: Discoid meniscus

text: Dislocated shoulder

text: Dislocation of hip

text: Displacement (orthopedic surgery)

text: Distal radius fracture

text: Distraction osteogenesis

text: Drawer test

text: Dupuytren's contracture

text: Durkan's test

text: Duverney fracture

text: Dynamic compression plate

text: Dynamic hip screw

text: Dysplasia epiphysealis hemimelica

answers: NDQ_007549

answers: Diaphysis

answers: NDQ_007550

answers: bone and cartilage.

answers: NDQ_007551

answers: Dislocation of shoulder

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the bone marrow

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: shoulder

answers: NDQ_007556

answers: idiopathic skeletal hyperostosis

answers: NDQ_007557

answers: osteophytes

answers: NDQ_007558

answers: shoulder

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: Dislocation of hip is not a fracture.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Dislocated shoulder

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How is osteoporosis diagnosed?

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: epiphyseal

answers: NDQ_007579

answers: epiphyseal

answers: NDQ_007580

answers: osteogenic

answers: NDQ_007581

answers: osteoskeleton

answers: NDQ_007582

answers: epiphyseal

answers: NDQ_007583

answers: Meniscus

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: Diaphysis-

answers: NDQ_007550

answers: Discectomy-

answers: NDQ_007551

answers: Dislocated shoulder- Dislocation of hip-

answers: NDQ_007552

answers: meniscus-

answers: NDQ_007553

answers: osteogenesis-

answers: NDQ_007554

answers: osteogenesis-

answers: NDQ_007555

answers: Discoid meniscus-

answers: NDQ_007556

answers: Diffuse idiopathic skeletal hyperostosis-

answers: NDQ_007557

answers: Dynamic compression plate- Dynamic hip screw-

answers: NDQ_007558

answers: Dislocated shoulder- Dislocation of hip-

answers: NDQ_007560

answers: Dynamic hip screw-

answers: NDQ_007562

answers: osteogenesis-

answers: NDQ_007563

answers: Discectomy-

answers: NDQ_007566

answers: Danis–Weber classification-

answers: NDQ_007568

answers: Danis–Weber classification-

answers: NDQ_007569

answers: Discectomy-

answers: NDQ_007570

answers: Dislocated shoulder-

answers: NDQ_007571

answers: De Quervain syndrome-

answers: NDQ_007572

answers: osteogenesis-

answers: NDQ_007573

answers: Danis–Weber classification-

answers: NDQ_007574

answers: Danis–Weber classification-

answers: NDQ_007575

answers: Distraction osteogenesis-

answers: NDQ_007576

answers: Dislocated shoulder-

answers: NDQ_007577

answers: Danis–Weber classification-

answers: NDQ_007578

answers: osteogenesis-

answers: NDQ_007579

answers: Diaphysis-

answers: NDQ_007580

answers: osteogenesis-

answers: NDQ_007581

answers: Discectomy- Discoid meniscus-

answers: NDQ_007582

answers: meniscus-

answers: NDQ_007583

answers: osteogenesis-

answers: NDQ_007584

answers: Distraction osteogenesis-

text: Aside from 5α-reductase, aromatase may inactivate testosterone signaling in skeletal muscle and adipose tissue, so AAS that lack aromatase affinity, in addition to being free of the potential side effect of gynecomastia, might be expected to have a higher myotrophic-androgenic ratio in comparison. In addition, DHT is inactivated by high activity of 3α-HSD in skeletal muscle (and cardiac tissue), and AAS that lack affinity for 3α-HSD could similarly be expected to have a higher myotrophic-androgenic ratio (although perhaps also increased long-term cardiovascular risks).

text: Aside from 5α-reductase, aromatase may inactivate testosterone signaling in skeletal muscle and adipose tissue, so AAS that lack aromatase affinity, in addition to being free of the potential side effect of

text: gynecomastia

text: , might be expected to have a higher myotrophic-androgenic ratio in comparison. In addition, DHT is inactivated by high activity of 3α-HSD in skeletal muscle (and cardiac tissue), and AAS that lack affinity for 3α-HSD could similarly be expected to have a higher myotrophic-androgenic ratio (although perhaps also increased long-term cardiovascular risks).

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: 3 -HSD

answers: NDQ_007553

answers: adipocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: long-term cardiovascular risks

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: lack of affinity for 3 -HSD in skeletal muscle

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: vitamin D is needed to keep bones strong

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: long-term cardiovascular risks

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: cardiac tissue

answers: NDQ_007583

answers: Adipose tissue

answers: NDQ_007584

answers: myotrophic

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: 5<unk>-reductase,

answers: NDQ_007553

answers: 5<unk>-reductase,

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: 5<unk>-reductase,

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: gynecomastia,

answers: NDQ_007563

answers: 5<unk>-reductase,

answers: NDQ_007566

answers: skeletal muscle

answers: NDQ_007568

answers: 5<unk>-reductase,

answers: NDQ_007569

answers: 5<unk>-reductase,

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: 5<unk>-reductase,

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: 5<unk>-reductase,

answers: NDQ_007577

answers: 5<unk>-reductase,

answers: NDQ_007578

answers: cardiac

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: cardiac tissue),

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: myotrophic-androgenic

text: Skeletal muscle fibers are made when myoblasts fuse together; muscle fibers therefore are cells with multiple nuclei, known as myonuclei, with each cell nucleus originating from a single myoblast. The fusion of myoblasts is specific to skeletal muscle (e.g., biceps brachii) and not cardiac muscle or smooth muscle.

text: Skeletal muscle fibers

text: are made when myoblasts fuse together; muscle fibers therefore are cells with

text: multiple nuclei

text: , known as myonuclei, with each

text: cell nucleus

text: originating from a single myoblast. The fusion of myoblasts is specific to skeletal muscle (e.g.,

text: biceps brachii

text: ) and not

text: cardiac muscle

text: or

text: smooth muscle

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: muscle fibers

answers: NDQ_007551

answers: muscle fibers

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: muscle fibers

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: brachii

answers: NDQ_007560

answers: brachii

answers: NDQ_007562

answers: cardiac muscle fibers are cells with multiple nuclei

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: What are the two vitamins that are needed to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: How do myoblasts fuse together?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What does fusion of myoblasts mean?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: smooth muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: brachii

answers: NDQ_007582

answers: myoblasts

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: myoblasts fuse together;

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: smooth muscle.

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: fusion of myoblasts is specific to skeletal muscle

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: biceps brachii)

answers: NDQ_007560

answers: biceps brachii)

answers: NDQ_007562

answers: cardiac muscle or smooth muscle.

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: Skeletal

answers: NDQ_007568

answers: Skeletal

answers: NDQ_007569

answers: Skeletal

answers: NDQ_007570

answers: biceps brachii)

answers: NDQ_007571

answers: Skeletal muscle fibers

answers: NDQ_007572

answers: cardiac muscle or smooth muscle.

answers: NDQ_007573

answers: Skeletal muscle fibers are made when myoblasts fuse together;

answers: NDQ_007574

answers: Skeletal muscle fibers are made when myoblasts fuse together;

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: fusion of myoblasts is specific to skeletal muscle

answers: NDQ_007577

answers: Skeletal

answers: NDQ_007578

answers: smooth

answers: NDQ_007579

answers: Skeletal muscle fibers

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: muscle fibers

answers: NDQ_007582

answers: cardiac muscle or smooth muscle.

answers: NDQ_007583

answers: smooth muscle.

answers: NDQ_007584

answers: fusion

text: There have been considerable amounts of research performed utilizing the skeletal remains within the Robert J. Terry collection. Much of this research has centered around attempts to create new methods of determining biological profile (height, age, sex, and ancestry) from an individual's skeletal remains. Some of the more prominent studies have included ones such as Trotter and Gleser's stature estimation from the long bones of American Whites and Negroes, Giles and Elliot's cranial measurements for determining ancestry and sex, Işcan's ancestry determination using the pelvis, DiBennardo and Taylor's method of sex and ancestry assessment utilizing the pelvis and femur, which was later expanded upon by Işcan and Cotton, who included the tibia in the analysis. Other, more modern, studies using the Terry Collection have continued to focus on estimation of sex, ancestry, and stature as well. These include the attempt to estimate sex from the posterior portion of the ilium by Novak, Schultz, and McIntyre, Kindschuh, Dupras, and Cowgill's approach for estimating ancestry utilizing the hyoid, and Albanese's use of the clavicle, humerus, radius, and ulna to estimate sex.

text: There have been considerable amounts of research performed utilizing the skeletal remains within the Robert J. Terry collection. Much of this research has centered around attempts to create new methods of determining biological profile (height, age, sex, and ancestry) from an individual's skeletal remains. Some of the more prominent studies have included ones such as Trotter and Gleser's stature estimation from the long bones of American Whites and Negroes, Giles and Elliot's cranial measurements for determining ancestry and sex, Işcan's ancestry determination using the pelvis, DiBennardo and Taylor's method of sex and ancestry assessment utilizing the pelvis and femur, which was later expanded upon by Işcan and Cotton, who included the tibia in the analysis. Other, more modern, studies using the Terry Collection have continued to focus on estimation of sex, ancestry, and stature as well. These include the attempt to estimate sex from the posterior portion of the ilium by Novak, Schultz, and McIntyre, Kindschuh, Dupras, and Cowgill's approach for estimating ancestry utilizing the hyoid, and Albanese's use of the clavicle, humerus, radius, and ulna to estimate sex.

answers: NDQ_007549

answers: pelvis and femur

answers: NDQ_007550

answers: femur

answers: NDQ_007551

answers: determining biological profile

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: spleen

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: femur

answers: NDQ_007556

answers: ancestry

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: pelvis and femur

answers: NDQ_007560

answers: clavicle

answers: NDQ_007562

answers: clavicle, humerus, radius, and ulna to estimate sex

answers: NDQ_007563

answers: Which of the following is not a type of bone: femur, clavicle, or tibia?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle?

answers: NDQ_007568

answers: Which of the following is not an organ: clavicle, humerus, radius, or ulna?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does the Robert J. Terry collection contain?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, femur, or tibia?

answers: NDQ_007573

answers: Which of the following is not included in the analysis: clavicle, humerus, radius, and ulna to estimate sex

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle: long bones, femur, or clavicle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: femur

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: femur

answers: NDQ_007582

answers: femur

answers: NDQ_007583

answers: femur

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: long bones

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: (height, age, sex, and ancestry)

answers: NDQ_007552

answers: hyoid,

answers: NDQ_007553

answers: hyoid,

answers: NDQ_007554

answers: hyoid,

answers: NDQ_007555

answers: femur,

answers: NDQ_007556

answers: ancestry)

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: humerus, radius, and ulna

answers: NDQ_007560

answers: hyoid,

answers: NDQ_007562

answers: (height, age, sex, and ancestry)

answers: NDQ_007563

answers: bones

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: humerus, radius, and ulna

answers: NDQ_007569

answers: hyoid,

answers: NDQ_007570

answers: clavicle,

answers: NDQ_007571

answers: long bones

answers: NDQ_007572

answers: long bones

answers: NDQ_007573

answers: attempts to create new methods of determining biological profile

answers: NDQ_007574

answers: bones

answers: NDQ_007575

answers: long bones

answers: NDQ_007576

answers: hyoid,

answers: NDQ_007577

answers: long bones of American Whites and Negroes,

answers: NDQ_007578

answers: hyoid,

answers: NDQ_007579

answers: hyoid,

answers: NDQ_007580

answers: hyoid,

answers: NDQ_007581

answers: hyoid,

answers: NDQ_007582

answers: hyoid,

answers: NDQ_007583

answers: hyoid,

answers: NDQ_007584

answers: bones

text: The date of the domestication of the horse depends to some degree upon the definition of "domestication". Some zoologists define "domestication" as human control over breeding, which can be detected in ancient skeletal samples by changes in the size and variability of ancient horse populations. Other researchers look at broader evidence, including skeletal and dental evidence of working activity; weapons, art, and spiritual artifacts; and lifestyle patterns of human cultures. There is also evidence that horses were kept as meat animals prior to being trained as working animals.

text: The date of the domestication of the horse depends to some degree upon the definition of "domestication". Some zoologists define "domestication" as human control over breeding, which can be detected in ancient skeletal samples by changes in the size and variability of ancient horse populations. Other researchers look at broader evidence, including skeletal and dental evidence of working activity; weapons, art, and spiritual artifacts; and lifestyle patterns of human cultures. There is also evidence that horses were kept as meat animals prior to being trained as

text: working animal

text: s.

answers: NDQ_007549

answers: dental evidence

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: working activity

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: horse

answers: NDQ_007556

answers: skeletal and dental evidence of working activity

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: hocks

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: horses were kept as meat animals prior to being trained as working animals

answers: NDQ_007563

answers: What can be detected in ancient skeletal samples?

answers: NDQ_007566

answers: How would you describe the horse?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What can be detected in ancient skeletal samples?

answers: NDQ_007572

answers: Which of the following is not a type of cell: blood cells or compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the horse have?

answers: NDQ_007578

answers: dental

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: dental

answers: NDQ_007550

answers: dental

answers: NDQ_007551

answers: working activity;

answers: NDQ_007552

answers: horse

answers: NDQ_007553

answers: breeding,

answers: NDQ_007554

answers: meat

answers: NDQ_007555

answers: horse

answers: NDQ_007556

answers: human control over breeding,

answers: NDQ_007557

answers: human control over breeding, which can be detected in ancient skeletal samples

answers: NDQ_007558

answers: horse

answers: NDQ_007560

answers: horse

answers: NDQ_007562

answers: human control over breeding,

answers: NDQ_007563

answers: skeletal and dental evidence of working activity;

answers: NDQ_007566

answers: skeletal samples

answers: NDQ_007568

answers: skeletal and dental evidence

answers: NDQ_007569

answers: The date of the domestication of the horse

answers: NDQ_007570

answers: horse

answers: NDQ_007571

answers: skeletal samples

answers: NDQ_007572

answers: skeletal samples

answers: NDQ_007573

answers: skeletal and dental evidence

answers: NDQ_007574

answers: skeletal and dental evidence of working activity;

answers: NDQ_007575

answers: skeletal samples by changes in the size and variability of ancient horse populations.

answers: NDQ_007576

answers: The date of the domestication of the horse

answers: NDQ_007577

answers: skeletal samples

answers: NDQ_007578

answers: dental

answers: NDQ_007579

answers: dental

answers: NDQ_007580

answers: dental

answers: NDQ_007581

answers: dental

answers: NDQ_007582

answers: horse

answers: NDQ_007583

answers: horse

answers: NDQ_007584

answers: skeletal

text: Sacralization of the fifth lumbar vertebra- Salter–Harris fracture- Sanders classification- Sarcoma- Scaphoid fracture- Scapular fracture- Schenck classification- Scheuermann's disease- Schmorl's nodes- Schober's test- Schwartz–Jampel syndrome- Scoliosis- Seddon classification- Segond fracture- Seidel nail- Seinsheimer classification- Separated shoulder- Sequestrum- Sesamoid bone- Sesamoiditis- Sever's disease- Shenton's Line- Shepherd's fracture- Shin splints- Short bone- Shoulder examination- Shoulder fracture- Shoulder replacement- Shoulder surgery- Silver–Russell syndrome- Simmonds' test- Skeletal fluorosis- SLAP tear- Slipped capital femoral epiphysis- Slipped Upper Femoral Epiphysis- Smith Peterson nail- Smith-Petersen anterior approach to the hip- Smith's fracture- Soft tissue injury- Southwick angle- Speed's test- Spina bifida occulta- Spinal curvature- Spinal fracture- Spinal fusion- Spiral fracture- Splint (medicine)- Spondylolisthesis- Sports injury- Sprained ankle- Sprengel's deformity- Steinmann pin- Stener lesion- Sternal fracture- Stieda fracture- Straight leg raise- Stress fracture- Subacromial bursitis- Sudeck's atrophy- Sulcoplasty- Supracondylar fracture- Swan neck deformity- Swanson prosthesis- Swanson's Arthroplasty- Symphysis- Synchondrosis- Syndactyly- Syndesmosis- Synovectomy- Synovial fluid- Synovial joint

text: Sacralization of the fifth lumbar vertebra

text: Salter–Harris fracture

text: Sanders classification

text: Sarcoma

text: Scaphoid fracture

text: Scapular fracture

text: Schenck classification

text: Scheuermann's disease

text: Schmorl's nodes

text: Schober's test

text: Schwartz–Jampel syndrome

text: Scoliosis

text: Seddon classification

text: Segond fracture

text: Seidel nail

text: Seinsheimer classification

text: Separated shoulder

text: Sequestrum

text: Sesamoid bone

text: Sesamoiditis

text: Sever's disease

text: Shenton's Line

text: Shepherd's fracture

text: Shin splints

text: Short bone

text: Shoulder examination

text: Shoulder fracture

text: Shoulder replacement

text: Shoulder surgery

text: Silver–Russell syndrome

text: Simmonds' test

text: Skeletal fluorosis

text: SLAP tear

text: Slipped capital femoral epiphysis

text: Slipped Upper Femoral Epiphysis

text: Smith Peterson nail

text: Smith-Petersen anterior approach to the hip

text: Smith's fracture

text: Soft tissue injury

text: Southwick angle

text: Speed's test

text: Spina bifida occulta

text: Spinal curvature

text: Spinal fracture

text: Spinal fusion

text: Spiral fracture

text: Splint (medicine)

text: Spondylolisthesis

text: Sports injury

text: Sprained ankle

text: Sprengel's deformity

text: Steinmann pin

text: Stener lesion

text: Sternal fracture

text: Stieda fracture

text: Straight leg raise

text: Stress fracture

text: Subacromial bursitis

text: Sudeck's atrophy

text: Sulcoplasty

text: Supracondylar fracture

text: Swan neck deformity

text: Swanson prosthesis

text: Swanson's Arthroplasty

text: Symphysis

text: Synchondrosis

text: Syndactyly

text: Syndesmosis

text: Synovectomy

text: Synovial fluid

text: Synovial joint

answers: NDQ_007549

answers: articular cartilage

answers: NDQ_007550

answers: vertebral discs, articular discs, and articular bones.

answers: NDQ_007551

answers: Spina bifida

answers: NDQ_007552

answers: Synovial fluid

answers: NDQ_007553

answers: the bone marrow

answers: NDQ_007554

answers: Soft tissue

answers: NDQ_007555

answers: vertebral column.

answers: NDQ_007556

answers: SLAP tear

answers: NDQ_007557

answers: synovial fluid

answers: NDQ_007558

answers: Synovial joint

answers: NDQ_007560

answers: Synovial joint

answers: NDQ_007562

answers: Spina bifida occulta

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What do you need to keep your bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of bone fracture?

answers: NDQ_007574

answers: How many bones make up the human skeleton?

answers: NDQ_007575

answers: Subacromial bursitis

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: sarcoma

answers: NDQ_007579

answers: sarcoma

answers: NDQ_007580

answers: sarcoma

answers: NDQ_007581

answers: articular cartilage

answers: NDQ_007582

answers: sarcoma

answers: NDQ_007583

answers: Soft tissue

answers: NDQ_007584

answers: Spinal fusion

answers: NDQ_007549

answers: Sports injury-

answers: NDQ_007550

answers: Spinal curvature- Spinal fracture- Spinal fusion-

answers: NDQ_007551

answers: Spinal curvature-

answers: NDQ_007552

answers: Synovial fluid-

answers: NDQ_007553

answers: Schmorl's nodes-

answers: NDQ_007554

answers: Soft tissue

answers: NDQ_007555

answers: Sports injury-

answers: NDQ_007556

answers: Spina bifida occulta-

answers: NDQ_007557

answers: Synovial joint

answers: NDQ_007558

answers: Synovial joint

answers: NDQ_007560

answers: Synovial joint

answers: NDQ_007562

answers: Sports injury-

answers: NDQ_007563

answers: Sports injury-

answers: NDQ_007566

answers: Stress fracture-

answers: NDQ_007568

answers: Spina bifida occulta-

answers: NDQ_007569

answers: Spondylolisthesis-

answers: NDQ_007570

answers: Shoulder

answers: NDQ_007571

answers: Sports injury-

answers: NDQ_007572

answers: Spina bifida occulta-

answers: NDQ_007573

answers: Spina bifida occulta-

answers: NDQ_007574

answers: Spinal fracture- Spinal fusion-

answers: NDQ_007575

answers: Stress fracture-

answers: NDQ_007576

answers: Sprained ankle-

answers: NDQ_007577

answers: Sports injury-

answers: NDQ_007578

answers: Skeletal fluorosis-

answers: NDQ_007579

answers: Soft tissue

answers: NDQ_007580

answers: Sarcoma-

answers: NDQ_007581

answers: Synovial joint

answers: NDQ_007582

answers: Sesamoid bone- Sesamoiditis-

answers: NDQ_007583

answers: Soft tissue

answers: NDQ_007584

answers: Spinal fusion-

text: Atrophy is a decrease in cell size. If enough cells in an organ atrophy the entire organ will decrease in size. Thymus atrophy during early human development (childhood) is an example of physiologic atrophy. Skeletal muscle atrophy is a common pathologic adaptation to skeletal muscle disuse (commonly called "disuse atrophy). Tissue and organs especially susceptible to atrophy include skeletal muscle, cardiac muscle, secondary sex organs, and the brain.

text: Atrophy is a decrease in cell size. If enough cells in an organ atrophy the entire organ will decrease in size.

text: Thymus

text: atrophy during early

text: human development

text: (childhood) is an example of physiologic atrophy.

text: Skeletal muscle

text: atrophy is a common pathologic adaptation to skeletal muscle disuse (commonly called "disuse atrophy). Tissue and organs especially susceptible to atrophy include skeletal muscle, cardiac muscle,

text: secondary

text: sex organ

text: s, and the

text: brain

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle atrophy

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: thigh

answers: NDQ_007556

answers: skeletal muscle disuse

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: thymus

answers: NDQ_007562

answers: Atrophy is a decrease in cell size.

answers: NDQ_007563

answers: Which of the following is not an example of disuse atrophy?

answers: NDQ_007566

answers: Which of the following is not an example of atrophy?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not an example of physiologic atrophy?

answers: NDQ_007572

answers: Which of the following is not an example of atrophy?

answers: NDQ_007573

answers: Which of the following is not an example of disuse atrophy?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: thymus

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal muscle,

answers: NDQ_007550

answers: cell

answers: NDQ_007551

answers: skeletal muscle,

answers: NDQ_007552

answers: Atrophy

answers: NDQ_007553

answers: Atrophy

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: Thymus

answers: NDQ_007556

answers: skeletal muscle disuse

answers: NDQ_007557

answers: skeletal muscle, cardiac muscle,

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: Thymus

answers: NDQ_007562

answers: Atrophy is a decrease in cell size.

answers: NDQ_007563

answers: skeletal muscle disuse

answers: NDQ_007566

answers: Atrophy

answers: NDQ_007568

answers: skeletal muscle,

answers: NDQ_007569

answers: Atrophy

answers: NDQ_007570

answers: Thymus atrophy

answers: NDQ_007571

answers: Atrophy is a decrease in cell size.

answers: NDQ_007572

answers: Atrophy

answers: NDQ_007573

answers: Atrophy is a decrease in cell size.

answers: NDQ_007574

answers: Thymus atrophy

answers: NDQ_007575

answers: skeletal muscle disuse

answers: NDQ_007576

answers: Atrophy is a decrease in cell size.

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: cardiac muscle,

answers: NDQ_007579

answers: Skeletal muscle

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: Skeletal muscle

answers: NDQ_007582

answers: cardiac muscle,

answers: NDQ_007583

answers: skeletal muscle, cardiac muscle,

answers: NDQ_007584

answers: physiologic atrophy.

text: In human anatomy, the wrist is variously defined as 1) the carpus or carpal bones, the complex of eight bones forming the proximal skeletal segment of the hand; (2) the wrist joint or radiocarpal joint, the joint between the radius and the carpus; and(3) the anatomical region surrounding the carpus including the distal parts of the bones of the forearm and the proximal parts of the metacarpus or five metacarpal bones and the series of joints between these bones, thus referred to as wrist joints.  This region also includes the carpal tunnel, the anatomical snuff box, the flexor retinaculum, and the extensor retinaculum.

text: In

text: human anatomy

text: , the wrist is variously defined as 1) the

text: carpus

text: or carpal bones, the complex of eight bones forming the proximal skeletal segment of the hand; (2) the wrist joint or radiocarpal joint, the joint between the

text: radius

text: and the carpus; and(3) the anatomical region surrounding the carpus including the distal parts of the bones of the forearm and the proximal parts of the

text: metacarpus

text: or five metacarpal bones and the series of joints between these bones, thus referred to as wrist joints.  This region also includes the

text: carpal tunnel

text: , the

text: anatomical snuff box

text: , the

text: flexor retinaculum

text: , and the

text: extensor retinaculum

answers: NDQ_007549

answers: the wrist

answers: NDQ_007550

answers: the wrist

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: retinaculum

answers: NDQ_007555

answers: wrist

answers: NDQ_007556

answers: metacarpus

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: metacarpus

answers: NDQ_007560

answers: wrist joint

answers: NDQ_007562

answers: the wrist is variously defined as 1) the carpus or carpal bones

answers: NDQ_007563

answers: What is the purpose of the wrist joint?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: The wrist joint or radiocarpal joint

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: metacarpus

answers: NDQ_007579

answers: metacarpus

answers: NDQ_007580

answers: metacarpus

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: retinaculum

answers: NDQ_007583

answers: retinaculum

answers: NDQ_007584

answers: metacarpus

answers: NDQ_007549

answers: the carpus or carpal bones,

answers: NDQ_007550

answers: eight bones

answers: NDQ_007551

answers: proximal skeletal segment of the hand;

answers: NDQ_007552

answers: flexor retinaculum, and the extensor retinaculum.

answers: NDQ_007553

answers: hand; (2) the wrist joint or radiocarpal joint,

answers: NDQ_007554

answers: retinaculum,

answers: NDQ_007555

answers: wrist joints.

answers: NDQ_007556

answers: joint,

answers: NDQ_007557

answers: bones,

answers: NDQ_007558

answers: metacarpus or five metacarpal bones

answers: NDQ_007560

answers: radiocarpal joint,

answers: NDQ_007562

answers: proximal skeletal segment

answers: NDQ_007563

answers: carpal bones,

answers: NDQ_007566

answers: hand; (2) the wrist joint or radiocarpal joint,

answers: NDQ_007568

answers: eight

answers: NDQ_007569

answers: metacarpus or five metacarpal bones

answers: NDQ_007570

answers: radiocarpal joint,

answers: NDQ_007571

answers: In human anatomy,

answers: NDQ_007572

answers: the carpus or carpal bones,

answers: NDQ_007573

answers: radiocarpal joint,

answers: NDQ_007574

answers: eight bones

answers: NDQ_007575

answers: flexor retinaculum, and the extensor retinaculum.

answers: NDQ_007576

answers: joint,

answers: NDQ_007577

answers: eight

answers: NDQ_007578

answers: flexor retinaculum,

answers: NDQ_007579

answers: flexor retinaculum,

answers: NDQ_007580

answers: metacarpus or five metacarpal bones

answers: NDQ_007581

answers: carpal tunnel,

answers: NDQ_007582

answers: flexor retinaculum,

answers: NDQ_007583

answers: flexor retinaculum,

answers: NDQ_007584

answers: skeletal segment of the hand; (2) the wrist joint or radiocarpal joint,

text: Targeted disruption of the related gene in mice led to severe osteopetrosis and a lack of osteoclasts. Deficient mice, with an inactivation of RANKL or its receptor RANK, exhibited defects in early differentiation of T and B lymphocytes, and failed to form lobulo-alveolar mammary structures during pregnancy.It was observed that during pregnancy, RANK-RANKL signaling played a critical role in  regulating skeletal calcium release; in which contributed to the hormone response that stimulated proliferation in the mammary cells. Ultimately, impaired lobuloalveolar mammary structures resulted in death of the fetus. Those who suffer from osteoporosis often have a cardiovascular defect, such as heart failure. Some studies suggest, since RANK-RANKL pathway regulates calcium release and homeostasis, RANK-RANKL signal could invertedly affect the cardiovascular system; thus, an explanation for the positive correlation between osteoporosis and cardiovascular deficiencies.

text: Targeted disruption of the related gene in mice led to severe

text: osteopetrosis

text: and a lack of osteoclasts. Deficient mice, with an inactivation of RANKL or its receptor RANK, exhibited defects in early differentiation of T and B lymphocytes, and failed to form

text: lobulo-alveolar mammary structures

text: during pregnancy.It was observed that during pregnancy, RANK-RANKL signaling played a critical role in  regulating skeletal calcium release; in which contributed to the hormone response that stimulated proliferation in the mammary cells. Ultimately, impaired lobuloalveolar mammary structures resulted in death of the fetus. Those who suffer from osteoporosis often have a cardiovascular defect, such as heart failure. Some studies suggest, since RANK-RANKL pathway regulates calcium release and homeostasis, RANK-RANKL signal could invertedly affect the cardiovascular system; thus, an explanation for the positive correlation between osteoporosis and cardiovascular deficiencies.

answers: NDQ_007549

answers: osteoclasts

answers: NDQ_007550

answers: osteoblasts and osteoclasts

answers: NDQ_007551

answers: Calcium release

answers: NDQ_007552

answers: RANKL

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: osteoclasts

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: osteoclasts

answers: NDQ_007560

answers: osteopetrosis

answers: NDQ_007562

answers: lack of osteoclasts

answers: NDQ_007563

answers: What is the function of RANK-RANKL signaling?

answers: NDQ_007566

answers: Which of the following best describes osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, vitamin D, or magnesium?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the cause of osteoporosis?

answers: NDQ_007574

answers: None of the above choices

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: alveolar

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoclasts

answers: NDQ_007582

answers: osteoclasts

answers: NDQ_007583

answers: osteoclasts

answers: NDQ_007584

answers: osteopetrosis

answers: NDQ_007549

answers: osteoclasts.

answers: NDQ_007550

answers: osteoclasts.

answers: NDQ_007551

answers: calcium release;

answers: NDQ_007552

answers: RANKL

answers: NDQ_007553

answers: lymphocytes,

answers: NDQ_007554

answers: osteoclasts.

answers: NDQ_007555

answers: osteoporosis often have a cardiovascular defect,

answers: NDQ_007556

answers: calcium release;

answers: NDQ_007557

answers: osteoclasts.

answers: NDQ_007558

answers: osteoclasts.

answers: NDQ_007560

answers: lobulo-alveolar

answers: NDQ_007562

answers: osteopetrosis and a lack of osteoclasts.

answers: NDQ_007563

answers: skeletal calcium release;

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: osteoclasts.

answers: NDQ_007569

answers: osteoclasts.

answers: NDQ_007570

answers: lobulo-alveolar mammary structures

answers: NDQ_007571

answers: calcium release;

answers: NDQ_007572

answers: T and B lymphocytes,

answers: NDQ_007573

answers: cardiovascular defect, such as heart failure.

answers: NDQ_007574

answers: osteopetrosis and a lack of osteoclasts.

answers: NDQ_007575

answers: skeletal calcium release;

answers: NDQ_007576

answers: osteoporosis often have a cardiovascular defect,

answers: NDQ_007577

answers: osteoclasts.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts.

answers: NDQ_007580

answers: osteoclasts.

answers: NDQ_007581

answers: osteoclasts.

answers: NDQ_007582

answers: osteoclasts.

answers: NDQ_007583

answers: osteoclasts.

answers: NDQ_007584

answers: differentiation

text: Bone is a rigid organ that constitutes part of the vertebral skeleton. Bones support and protect the various organs of the body, produce red and white blood cells, store minerals and also enable mobility.  Bone tissue is a type of dense connective tissue. Bones come in a variety of shapes and sizes and have a complex internal and external structure. They are lightweight yet strong and hard, and serve multiple functions. Mineralized osseous tissue or bone tissue, is of two types – cortical and cancellous and gives it rigidity and a coral-like three-dimensional internal structure. Other types of tissue found in bones include marrow, endosteum, periosteum, nerves, blood vessels and cartilage.

text: Bone is a

text: rigid

text: organ

text: that constitutes part of the

text: vertebral

text: skeleton

text: . Bones support and protect the various organs of the body, produce

text: red

text: and

text: white blood cell

text: s, store

text: mineral

text: s and also enable mobility.

text: Bone tissue

text: is a type of dense

text: connective tissue

text: . Bones come in a variety of shapes and sizes and have a complex internal and external

text: structure

text: . They are lightweight yet strong and hard, and serve multiple

text: functions

text: Mineralized

text: osseous tissue

text: or bone tissue, is of two types –

text: cortical

text: and

text: cancellous

text: and gives it rigidity and a

text: coral

text: -like three-dimensional internal structure. Other types of tissue found in bones include

text: marrow

text: endosteum

text: periosteum

text: nerve

text: s,

text: blood vessel

text: s and

text: cartilage

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: vertebral

answers: NDQ_007551

answers: support and protect the various organs of the body

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: mineralized osseous

answers: NDQ_007555

answers: vertebral skeleton

answers: NDQ_007556

answers: periosteum

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: They are lightweight yet strong and hard

answers: NDQ_007563

answers: Which of the following is not a type of tissue found in bones?

answers: NDQ_007566

answers: Which of the following is NOT true of bones?

answers: NDQ_007568

answers: Which is not a type of dense connective tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007570

answers: Which of the following is not a type of ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of tissue found in bones?

answers: NDQ_007572

answers: Which is not a type of tissue found in bones?

answers: NDQ_007573

answers: Which of the following is not a type of dense connective tissue?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of dense connective tissue?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones make up the vertebral skeleton?

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: osseous tissue

answers: NDQ_007580

answers: cancellous

answers: NDQ_007581

answers: osseous tissue

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Mineralized osseous tissue

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: produce red and white blood cells, store minerals and also enable mobility.

answers: NDQ_007552

answers: cartilage.

answers: NDQ_007553

answers: red and white blood cells,

answers: NDQ_007554

answers: Mineralized osseous tissue

answers: NDQ_007555

answers: vertebral skeleton.

answers: NDQ_007556

answers: mobility. Bone tissue is a type of dense connective tissue.

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: vertebral skeleton.

answers: NDQ_007560

answers: Bone

answers: NDQ_007562

answers: lightweight

answers: NDQ_007563

answers: minerals

answers: NDQ_007566

answers: lightweight yet strong and hard, and serve multiple functions.

answers: NDQ_007568

answers: nerves, blood vessels and cartilage.

answers: NDQ_007569

answers: endosteum, periosteum,

answers: NDQ_007570

answers: vertebral skeleton.

answers: NDQ_007571

answers: red and white blood cells,

answers: NDQ_007572

answers: red and white blood cells,

answers: NDQ_007573

answers: Bone

answers: NDQ_007574

answers: vertebral skeleton.

answers: NDQ_007575

answers: Bone tissue is a type of dense connective tissue.

answers: NDQ_007576

answers: vertebral skeleton.

answers: NDQ_007577

answers: vertebral skeleton.

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: osseous tissue

answers: NDQ_007580

answers: Mineralized osseous tissue

answers: NDQ_007581

answers: osseous

answers: NDQ_007582

answers: marrow,

answers: NDQ_007583

answers: cartilage.

answers: NDQ_007584

answers: Mineralized osseous tissue

text: Cartilage differentiates from the condensations, giving rise to the skeletal primordia.  In most tetrapod limb skeletons (though not in some amphibians), the cartilage skeleton is replaced by bone later in development.

text: Cartilage

text: differentiates from the condensations, giving rise to the skeletal primordia.  In most tetrapod limb skeletons (though not in some amphibians), the cartilage skeleton is replaced by bone later in development.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: Bone

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Cartilage

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: amphibians

answers: NDQ_007556

answers: cartilage

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: cartilage skeleton

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: cartilage skeleton is replaced by bone later in development

answers: NDQ_007563

answers: Which of the following is not a skeletal primordia?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: Which of the following is not a type of bone: cartilage, spongy bone, or bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a skeletal primordia?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: Which of the following is not a type of skeletal primordia?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What does cartilage give rise to?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: It's impossible to say

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Cartilage

answers: NDQ_007580

answers: bone

answers: NDQ_007581

answers: Cartilage

answers: NDQ_007582

answers: Cartilage

answers: NDQ_007583

answers: Cartilage

answers: NDQ_007584

answers: later in development

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: skeletal primordia.

answers: NDQ_007552

answers: bone

answers: NDQ_007553

answers: condensations, giving rise to the skeletal primordia.

answers: NDQ_007554

answers: Cartilage

answers: NDQ_007555

answers: limb skeletons (though not in some amphibians),

answers: NDQ_007556

answers: later in development.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: tetrapod limb

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: the cartilage skeleton is replaced by bone

answers: NDQ_007563

answers: bone

answers: NDQ_007566

answers: bone

answers: NDQ_007568

answers: Cartilage differentiates from the condensations,

answers: NDQ_007569

answers: bone

answers: NDQ_007570

answers: bone

answers: NDQ_007571

answers: bone

answers: NDQ_007572

answers: bone

answers: NDQ_007573

answers: the cartilage skeleton is replaced by bone

answers: NDQ_007574

answers: the cartilage skeleton is replaced by bone

answers: NDQ_007575

answers: bone

answers: NDQ_007576

answers: the cartilage skeleton is replaced by bone

answers: NDQ_007577

answers: bone

answers: NDQ_007578

answers: condensations,

answers: NDQ_007579

answers: Cartilage

answers: NDQ_007580

answers: condensations,

answers: NDQ_007581

answers: Cartilage

answers: NDQ_007582

answers: Cartilage

answers: NDQ_007583

answers: Cartilage

answers: NDQ_007584

answers: development.

text: mGRs have been implicated in the rapid effects of glucocorticoids in the early central stress response via modulating neuronal activity in the hypothalamus, hippocampus, amygdala, and prefrontal cortex, among other areas. In accordance, glucocorticoids are known to affect cognition, stress-adaptive behavior, and neuroendocrine output (e.g., suppression of oxytocin and vasopressin secretion) within minutes. mGRs appear to be partially involved in the anti-inflammatory and immunosuppressant effects of glucocorticoids. mGRs are present in and appear to regulate many major bodily systems and organs, including the cardiovascular, immune, endocrine, and nervous systems, smooth and skeletal muscle, the liver, and fat tissue. mGRs appear to cooperate with, complement, and synergize with classical nuclear GRs in various ways.

text: mGRs have been implicated in the rapid effects of glucocorticoids in the early

text: central

text: stress response

text: via modulating

text: neuronal activity

text: in the

text: hypothalamus

text: hippocampus

text: amygdala

text: , and

text: prefrontal cortex

text: , among other areas. In accordance, glucocorticoids are known to affect

text: cognition

text: stress-adaptive behavior

text: , and

text: neuroendocrine

text: output (e.g., suppression of

text: oxytocin

text: and

text: vasopressin

text: secretion

text: ) within minutes. mGRs appear to be partially involved in the

text: anti-inflammatory

text: and

text: immunosuppressant

text: effects of glucocorticoids. mGRs are present in and appear to regulate many major bodily systems and organs, including the

text: cardiovascular

text: immune

text: endocrine

text: , and

text: nervous system

text: s,

text: smooth

text: and

text: skeletal muscle

text: , the

text: liver

text: , and

text: fat tissue

text: . mGRs appear to cooperate with, complement, and synergize with classical nuclear GRs in various ways.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: mGRs

answers: NDQ_007553

answers: immune cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: mGRs

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: mGRs are present in and appear to regulate many major bodily systems and organs

answers: NDQ_007563

answers: What is the primary function of mGRs?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: vitamin D is needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: skeletal muscle,

answers: NDQ_007551

answers: muscle,

answers: NDQ_007552

answers: fat tissue.

answers: NDQ_007553

answers: nuclear GRs

answers: NDQ_007554

answers: muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: glucocorticoids

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: mGRs

answers: NDQ_007563

answers: mGRs

answers: NDQ_007566

answers: mGRs

answers: NDQ_007568

answers: skeletal muscle,

answers: NDQ_007569

answers: mGRs

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: mGRs

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: mGRs

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: skeletal muscle,

answers: NDQ_007576

answers: mGRs

answers: NDQ_007577

answers: skeletal muscle,

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: skeletal muscle,

text: As an example, Bayesian network methods attempt to decompose a joint distribution along its causal fault lines, thus "cutting nature at its seams". The essential motivation behind these methods is again that within most systems (natural or artificial), relatively few components/events interact with one another directly on equal footing . Rather, one observes pockets of dense connections (direct interactions) among small subsets of components, but only loose connections between these densely connected subsets. There is thus a notion of "causal proximity" in physical systems under which variables naturally precipitate into small clusters. Identifying these clusters and using them to represent the joint provides the basis for great efficiency of storage (relative to the full joint distribution) as well as for potent inference algorithms.

text: As an example,

text: Bayesian network

text: methods attempt to decompose a joint distribution along its causal fault lines, thus "cutting nature at its seams". The essential motivation behind these methods is again that within most systems (natural or artificial), relatively few components/events interact with one another directly on equal footing . Rather, one observes pockets of dense connections (direct interactions) among small subsets of components, but only loose connections between these densely connected subsets. There is thus a notion of "causal proximity" in physical systems under which variables naturally precipitate into small clusters. Identifying these clusters and using them to represent the joint provides the basis for great efficiency of storage (relative to the full joint distribution) as well as for potent inference algorithms.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: variablely precipitate into small clusters

answers: NDQ_007557

answers: loose connections

answers: NDQ_007558

answers: Bones

answers: NDQ_007560

answers: causal proximity

answers: NDQ_007562

answers: the full joint distribution provides the basis for great efficiency of storage

answers: NDQ_007563

answers: the bones release stored calcium to the blood

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: compact bone

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: Bone

answers: NDQ_007575

answers: muscle

answers: NDQ_007576

answers: It does not break.

answers: NDQ_007577

answers: the adult skeletal system

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: pockets of dense connections (direct interactions) among small subsets

answers: NDQ_007550

answers: small subsets of components,

answers: NDQ_007551

answers: interact with one another directly on equal footing.

answers: NDQ_007552

answers: "cutting nature at its seams".

answers: NDQ_007553

answers: "cutting nature at its seams".

answers: NDQ_007554

answers: "cutting nature at its seams".

answers: NDQ_007555

answers: "causal proximity" in physical systems

answers: NDQ_007556

answers: "causal proximity"

answers: NDQ_007557

answers: variables naturally precipitate into small clusters.

answers: NDQ_007558

answers: densely connected subsets.

answers: NDQ_007560

answers: Bayesian network

answers: NDQ_007562

answers: "cutting nature at its seams".

answers: NDQ_007563

answers: storage

answers: NDQ_007566

answers: "cutting nature at its seams".

answers: NDQ_007568

answers: few components/events interact with one another directly on equal footing.

answers: NDQ_007569

answers: "cutting nature at its seams".

answers: NDQ_007570

answers: "cutting nature at its seams".

answers: NDQ_007571

answers: "cutting nature at its seams".

answers: NDQ_007572

answers: "cutting nature at its seams".

answers: NDQ_007573

answers: "cutting nature at its seams".

answers: NDQ_007574

answers: "cutting nature at its seams".

answers: NDQ_007575

answers: "cutting nature at its seams".

answers: NDQ_007576

answers: "cutting nature at its seams".

answers: NDQ_007577

answers: "cutting nature at its seams".

answers: NDQ_007578

answers: small clusters.

answers: NDQ_007579

answers: physical systems

answers: NDQ_007580

answers: "causal proximity"

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: "cutting nature at its seams".

answers: NDQ_007583

answers: physical systems

answers: NDQ_007584

answers: "causal proximity" in physical systems

text: Neuro Biomechanics is based upon the research of bioengineering researchers, neuro-surgery, orthopedic surgery and biomechanists. Neuro Biomechanics are utilized by neurosurgeons, orthopedic surgeons and primarily by integrated physical medicine practitioners. Practitioners are focused on aiding people in the restoration of biomechanics of the skeletal system in order to measurably improve nervous system function, health, function, quality of life, reduce pain and the progression of degenerative joint and disc disease.

text: Neuro Biomechanics is based upon the research of

text: bioengineering

text: researchers, neuro-surgery, orthopedic surgery and biomechanists. Neuro Biomechanics are utilized by neurosurgeons, orthopedic surgeons and primarily by integrated physical medicine practitioners. Practitioners are focused on aiding people in the restoration of biomechanics of the skeletal system in order to measurably improve nervous system function, health, function, quality of life, reduce pain and the progression of degenerative joint and disc disease.

answers: NDQ_007549

answers: joint and disc

answers: NDQ_007550

answers: joints and discs

answers: NDQ_007551

answers: joint and disc disease

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: degenerative joint and disc disease

answers: NDQ_007557

answers: discs

answers: NDQ_007558

answers: disc

answers: NDQ_007560

answers: disc

answers: NDQ_007562

answers: degenerative joint and disc disease

answers: NDQ_007563

answers: Which of the following is not a benefit of neuro biomechanics?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: degenerative joint and disc disease

answers: NDQ_007571

answers: Which of the following is not true of the skeletal system?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, bone marrow, or bone marrow?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoid

answers: NDQ_007579

answers: osteodermis

answers: NDQ_007580

answers: osteoid

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: degenerative

answers: NDQ_007549

answers: joint and disc

answers: NDQ_007550

answers: joint and disc

answers: NDQ_007551

answers: nervous system function, health, function, quality of life, reduce pain

answers: NDQ_007552

answers: disc disease.

answers: NDQ_007553

answers: Neuro Biomechanics

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: degenerative joint and disc disease.

answers: NDQ_007557

answers: disc

answers: NDQ_007558

answers: disc

answers: NDQ_007560

answers: disc

answers: NDQ_007562

answers: Neuro Biomechanics

answers: NDQ_007563

answers: Neuro Biomechanics

answers: NDQ_007566

answers: Neuro Biomechanics

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: Neuro Biomechanics

answers: NDQ_007570

answers: degenerative joint and disc disease.

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: Neuro Biomechanics

answers: NDQ_007574

answers: Neuro Biomechanics

answers: NDQ_007575

answers: Neuro Biomechanics

answers: NDQ_007576

answers: Neuro Biomechanics

answers: NDQ_007577

answers: skeletal system

answers: NDQ_007578

answers: disc

answers: NDQ_007579

answers: disc

answers: NDQ_007580

answers: disc

answers: NDQ_007581

answers: disc

answers: NDQ_007582

answers: disc

answers: NDQ_007583

answers: disc

answers: NDQ_007584

answers: skeletal system

text: Skeletal Biology and Population Size

text: Skeletal Biology and Population Size

answers: NDQ_007549

answers: Bones, cartilage, and muscle

answers: NDQ_007550

answers: a series of articulations.

answers: NDQ_007551

answers: growth and repair

answers: NDQ_007552

answers: chondrocytes

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: Population size

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: scoliosis

answers: NDQ_007562

answers: Bone fractures do not affect the strength of the bone.

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: Which of the following best describes the relationship between bones and population size?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact, spongy or periosteum?

answers: NDQ_007570

answers: Which of the following is an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Osteoporosis is a condition that affects the structure and function of bones.

answers: NDQ_007574

answers: The human skeleton consists entirely of bone

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Skeletal Biology

answers: NDQ_007550

answers: Skeletal Biology and Population Size

answers: NDQ_007551

answers: Skeletal Biology

answers: NDQ_007552

answers: Skeletal Biology and Population Size

answers: NDQ_007553

answers: Skeletal Biology and Population Size

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal Biology and Population Size

answers: NDQ_007556

answers: Skeletal Biology and Population Size

answers: NDQ_007557

answers: Skeletal Biology and Population Size

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal Biology

answers: NDQ_007562

answers: Population Size

answers: NDQ_007563

answers: Skeletal Biology and Population Size

answers: NDQ_007566

answers: Skeletal Biology and Population Size

answers: NDQ_007568

answers: Skeletal Biology and Population Size

answers: NDQ_007569

answers: Skeletal Biology and Population Size

answers: NDQ_007570

answers: Skeletal Biology and Population Size

answers: NDQ_007571

answers: Skeletal Biology and Population Size

answers: NDQ_007572

answers: Skeletal Biology and Population Size

answers: NDQ_007573

answers: Skeletal Biology and Population Size

answers: NDQ_007574

answers: Skeletal Biology and Population Size

answers: NDQ_007575

answers: Skeletal Biology and Population Size

answers: NDQ_007576

answers: Skeletal Biology and Population Size

answers: NDQ_007577

answers: Skeletal Biology and Population Size

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal Biology

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal Biology

text: All three dietary monosaccharides are transported into the liver by the GLUT2 transporter. Fructose and galactose are phosphorylated in the liver by fructokinase (K= 0.5 mM) and galactokinase (K = 0.8 mM). By contrast, glucose tends to pass through the liver (K of hepatic glucokinase = 10 mM) and can be metabolised anywhere in the body. Uptake of fructose by the liver is not regulated by insulin. However, insulin is capable of increasing the abundance and functional activity of GLUT5 in skeletal muscle cells.

text: All three dietary monosaccharides are transported into the liver by the GLUT2 transporter. Fructose and

text: galactose

text: are

text: phosphorylated

text: in the liver by

text: fructokinase

text: (K= 0.5 mM) and galactokinase (K = 0.8 mM). By contrast, glucose tends to pass through the liver (K of hepatic glucokinase = 10 mM) and can be metabolised anywhere in the body. Uptake of fructose by the liver is not regulated by insulin. However, insulin is capable of increasing the abundance and functional activity of GLUT5 in skeletal muscle cells.

answers: NDQ_007549

answers: muscle cells

answers: NDQ_007550

answers: muscle cells

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: GLUT5

answers: NDQ_007553

answers: skeletal muscle cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: dietary monosaccharides

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: the liver

answers: NDQ_007562

answers: Uptake of fructose by the liver is not regulated by insulin

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal muscle or skeletal?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not an example of skeletal muscle cells?

answers: NDQ_007573

answers: Which of the following is not a skeletal muscle cell: GLUT5 or GLUT2?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Insulin is capable of increasing the abundance and functional activity of

answers: NDQ_007576

answers: What does GLUT5 do?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle cells.

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: GLUT5

answers: NDQ_007553

answers: skeletal muscle cells.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: All three dietary monosaccharides

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: All three dietary monosaccharides

answers: NDQ_007563

answers: skeletal muscle cells.

answers: NDQ_007566

answers: All three dietary monosaccharides

answers: NDQ_007568

answers: GLUT5

answers: NDQ_007569

answers: All three dietary monosaccharides

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: All three dietary monosaccharides

answers: NDQ_007572

answers: skeletal muscle cells.

answers: NDQ_007573

answers: insulin is capable of increasing the abundance and functional activity of GLUT5

answers: NDQ_007574

answers: skeletal muscle cells.

answers: NDQ_007575

answers: skeletal muscle cells.

answers: NDQ_007576

answers: insulin is capable of increasing the abundance and functional activity of GLUT5

answers: NDQ_007577

answers: GLUT5

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: GLUT2

text: Kinect was first announced on June 1, 2009 at E3 2009 under the code name "Project Natal". Three demos were shown to showcase Kinect when it was revealed at Microsoft's E3 2009 Media Briefing: Ricochet, Paint Party and Milo & Kate. A demo based on Burnout Paradise was also shown outside of Microsoft's media briefing. The skeletal mapping technology shown at E3 2009 was capable of simultaneously tracking four people, with a feature extraction of 48 skeletal points on a human body at 30 Hz.

text: Kinect was first announced on June 1, 2009 at

text: E3 2009

text: under the code name "Project Natal". Three demos were shown to showcase Kinect when it was revealed at Microsoft's E3 2009 Media Briefing: Ricochet, Paint Party and

text: Milo & Kate

text: . A demo based on

text: Burnout Paradise

text: was also shown outside of Microsoft's media briefing. The skeletal mapping technology shown at E3 2009 was capable of simultaneously tracking four people, with a feature extraction of 48

text: skeletal

text: points on a human body at 30 Hz.

answers: NDQ_007549

answers: skeletal points

answers: NDQ_007550

answers: 48 skeletal points

answers: NDQ_007551

answers: tracking four people

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal points

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: skeletal mapping technology showed at E3 2009 was capable of simultaneously tracking four people

answers: NDQ_007563

answers: How many demos were shown to showcase Kinect?

answers: NDQ_007566

answers: Which of the following is not true of bones: dead, dry, and brittle?

answers: NDQ_007568

answers: How many types of bone tissues are in a human body?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: How many skeletal points on a human body at 30 Hz?

answers: NDQ_007571

answers: What was the code name of Project Natal?

answers: NDQ_007572

answers: Which of the following is not a type of cell: Blood cells or compact bone?

answers: NDQ_007573

answers: How many demos were shown to showcase Kinect?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: Natal

answers: NDQ_007549

answers: 48 skeletal points

answers: NDQ_007550

answers: 48 skeletal points

answers: NDQ_007551

answers: tracking four people,

answers: NDQ_007552

answers: skeletal mapping technology

answers: NDQ_007553

answers: E3 2009 under the code name "Project Natal".

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: 2009 at E3 2009 under the code name "Project Natal".

answers: NDQ_007557

answers: skeletal points

answers: NDQ_007558

answers: Milo & Kate.

answers: NDQ_007560

answers: Kinect

answers: NDQ_007562

answers: four people,

answers: NDQ_007563

answers: skeletal mapping technology

answers: NDQ_007566

answers: skeletal mapping technology

answers: NDQ_007568

answers: four people,

answers: NDQ_007569

answers: Kinect was first announced on June 1, 2009 at E3 2009

answers: NDQ_007570

answers: Kinect was first announced on June 1, 2009 at E3 2009

answers: NDQ_007571

answers: Kinect was first announced on June 1, 2009

answers: NDQ_007572

answers: 48 skeletal points

answers: NDQ_007573

answers: Kinect was first announced on June 1, 2009

answers: NDQ_007574

answers: 48 skeletal points

answers: NDQ_007575

answers: skeletal mapping technology

answers: NDQ_007576

answers: Kinect was first announced on June 1, 2009

answers: NDQ_007577

answers: 48 skeletal points

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal mapping

text: The main tool used by this approach is risk assessment. A risk assessment method, based on experimenting and assessing risk ex-post, once the technology is in place. In the context of hydraulic fracturing, it means that drilling permits are issued and exploitation conducted before the potential risks on the environment and human health are known. The risk-based approach mainly relies on a discourse that sacralizes technological innovations as an intrinsic good, and the analysis of such innovations, such as hydraulic fracturing, is made on a sole cost-benefit framework, which does not allow prevention or ex-ante debates on the use of the technology. This is also referred to as "learning-by-doing". A risk assessment method has for instance led to regulations that exist in the hydraulic fracturing in the United States (EPA will release its study on the effect of hydraulic fracturing on groundwater in 2014, though hydraulic fracturing has been used for more than 60 years.  Commissions that have been implemented in the US to regulate the use of hydraulic fracturing have been created after hydraulic fracturing had started in their area of regulation. This is for instance the case in the Marcellus shale area where three regulatory committees were implemented ex-post.

text: The main tool used by this approach is risk assessment. A

text: risk assessment

text: method, based on experimenting and assessing risk ex-post, once the technology is in place. In the context of hydraulic fracturing, it means that drilling permits are issued and exploitation conducted before the potential risks on the environment and human health are known. The risk-based approach mainly relies on a discourse that sacralizes

text: technological innovations

text: as an intrinsic good, and the analysis of such innovations, such as hydraulic fracturing, is made on a sole

text: cost-benefit

text: framework, which does not allow

text: prevention

text: or ex-ante debates on the use of the technology. This is also referred to as "learning-by-doing". A

text: risk assessment

text: method has for instance led to regulations that exist in the hydraulic fracturing in the United States (EPA will release its study on the effect of hydraulic fracturing on groundwater in 2014, though hydraulic fracturing has been used for more than 60 years.  Commissions that have been implemented in the US to regulate the use of hydraulic fracturing have been created after hydraulic fracturing had started in their area of regulation. This is for instance the case in the Marcellus shale area where three regulatory committees were implemented ex-post.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: ex-ante debates

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: flange

answers: NDQ_007562

answers: not allow prevention or ex-ante debates on the use of the technology

answers: NDQ_007563

answers: What is the main tool used by this approach?

answers: NDQ_007566

answers: What is the main tool used by this approach?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: shale

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: shale

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Fracture

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: risk assessment.

answers: NDQ_007550

answers: risk assessment.

answers: NDQ_007551

answers: risk assessment.

answers: NDQ_007552

answers: risk assessment.

answers: NDQ_007553

answers: hydraulic fracturing,

answers: NDQ_007554

answers: shale

answers: NDQ_007555

answers: experimenting and assessing risk ex-post,

answers: NDQ_007556

answers: experimenting and assessing risk ex-post,

answers: NDQ_007557

answers: hydraulic fracturing,

answers: NDQ_007558

answers: hydraulic fracturing,

answers: NDQ_007560

answers: hydraulic fracturing,

answers: NDQ_007562

answers: hydraulic fracturing,

answers: NDQ_007563

answers: risk assessment.

answers: NDQ_007566

answers: risk assessment.

answers: NDQ_007568

answers: risk assessment.

answers: NDQ_007569

answers: The main tool used by this approach is risk assessment.

answers: NDQ_007570

answers: risk assessment.

answers: NDQ_007571

answers: risk assessment.

answers: NDQ_007572

answers: hydraulic fracturing,

answers: NDQ_007573

answers: risk assessment.

answers: NDQ_007574

answers: experimenting and assessing risk ex-post,

answers: NDQ_007575

answers: risk assessment.

answers: NDQ_007576

answers: The main tool used by this approach is risk assessment.

answers: NDQ_007577

answers: risk assessment.

answers: NDQ_007578

answers: shale

answers: NDQ_007579

answers: hydraulic fracturing

answers: NDQ_007580

answers: shale

answers: NDQ_007581

answers: hydraulic fracturing

answers: NDQ_007582

answers: hydraulic fracturing,

answers: NDQ_007583

answers: Marcellus shale

answers: NDQ_007584

answers: hydraulic fracturing,

text: Evidence from the skeletal remains shows that the majority of joints were affected by eburnation, including the jaw, ankles, wrists, and elbows, in addition to the hips and knees. There are a few ways for eburnation to occur: the continual movement of those joints, ingestion of a specific fungus that consumes cartilage or a combination of the two. The presence of bone in the joints is another way in which osteoarthritis presents itself. In the case of the Stillwater Marsh people, it seems more likely that continual movement of the joints, making bone come through the tissue layers, is the cause of their osteoarthritis.

text: Evidence from the skeletal remains shows that the majority of joints were affected by

text: eburnation

text: , including the jaw, ankles, wrists, and elbows, in addition to the hips and knees. There are a few ways for

text: eburnation

text: to occur: the continual movement of those joints, ingestion of a specific fungus that consumes cartilage or a combination of the two. The presence of bone in the joints is another way in which

text: osteoarthritis

text: presents itself. In the case of the Stillwater Marsh people, it seems more likely that continual movement of the joints, making bone come through the tissue layers, is the cause of their

text: osteoarthritis

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: knees

answers: NDQ_007556

answers: continual movement of the joints

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: hips and knees

answers: NDQ_007560

answers: elbows

answers: NDQ_007562

answers: osteoarthritis presents itself

answers: NDQ_007563

answers: What does the presence of bone in the joints mean?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: what is the first type of bone mentioned?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of fungus?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: fungus that consumes cartilage

answers: NDQ_007553

answers: fungus

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: hips and knees.

answers: NDQ_007556

answers: the continual movement

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: hips and knees.

answers: NDQ_007560

answers: elbows,

answers: NDQ_007562

answers: eburnation,

answers: NDQ_007563

answers: fungus that consumes cartilage

answers: NDQ_007566

answers: eburnation,

answers: NDQ_007568

answers: jaw, ankles, wrists, and elbows,

answers: NDQ_007569

answers: bone

answers: NDQ_007570

answers: elbows,

answers: NDQ_007571

answers: fungus that consumes cartilage

answers: NDQ_007572

answers: fungus that consumes cartilage

answers: NDQ_007573

answers: continual movement of the joints, making bone come through the tissue layers,

answers: NDQ_007574

answers: the majority of joints were affected by eburnation,

answers: NDQ_007575

answers: fungus that consumes cartilage

answers: NDQ_007576

answers: eburnation,

answers: NDQ_007577

answers: hips and knees.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: cartilage

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: eburnation,

text: - Skeletal Muscle and Bone: sarcopenia and osteoporosis

text: - Skeletal Muscle and Bone: sarcopenia and osteoporosis

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone and muscle.

answers: NDQ_007551

answers: Bones are made of calcium carbonate.

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: sarcopenia

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hip joint

answers: NDQ_007562

answers: Bone fractures are very rare.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: sarcopenia and osteoporosis

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: sarcopenia and osteoporosis

answers: NDQ_007571

answers: Which of the following is the best way to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: Skeletal Muscle and Bone

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoblasts

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Skeletal Muscle and Bone:

answers: NDQ_007550

answers: Skeletal Muscle and Bone:

answers: NDQ_007551

answers: sarcopenia and osteoporosis

answers: NDQ_007552

answers: Skeletal Muscle and Bone:

answers: NDQ_007553

answers: - Skeletal Muscle and Bone:

answers: NDQ_007554

answers: Skeletal Muscle

answers: NDQ_007555

answers: Skeletal Muscle

answers: NDQ_007556

answers: sarcopenia and osteoporosis

answers: NDQ_007557

answers: Bone:

answers: NDQ_007558

answers: Skeletal Muscle and Bone:

answers: NDQ_007560

answers: Skeletal Muscle

answers: NDQ_007562

answers: sarcopenia

answers: NDQ_007563

answers: sarcopenia and osteoporosis

answers: NDQ_007566

answers: sarcopenia and osteoporosis

answers: NDQ_007568

answers: sarcopenia and osteoporosis

answers: NDQ_007569

answers: sarcopenia and osteoporosis

answers: NDQ_007570

answers: Skeletal Muscle and Bone:

answers: NDQ_007571

answers: sarcopenia and osteoporosis

answers: NDQ_007572

answers: sarcopenia and osteoporosis

answers: NDQ_007573

answers: sarcopenia and osteoporosis

answers: NDQ_007574

answers: sarcopenia and osteoporosis

answers: NDQ_007575

answers: sarcopenia and osteoporosis

answers: NDQ_007576

answers: Skeletal Muscle and Bone:

answers: NDQ_007577

answers: sarcopenia and osteoporosis

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: Muscle

answers: NDQ_007583

answers: Bone:

answers: NDQ_007584

answers: osteoporosis

text: Several studies have indicated that toward the end of the laying phase (approximately 72 weeks of age), a combination of high calcium demand for egg production and a lack of exercise can lead to osteoporosis.  This can occur in all housing systems for egg laying hens, but is particularly prevalent in battery cage systems where it has sometimes been called 'cage layer osteoporosis'.  Osteoporosis leads to the skeleton becoming fragile and an increased risk of bone breakage, particularly in the legs and keel bone.  Fractures may occur whilst the hens are in the cage and these are usually discovered at depopulation as old, healed breaks, or they might be fresh breaks which occurred during the process of depopulation.  One study showed that 24.6% of hens from battery cages had recent keel fractures whereas hens in furnished cages, barn and free-range had 3.6%, 1.2% and 1.3% respectively. However, hens from battery cages experienced fewer old breaks (17.7%) compared to hens in  barn (69.1%), free-range (59.8%) and furnished cages (31.7%).

text: Several studies have indicated that toward the end of the laying phase (approximately 72 weeks of age), a combination of high calcium demand for egg production and a lack of exercise can lead to

text: osteoporosis

text: .  This can occur in all housing systems for egg laying hens, but is particularly prevalent in battery cage systems where it has sometimes been called 'cage layer osteoporosis'.  Osteoporosis leads to the skeleton becoming fragile and an increased risk of bone breakage, particularly in the legs and

text: keel

text: bone.  Fractures may occur whilst the hens are in the cage and these are usually discovered at depopulation as old, healed breaks, or they might be fresh breaks which occurred during the process of depopulation.  One study showed that 24.6% of hens from battery cages had recent keel fractures whereas hens in furnished cages, barn and

text: free-range

text: had 3.6%, 1.2% and 1.3% respectively. However, hens from battery cages experienced fewer old breaks (17.7%) compared to hens in  barn (69.1%), free-range (59.8%) and furnished cages (31.7%).

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones are made up of

answers: NDQ_007551

answers: bone breakage

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: legs

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: old breaks which occurred during the process of depopulation

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a factor in osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007573

answers: Why is the skeleton becoming fragile?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: legs and keel bone.

answers: NDQ_007550

answers: bone breakage, particularly in the legs and keel bone.

answers: NDQ_007551

answers: bone breakage,

answers: NDQ_007552

answers: calcium

answers: NDQ_007553

answers: calcium demand for egg production and a lack of exercise

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: legs and keel bone.

answers: NDQ_007556

answers: high calcium demand for egg production and a lack of exercise

answers: NDQ_007557

answers: bone breakage, particularly in the legs and keel bone.

answers: NDQ_007558

answers: keel bone.

answers: NDQ_007560

answers: keel bone.

answers: NDQ_007562

answers: old, healed breaks,

answers: NDQ_007563

answers: calcium demand

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: legs and keel bone.

answers: NDQ_007569

answers: keel bone.

answers: NDQ_007570

answers: keel bone.

answers: NDQ_007571

answers: exercise can lead to osteoporosis.

answers: NDQ_007572

answers: bone breakage, particularly in the legs and keel bone.

answers: NDQ_007573

answers: Osteoporosis leads to the skeleton becoming fragile

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: exercise

answers: NDQ_007576

answers: keel bone.

answers: NDQ_007577

answers: keel bone.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: keel bone.

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: calcium

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: depopulation

text: Clyde learns About First Aid, Clyde Frog learns first aid for bleeding and sprained ankles while reading about one of his ancestors.

text: Clyde learns About First Aid, Clyde Frog learns first aid for bleeding and sprained ankles while reading about one of his ancestors.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: marrow and muscle

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankles

answers: NDQ_007556

answers: the ends of long bones are longer than other parts

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ankles

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Clyde Frog learned about first aid for bleeding and sprained ankles

answers: NDQ_007563

answers: Calcium is a mineral found in bones.

answers: NDQ_007566

answers: Clyde Frog is a frog

answers: NDQ_007568

answers: Clyde Frog

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: Clyde Frog learns about first aid for bleeding and sprained ankles

answers: NDQ_007571

answers: Clyde Frog

answers: NDQ_007572

answers: Clyde Frog

answers: NDQ_007573

answers: Clyde Frog

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Clyde Frog

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: ankles

answers: NDQ_007550

answers: bleeding and sprained ankles

answers: NDQ_007551

answers: bleeding and sprained ankles

answers: NDQ_007552

answers: bleeding and sprained ankles

answers: NDQ_007553

answers: bleeding

answers: NDQ_007554

answers: bleeding and sprained ankles

answers: NDQ_007555

answers: ankles

answers: NDQ_007556

answers: bleeding and sprained ankles

answers: NDQ_007557

answers: bleeding and sprained ankles

answers: NDQ_007558

answers: ankles

answers: NDQ_007560

answers: ankles

answers: NDQ_007562

answers: bleeding and sprained ankles

answers: NDQ_007563

answers: bleeding and sprained ankles

answers: NDQ_007566

answers: Clyde Frog

answers: NDQ_007568

answers: bleeding and sprained ankles

answers: NDQ_007569

answers: Clyde Frog

answers: NDQ_007570

answers: bleeding and sprained ankles

answers: NDQ_007571

answers: Clyde Frog

answers: NDQ_007572

answers: Clyde Frog

answers: NDQ_007573

answers: Clyde Frog

answers: NDQ_007574

answers: bleeding and sprained ankles

answers: NDQ_007575

answers: bleeding and sprained ankles

answers: NDQ_007576

answers: sprained ankles

answers: NDQ_007577

answers: bleeding and sprained ankles

answers: NDQ_007578

answers: ankles

answers: NDQ_007579

answers: ankles

answers: NDQ_007580

answers: ankles

answers: NDQ_007581

answers: ankles

answers: NDQ_007582

answers: bleeding

answers: NDQ_007583

answers: ankles

answers: NDQ_007584

answers: bleeding and sprained ankles

text: CLCN1 is critical for the normal function of skeletal muscle cells. For the body to move normally, skeletal muscles must tense (contract) and relax in a coordinated way. Muscle contraction and relaxation are controlled by the flow of ions into and out of muscle cells. CLCN1 forms an ion channel that controls the flow of negatively charged chloride ions into these cells. The main function of this channel is to stabilize the cells' electrical charge, enabling muscles to contract normally.

text: CLCN1 is critical for the normal function of skeletal muscle cells. For the body to move normally, skeletal muscles must tense (contract) and relax in a coordinated way. Muscle contraction and relaxation are controlled by the flow of

text: ions

text: into and out of muscle cells. CLCN1 forms an

text: ion channel

text: that controls the flow of negatively charged chloride ions into these cells. The main function of this channel is to stabilize the cells' electrical charge, enabling muscles to contract normally.

answers: NDQ_007549

answers: CLCN1

answers: NDQ_007550

answers: skeletal muscle cells

answers: NDQ_007551

answers: muscle contraction and relaxation

answers: NDQ_007552

answers: CLCN1

answers: NDQ_007553

answers: lymphocytes.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: skeletal muscle cells

answers: NDQ_007557

answers: CLCN1

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: CLCN1 is critical for the normal function of skeletal muscle cells

answers: NDQ_007563

answers: Which of the following is not the function of CLCN1?

answers: NDQ_007566

answers: Which of the following is true of CLCN1?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is CLCN1 critical for?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: What is the main function of CLCN1?

answers: NDQ_007574

answers: What is the main function of CLCN1?

answers: NDQ_007575

answers: Which of the following is not the function of CLCN1?

answers: NDQ_007576

answers: What is the main function of CLCN1?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle cells.

answers: NDQ_007550

answers: skeletal muscle cells.

answers: NDQ_007551

answers: tense (contract) and relax in a coordinated way.

answers: NDQ_007552

answers: CLCN1

answers: NDQ_007553

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle cells.

answers: NDQ_007556

answers: CLCN1

answers: NDQ_007557

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007558

answers: skeletal muscle cells.

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007563

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007566

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007568

answers: CLCN1

answers: NDQ_007569

answers: CLCN1

answers: NDQ_007570

answers: CLCN1

answers: NDQ_007571

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007572

answers: skeletal muscle cells.

answers: NDQ_007573

answers: CLCN1

answers: NDQ_007574

answers: CLCN1 is critical for the normal function of skeletal muscle cells.

answers: NDQ_007575

answers: CLCN1

answers: NDQ_007576

answers: CLCN1

answers: NDQ_007577

answers: CLCN1

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle cells.

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle cells.

text: A fracture is any separation in a geologic formation, such as a joint or a fault that divides the rock into two or more pieces.  A fracture will sometimes form a deep fissure or crevice in the rock.  Fractures are commonly caused by stress exceeding the rock strength, causing the rock to lose cohesion along its weakest plane. Fractures can provide permeability for fluid movement, such as water or hydrocarbons. Highly fractured rocks can make good aquifers or hydrocarbon reservoirs, since they may possess both significant permeability and fracture porosity.

text: A fracture is any separation in a

text: geologic formation

text: , such as a

text: joint

text: or a

text: fault

text: that divides the

text: rock

text: into two or more pieces.  A fracture will sometimes form a deep fissure or crevice in the rock.  Fractures are commonly caused by

text: stress

text: exceeding the rock strength, causing the rock to lose cohesion along its weakest plane. Fractures can provide

text: permeability

text: for

text: fluid

text: movement, such as

text: water

text: or

text: hydrocarbon

text: s. Highly fractured rocks can make good

text: aquifer

text: s or

text: hydrocarbon reservoirs

text: , since they may possess both significant

text: permeability

text: and fracture

text: porosity

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: fluid movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: rock

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Fractures

answers: NDQ_007557

answers: cohesion

answers: NDQ_007558

answers: joints

answers: NDQ_007560

answers: Fracture

answers: NDQ_007562

answers: Bone fractures can provide permeability for fluid movement

answers: NDQ_007563

answers: Which of the following is not a type of fracture?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of fracture?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fracture porosity

answers: NDQ_007579

answers: Fracture

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Fracture

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: Fractures

answers: NDQ_007550

answers: two or more pieces.

answers: NDQ_007551

answers: fluid movement,

answers: NDQ_007552

answers: fracture

answers: NDQ_007553

answers: stress exceeding the rock strength,

answers: NDQ_007554

answers: water

answers: NDQ_007555

answers: fracture is any separation in a geologic formation,

answers: NDQ_007556

answers: stress exceeding the rock strength,

answers: NDQ_007557

answers: stress exceeding the rock strength,

answers: NDQ_007558

answers: A fracture is any separation in a geologic formation,

answers: NDQ_007560

answers: fracture

answers: NDQ_007562

answers: deep fissure or crevice in the rock. Fractures

answers: NDQ_007563

answers: Fractures

answers: NDQ_007566

answers: A fracture

answers: NDQ_007568

answers: A fracture is any separation in a geologic formation,

answers: NDQ_007569

answers: A fracture

answers: NDQ_007570

answers: fracture

answers: NDQ_007571

answers: Fractures

answers: NDQ_007572

answers: Highly fractured rocks

answers: NDQ_007573

answers: Fractures are commonly caused by stress exceeding the rock strength,

answers: NDQ_007574

answers: two or more pieces.

answers: NDQ_007575

answers: stress exceeding the rock strength,

answers: NDQ_007576

answers: fracture

answers: NDQ_007577

answers: two or more pieces.

answers: NDQ_007578

answers: fracture porosity.

answers: NDQ_007579

answers: fracture

answers: NDQ_007580

answers: fracture

answers: NDQ_007581

answers: cohesion

answers: NDQ_007582

answers: Fractures

answers: NDQ_007583

answers: fracture

answers: NDQ_007584

answers: joint

text: The most common type of ankle sprain occurs when the foot is inverted too much, affecting the lateral side of the foot. When this type of ankle sprain happens, the outer, or lateral, ligaments are stretched too much. The anterior talofibular ligament is one of the most commonly involved ligaments in this type of sprain. Approximately 70-85% of ankle sprains are inversion injuries.

text: The most common type of ankle sprain occurs when the foot is inverted too much, affecting the lateral side of the foot. When this type of ankle sprain happens, the outer, or lateral, ligaments are stretched too much. The

text: anterior talofibular ligament

text: is one of the most commonly involved ligaments in this type of sprain. Approximately 70-85% of ankle sprains are inversion injuries.

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: the bones of the body

answers: NDQ_007551

answers: ankle sprain

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: foot

answers: NDQ_007556

answers: inversion injuries

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Approximately 70-85% of ankle sprains are inversion injuries

answers: NDQ_007563

answers: Which of the following is not a type of ligament?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, foot, or ankle?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: How many percent of ankle sprains are inversion injuries?

answers: NDQ_007574

answers: What is the most common type of ankle sprain?

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: talofibular

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: talo

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: talo

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: lateral, ligaments

answers: NDQ_007551

answers: ankle sprain

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: The most common type of ankle sprain

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ligaments

answers: NDQ_007556

answers: inverted too much,

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: talofibular

answers: NDQ_007560

answers: anterior talofibular ligament

answers: NDQ_007562

answers: The most common type of ankle sprain

answers: NDQ_007563

answers: inversion injuries.

answers: NDQ_007566

answers: 70-85% of ankle sprains are inversion injuries.

answers: NDQ_007568

answers: anterior talofibular ligament

answers: NDQ_007569

answers: anterior talofibular ligament

answers: NDQ_007570

answers: ankle sprain occurs when the foot is inverted too much,

answers: NDQ_007571

answers: The most common type of ankle sprain

answers: NDQ_007572

answers: 70-85% of ankle sprains are inversion injuries.

answers: NDQ_007573

answers: The most common type of ankle sprain

answers: NDQ_007574

answers: 70-85%

answers: NDQ_007575

answers: lateral, ligaments are stretched too much.

answers: NDQ_007576

answers: ankle sprain occurs when the foot is inverted too much,

answers: NDQ_007577

answers: 70-85%

answers: NDQ_007578

answers: talofibular

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: talofibular

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: talofibular

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: inverted

text: The skeletal system serves many important functions; it provides the shape and form for the body, support and protection, allows bodily movement, produces blood for the body, and stores minerals. The number of bones in the human skeletal system is a controversial topic. Humans are born with over 300 bones; however, many bones fuse together between birth and maturity. As a result, an average adult skeleton consists of 206 bones. The number of bones varies according to the method used to derive the count. While some consider certain structures to be a single bone with multiple parts, others may see it as a single part with multiple bones. There are five general classifications of bones. These are long bones, short bones, flat bones, irregular bones, and sesamoid bones. The human skeleton is composed of both fused and individual bones supported by ligaments, tendons, muscles and cartilage. It is a complex structure with two distinct divisions; the axial skeleton, which includes the vertebral column, and the appendicular skeleton.

text: The skeletal system serves many important functions; it provides the shape and form for the body, support and protection, allows bodily movement, produces

text: blood

text: for the body, and stores minerals. The number of bones in the human skeletal system is a controversial topic. Humans are born with over 300 bones; however, many bones fuse together between birth and maturity. As a result, an average adult

text: skeleton

text: consists of 206 bones. The number of bones varies according to the method used to derive the count. While some consider certain structures to be a single bone with multiple parts, others may see it as a single part with multiple bones. There are five general classifications of bones. These are

text: long bones

text: short bones

text: flat bones

text: irregular bones

text: , and

text: sesamoid bones

text: . The human skeleton is composed of both fused and individual bones supported by

text: ligaments

text: tendons

text: muscles

text: and

text: cartilage

text: . It is a complex structure with two distinct divisions; the

text: axial skeleton

text: , which includes the

text: vertebral column

text: , and the

text: appendicular skeleton

answers: NDQ_007549

answers: tendons, muscles, and cartilage

answers: NDQ_007550

answers: How many bones does the average adult skeleton consist of?

answers: NDQ_007551

answers: provides the shape and form for the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: The skeletal system

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: many bones fuse together between birth and maturity

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: vertebral column

answers: NDQ_007560

answers: appendicular

answers: NDQ_007562

answers: Humans are born with over 300 bones

answers: NDQ_007563

answers: Which of the following is not a function of the skeletal system: stores minerals, produces blood for the body, or stores minerals?

answers: NDQ_007566

answers: Which of the following is not a classification of bones?

answers: NDQ_007568

answers: Which of the following is not an organ: long bones, short bones, flat bones, irregular bones, and sesamoid bones?

answers: NDQ_007569

answers: compact bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of bone: long bones, flat bones, irregular bones, or sesamoid bones?

answers: NDQ_007572

answers: Which of the following is not a type of bone: long bones, short bones, compact bone, or irregular bones?

answers: NDQ_007573

answers: How many bones does an average adult skeleton consist of?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone: long bones, short bones, flat bones, irregular bones, or sesamoid bones?

answers: NDQ_007576

answers: What is the most common type of sprain?

answers: NDQ_007577

answers: yes

answers: NDQ_007578

answers: sesamoid

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: sesamoid bones

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: sesamoid

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: fused

answers: NDQ_007549

answers: ligaments, tendons, muscles and cartilage.

answers: NDQ_007550

answers: 206 bones.

answers: NDQ_007551

answers: provides the shape and form for the body,

answers: NDQ_007552

answers: cartilage.

answers: NDQ_007553

answers: skeletal system

answers: NDQ_007554

answers: cartilage.

answers: NDQ_007555

answers: ligaments, tendons, muscles and cartilage.

answers: NDQ_007556

answers: many bones fuse together between birth and maturity.

answers: NDQ_007557

answers: ligaments, tendons, muscles and cartilage.

answers: NDQ_007558

answers: sesamoid bones.

answers: NDQ_007560

answers: appendicular

answers: NDQ_007562

answers: Humans are born with over 300 bones;

answers: NDQ_007563

answers: minerals.

answers: NDQ_007566

answers: five general classifications of bones.

answers: NDQ_007568

answers: five general classifications of bones.

answers: NDQ_007569

answers: sesamoid bones.

answers: NDQ_007570

answers: ligaments, tendons, muscles and cartilage.

answers: NDQ_007571

answers: 206

answers: NDQ_007572

answers: blood

answers: NDQ_007573

answers: 206

answers: NDQ_007574

answers: over 300 bones;

answers: NDQ_007575

answers: 206

answers: NDQ_007576

answers: ligaments, tendons, muscles and cartilage.

answers: NDQ_007577

answers: an average adult skeleton consists of 206 bones.

answers: NDQ_007578

answers: cartilage.

answers: NDQ_007579

answers: cartilage.

answers: NDQ_007580

answers: sesamoid bones.

answers: NDQ_007581

answers: ligaments, tendons, muscles and cartilage.

answers: NDQ_007582

answers: cartilage.

answers: NDQ_007583

answers: cartilage.

answers: NDQ_007584

answers: fuse together

text: The two hip bones join at the pubic symphysis and together with the sacrum and coccyx (the pelvic part of the spine) comprise the skeletal component of the pelvis – the pelvic girdle which surrounds the pelvic cavity. They are connected to the sacrum, which is part of the axial skeleton, at the sacroiliac joint. Each hip bone is connected to the corresponding femur (thigh bone) (forming the primary connection between the bones of the lower limb and the axial skeleton) through the large ball and socket joint of the hip.

text: The two hip bones join at the

text: pubic symphysis

text: and together with the

text: sacrum

text: and

text: coccyx

text: (the pelvic part of the

text: spine

text: ) comprise the

text: skeletal

text: component of the

text: pelvis

text: – the

text: pelvic girdle

text: which surrounds the

text: pelvic cavity

text: . They are connected to the sacrum, which is part of the

text: axial skeleton

text: , at the

text: sacroiliac joint

text: . Each hip bone is connected to the corresponding

text: femur

text: (thigh bone) (forming the primary connection between the bones of the

text: lower limb

text: and the axial skeleton) through the large

text: ball and socket joint

text: of the

text: hip

answers: NDQ_007549

answers: pelvic girdle

answers: NDQ_007550

answers: femur (thigh bone)

answers: NDQ_007551

answers: skeletal component of the pelvis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeletal component of the pelvis

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: skeletal component

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: sacroiliac

answers: NDQ_007562

answers: They are connected to the sacrum, which is part of the axial skeleton

answers: NDQ_007563

answers: Which of the following is not a type of bone: hip, sacrum, or femur?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint: elbow?

answers: NDQ_007571

answers: Which of the following is not a type of bone: hip, sacrum, or coccyx?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, sacrum, or femur?

answers: NDQ_007573

answers: How many hip bones join at the pubic symphysis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: spleen

answers: NDQ_007583

answers: sacroiliac joint

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: The two hip bones

answers: NDQ_007550

answers: two hip bones

answers: NDQ_007551

answers: the pelvic girdle which surrounds the pelvic cavity.

answers: NDQ_007552

answers: sacroiliac joint.

answers: NDQ_007553

answers: hip bones join at the pubic symphysis

answers: NDQ_007554

answers: axial skeleton,

answers: NDQ_007555

answers: lower limb and the axial skeleton)

answers: NDQ_007556

answers: sacroiliac joint.

answers: NDQ_007557

answers: sacroiliac joint.

answers: NDQ_007558

answers: hip bones

answers: NDQ_007560

answers: ball and socket joint

answers: NDQ_007562

answers: hip bones join at the pubic symphysis

answers: NDQ_007563

answers: sacroiliac joint.

answers: NDQ_007566

answers: The two hip bones

answers: NDQ_007568

answers: The two hip bones

answers: NDQ_007569

answers: hip bones join at the pubic symphysis

answers: NDQ_007570

answers: ball and socket joint of the hip.

answers: NDQ_007571

answers: hip bones join at the pubic symphysis

answers: NDQ_007572

answers: hip bones join at the pubic symphysis

answers: NDQ_007573

answers: sacroiliac joint.

answers: NDQ_007574

answers: The two hip bones

answers: NDQ_007575

answers: pubic symphysis

answers: NDQ_007576

answers: sacroiliac joint.

answers: NDQ_007577

answers: two hip bones join at the pubic symphysis

answers: NDQ_007578

answers: cavity.

answers: NDQ_007579

answers: pelvic girdle

answers: NDQ_007580

answers: axial skeleton,

answers: NDQ_007581

answers: pelvic girdle

answers: NDQ_007582

answers: pubic symphysis

answers: NDQ_007583

answers: spine)

answers: NDQ_007584

answers: hip bones join at the pubic symphysis

text: Joint recurrence plots are the Hadamard product of the recurrence plots of the considered sub-systems (Romano et al. 2004), e.g. for two systems

text: Joint recurrence plots are the

text: Hadamard product

text: of the recurrence plots of the considered sub-systems (Romano et al. 2004), e.g. for two systems

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: cartilage and bone.

answers: NDQ_007551

answers: recurrence

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: joint recurrence plots

answers: NDQ_007557

answers: splinters

answers: NDQ_007558

answers: sub-systems

answers: NDQ_007560

answers: sub-systems

answers: NDQ_007562

answers: Joint recurrence plots are the Hadamard product of the recurrence plots

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: Bones

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: recurrence plots

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no relevant information

answers: NDQ_007576

answers: It does not break.

answers: NDQ_007577

answers: It contains 206 bones.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: articular cartilage

answers: NDQ_007549

answers: Joint recurrence plots

answers: NDQ_007550

answers: two systems

answers: NDQ_007551

answers: Joint recurrence plots

answers: NDQ_007552

answers: Joint recurrence plots

answers: NDQ_007553

answers: Joint recurrence plots

answers: NDQ_007554

answers: Joint recurrence plots

answers: NDQ_007555

answers: Joint recurrence plots

answers: NDQ_007556

answers: Joint recurrence plots

answers: NDQ_007557

answers: Joint recurrence plots

answers: NDQ_007558

answers: two systems

answers: NDQ_007560

answers: Joint recurrence plots

answers: NDQ_007562

answers: two systems

answers: NDQ_007563

answers: Joint recurrence plots

answers: NDQ_007566

answers: Joint recurrence plots

answers: NDQ_007568

answers: Joint recurrence plots

answers: NDQ_007569

answers: Joint recurrence plots

answers: NDQ_007570

answers: Joint recurrence plots

answers: NDQ_007571

answers: Joint recurrence plots

answers: NDQ_007572

answers: Joint recurrence plots

answers: NDQ_007573

answers: Joint recurrence plots

answers: NDQ_007574

answers: Joint recurrence plots

answers: NDQ_007575

answers: Joint recurrence plots

answers: NDQ_007576

answers: Joint recurrence plots

answers: NDQ_007577

answers: Joint recurrence plots

answers: NDQ_007578

answers: Joint recurrence plots are the Hadamard

answers: NDQ_007579

answers: Joint recurrence plots are the Hadamard

answers: NDQ_007580

answers: Joint recurrence plots are the Hadamard

answers: NDQ_007581

answers: Joint recurrence plots are the Hadamard

answers: NDQ_007582

answers: Joint recurrence plots are the Hadamard

answers: NDQ_007583

answers: Joint recurrence plots are the Hadamard product

answers: NDQ_007584

answers: Joint

text: One useful definition distinguishes reefs from mounds as follows.  Both are considered to be varieties of organosedimentary buildups: sedimentary features, built by the interaction of organisms and their environment, that have synoptic relief and whose biotic composition differs from that found on and beneath the surrounding sea floor. Reefs are held up by a macroscopic skeletal framework.  Coral reefs are an excellent example of this kind. Corals and calcareous algae grow on top of one another and form a three-dimensional framework that is modified in various ways by other organisms and inorganic processes.  By contrast, mounds lack a macroscopic skeletal framework.  Mounds are built by microorganisms or by organisms that don't grow a skeletal framework.  A microbial mound might be built exclusively or primarily by cyanobacteria.  Excellent examples of biostromes formed by cyanobacteria occur in the Great Salt Lake of Utah (USA), and in Shark Bay, Western Australia.

text: One useful definition distinguishes reefs from mounds as follows.  Both are considered to be varieties of organosedimentary buildups: sedimentary features, built by the interaction of organisms and their environment, that have synoptic relief and whose biotic composition differs from that found on and beneath the surrounding sea floor. Reefs are held up by a macroscopic skeletal framework.  Coral reefs are an excellent example of this kind. Corals and calcareous algae grow on top of one another and form a three-dimensional framework that is modified in various ways by other organisms and inorganic processes.  By contrast, mounds lack a macroscopic skeletal framework.  Mounds are built by microorganisms or by organisms that don't grow a skeletal framework.  A microbial mound might be built exclusively or primarily by

text: cyanobacteria

text: .  Excellent examples of biostromes formed by cyanobacteria occur in the

text: Great Salt Lake

text: of

text: Utah

text: (USA), and in

text: Shark Bay

text: Western Australia

answers: NDQ_007549

answers: calcareous algae

answers: NDQ_007550

answers: calcareous algae

answers: NDQ_007551

answers: holding up reefs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: skeletal framework

answers: NDQ_007555

answers: skeletal framework

answers: NDQ_007556

answers: calcareous algae grow on top of one another

answers: NDQ_007557

answers: macroorganisms

answers: NDQ_007558

answers: coral reefs

answers: NDQ_007560

answers: reefs

answers: NDQ_007562

answers: mounds lack a macroscopic skeletal framework

answers: NDQ_007563

answers: Which of the following is not an example of a skeletal framework?

answers: NDQ_007566

answers: Which of the following is not an example of a skeletal framework?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Which joint is held up by a ball-and-socket framework?

answers: NDQ_007571

answers: Which of the following is not an example of a skeletal framework?

answers: NDQ_007572

answers: Which of the following is not an example of a macroscopic skeletal framework?

answers: NDQ_007573

answers: Mounds lack a macroscopic skeletal framework

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not an example of a macroscopic skeletal framework?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal framework

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal framework

answers: NDQ_007582

answers: vascular tissue

answers: NDQ_007583

answers: calcareous

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: Corals and calcareous algae

answers: NDQ_007550

answers: calcareous algae

answers: NDQ_007551

answers: modified in various ways by other organisms and inorganic processes.

answers: NDQ_007552

answers: calcareous algae

answers: NDQ_007553

answers: cyanobacteria.

answers: NDQ_007554

answers: calcareous algae

answers: NDQ_007555

answers: mounds

answers: NDQ_007556

answers: modified in various ways by other organisms and inorganic processes.

answers: NDQ_007557

answers: macroscopic skeletal framework.

answers: NDQ_007558

answers: calcareous algae

answers: NDQ_007560

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007562

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007563

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007566

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007568

answers: Reefs are held up by a macroscopic skeletal framework.

answers: NDQ_007569

answers: calcareous algae

answers: NDQ_007570

answers: Coral reefs

answers: NDQ_007571

answers: Reefs are held up by a macroscopic skeletal framework.

answers: NDQ_007572

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007573

answers: Reefs are held up by a macroscopic skeletal framework.

answers: NDQ_007574

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007575

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007576

answers: mounds

answers: NDQ_007577

answers: mounds lack a macroscopic skeletal framework.

answers: NDQ_007578

answers: calcareous

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: calcareous

answers: NDQ_007581

answers: skeletal framework.

answers: NDQ_007582

answers: biostromes

answers: NDQ_007583

answers: calcareous algae

answers: NDQ_007584

answers: inorganic processes.

text: Many injuries to the spine occur as a result of vehicle accidents, falling, and sports and recreation. While it is impossible to prevent such events from happening, increasing intra-abdominal pressure and strengthening the musculature in the back, along with keeping a neutral spine, can minimize injuries like hernias, strains, and sprains.

text: Many injuries to the spine occur as a result of

text: vehicle accidents

text: falling

text: , and

text: sports

text: and

text: recreation

text: . While it is impossible to prevent such events from happening, increasing intra-abdominal pressure and strengthening the musculature in the back, along with keeping a neutral spine, can minimize injuries like

text: hernia

text: s,

text: strain

text: s, and

text: sprains

answers: NDQ_007549

answers: spine

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: keeping a neutral spine

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: musculature

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: the spine

answers: NDQ_007562

answers: It is impossible to prevent such events from happening

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of the spine?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: hernias

answers: NDQ_007579

answers: spine

answers: NDQ_007580

answers: spine

answers: NDQ_007581

answers: spine

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: musculature

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: musculature

answers: NDQ_007550

answers: spine

answers: NDQ_007551

answers: vehicle accidents, falling, and sports and recreation.

answers: NDQ_007552

answers: musculature

answers: NDQ_007553

answers: musculature

answers: NDQ_007554

answers: musculature

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: vehicle accidents, falling, and sports and recreation.

answers: NDQ_007557

answers: musculature

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: spine

answers: NDQ_007562

answers: it is impossible to prevent such events from happening,

answers: NDQ_007563

answers: increasing intra-abdominal pressure

answers: NDQ_007566

answers: Many injuries to the spine occur as a result of vehicle accidents,

answers: NDQ_007568

answers: musculature

answers: NDQ_007569

answers: Many injuries to the spine

answers: NDQ_007570

answers: Many injuries to the spine

answers: NDQ_007571

answers: sports and recreation.

answers: NDQ_007572

answers: musculature

answers: NDQ_007573

answers: strengthening the musculature in the back,

answers: NDQ_007574

answers: musculature

answers: NDQ_007575

answers: strengthening the musculature

answers: NDQ_007576

answers: sprains.

answers: NDQ_007577

answers: sports and recreation.

answers: NDQ_007578

answers: hernias,

answers: NDQ_007579

answers: musculature

answers: NDQ_007580

answers: spine

answers: NDQ_007581

answers: musculature

answers: NDQ_007582

answers: musculature

answers: NDQ_007583

answers: musculature

answers: NDQ_007584

answers: spine

text: The symptoms of Leydig cell hypoplasia include pseudohermaphroditism (i.e., feminized, ambiguous, or relatively mildly underdeveloped (e.g., micropenis, severe hypospadias, and/or cryptorchidism (undescended testes)) external genitalia), a female gender identity or gender variance, hypergonadotropic hypogonadism (hypogonadism despite high levels of gonadotropins), delayed, impaired, or fully absent puberty with an associated reduction in or complete lack of development of secondary sexual characteristics (sexual infantilism), impaired fertility or complete sterility, tall stature (due to delayed epiphyseal closure), eunuchoid skeletal proportions, delayed or absent bone maturation, and osteoporosis.

text: The

text: symptom

text: s of Leydig cell hypoplasia include pseudohermaphroditism (i.e.,

text: feminized

text: ambiguous

text: , or relatively mildly underdeveloped (e.g.,

text: micropenis

text: , severe

text: hypospadias

text: , and/or

text: cryptorchidism

text: (undescended testes))

text: external genitalia

text: ), a female

text: gender identity

text: or

text: gender variance

text: hypergonadotropic hypogonadism

text: hypogonadism

text: despite high levels of gonadotropins), delayed, impaired, or fully absent

text: puberty

text: with an associated reduction in or complete lack of development of secondary sexual characteristics (

text: sexual infantilism

text: ), impaired

text: fertility

text: or complete

text: sterility

text: tall stature

text: (due to delayed

text: epiphyseal closure

text: eunuch

text: oid

text: skeletal

text: proportions, delayed or absent

text: bone maturation

text: , and

text: osteoporosis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone maturation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Leydig cells

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: delayed epiphyseal closure

answers: NDQ_007557

answers: epiphyseal

answers: NDQ_007558

answers: epiphyseal

answers: NDQ_007560

answers: epiphyseal closure

answers: NDQ_007562

answers: delayed or absent bone maturation

answers: NDQ_007563

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What type of bone is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What are the symptoms of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphyseal

answers: NDQ_007579

answers: epiphyseal

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: epiphyseal

answers: NDQ_007582

answers: Leydig cell

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: eunuchoid

answers: NDQ_007550

answers: eunuchoid

answers: NDQ_007551

answers: bone maturation,

answers: NDQ_007552

answers: gonadotropins),

answers: NDQ_007553

answers: Leydig

answers: NDQ_007554

answers: epiphyseal

answers: NDQ_007555

answers: epiphyseal

answers: NDQ_007556

answers: delayed epiphyseal closure),

answers: NDQ_007557

answers: epiphyseal

answers: NDQ_007558

answers: epiphyseal

answers: NDQ_007560

answers: epiphyseal

answers: NDQ_007562

answers: tall stature

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: epiphyseal closure), eunuchoid

answers: NDQ_007569

answers: eunuchoid

answers: NDQ_007570

answers: bone maturation,

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: Leydig cell hypoplasia

answers: NDQ_007573

answers: osteoporosis.

answers: NDQ_007574

answers: eunuchoid

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: The symptoms of Leydig cell hypoplasia

answers: NDQ_007577

answers: eunuchoid

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: epiphyseal

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: Leydig cell

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: bone maturation,

text: Because of this functional design, during dynamic movement there is more dependence on core musculature than just skeletal rigidity as in a static situation.  This is because the purpose of movement is not to resist a static, unchanging resistance, but to resist a force that changes its plane of motion.  By incorporating movement, the bones of the body must absorb the resistance in a fluid manner, and thus tendons, ligaments, muscles, and innervation take on different responsibilities.  These responsibilities include postural reactions to changes in speed (quickness of a contraction), motion (reaction time of a contraction) and power (amount of resistance resisted in a period of time).

text: Because of this functional design, during dynamic movement there is more dependence on core musculature than just skeletal rigidity as in a static situation.  This is because the purpose of movement is not to resist a static, unchanging resistance, but to resist a force that changes its

text: plane of motion

text: .  By incorporating movement, the bones of the body must absorb the resistance in a fluid manner, and thus tendons, ligaments, muscles, and innervation take on different responsibilities.  These responsibilities include postural reactions to changes in speed (quickness of a contraction), motion (reaction time of a contraction) and power (amount of resistance resisted in a period of time).

answers: NDQ_007549

answers: musculature

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: postural reactions to changes in speed

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: musculature

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: functional design

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: tendons

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: static, unchanging resistance

answers: NDQ_007563

answers: Which of the following is not a role of tendons, ligaments, muscles, and innervation?

answers: NDQ_007566

answers: Which of the following is not a skeletal rigidity?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: the bones of the body must absorb the resistance

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the purpose of movement?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: What is the purpose of dynamic movement?

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: tendons, ligaments, muscles, and innervation

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: postural reactions to changes in speed

answers: NDQ_007552

answers: tendons, ligaments,

answers: NDQ_007553

answers: tendons, ligaments, muscles, and innervation

answers: NDQ_007554

answers: tendons,

answers: NDQ_007555

answers: tendons, ligaments,

answers: NDQ_007556

answers: functional design,

answers: NDQ_007557

answers: tendons, ligaments,

answers: NDQ_007558

answers: tendons, ligaments,

answers: NDQ_007560

answers: tendons, ligaments,

answers: NDQ_007562

answers: static, unchanging resistance,

answers: NDQ_007563

answers: fluid manner,

answers: NDQ_007566

answers: bones of the body must absorb the resistance in a fluid manner,

answers: NDQ_007568

answers: tendons, ligaments, muscles, and innervation

answers: NDQ_007569

answers: skeletal rigidity

answers: NDQ_007570

answers: tendons,

answers: NDQ_007571

answers: the bones of the body must absorb the resistance in a fluid manner,

answers: NDQ_007572

answers: tendons, ligaments, muscles, and innervation

answers: NDQ_007573

answers: skeletal rigidity

answers: NDQ_007574

answers: tendons,

answers: NDQ_007575

answers: bones of the body must absorb the resistance in a fluid manner,

answers: NDQ_007576

answers: tendons, ligaments,

answers: NDQ_007577

answers: the bones of the body must absorb the resistance in a fluid manner,

answers: NDQ_007578

answers: tendons,

answers: NDQ_007579

answers: tendons, ligaments,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: ligaments,

answers: NDQ_007582

answers: tendons, ligaments, muscles, and innervation

answers: NDQ_007583

answers: tendons, ligaments,

answers: NDQ_007584

answers: tendons, ligaments,

text: The bones show a variety of diseases and degenerative processes. Six skeletons showed evidence of Paget's disease of bone (osteitis deformans). The most severe case of Paget's disease was in a body buried in the nave in a stone coffin. The lid was carved with two shields, indicating that the occupant had been a knight. One skeleton showed signs of leprosy affecting bones in the face, hands and feet. No definite cases of tuberculosis directly affecting bones were found but in two individuals there were changes in the ribs consistent with their having suffered from tuberculosis of the lungs. The only major congenital abnormality found consisted of bony changes resulting from a possible case of Down's syndrome. Relatively minor congenital abnormalities of the spine were found in 19 skeletons, ten of which were cases of spina bifida occulta. Other spinal abnormalities included fused vertebrae, spondylolysis and transitional vertebrae. Definite evidence of fractured bones was found in ten skeletons, and evidence of possible fractures was found in three other cases. One cranium contained a large circular lesion which may have been the consequence of trepanning. Other diseases specific to bones and joints were osteoarthritis, diffuse idiopathic skeletal hyperostosis (DISH), and possible cases of spondyloarthropathy. Three skeletons showed possible evidence of rickets, two had changes of osteoporosis, and three crania had features of hyperostosis frontalis interna, a metabolic condition affecting post-menopausal women. Osteomata (benign tumours of bone) were found in three cases.

text: The bones show a variety of diseases and degenerative processes. Six skeletons showed evidence of

text: Paget's disease of bone

text: (osteitis deformans). The most severe case of Paget's disease was in a body buried in the nave in a stone coffin. The lid was carved with two shields, indicating that the occupant had been a

text: knight

text: . One skeleton showed signs of

text: leprosy

text: affecting bones in the face, hands and feet. No definite cases of

text: tuberculosis

text: directly affecting bones were found but in two individuals there were changes in the ribs consistent with their having suffered from tuberculosis of the lungs. The only major

text: congenital abnormality

text: found consisted of bony changes resulting from a possible case of

text: Down's syndrome

text: . Relatively minor congenital abnormalities of the spine were found in 19 skeletons, ten of which were cases of

text: spina bifida occulta

text: . Other spinal abnormalities included fused

text: vertebra

text: e,

text: spondylolysis

text: and

text: transitional vertebrae

text: . Definite evidence of

text: fractured bones

text: was found in ten skeletons, and evidence of possible fractures was found in three other cases. One cranium contained a large circular lesion which may have been the consequence of

text: trepanning

text: . Other diseases specific to bones and joints were

text: osteoarthritis

text: , diffuse idiopathic skeletal hyperostosis (DISH), and possible cases of

text: spondyloarthropathy

text: . Three skeletons showed possible evidence of

text: rickets

text: , two had changes of

text: osteoporosis

text: , and three crania had features of hyperostosis frontalis interna, a

text: metabolic

text: condition affecting post-

text: menopausal

text: women.

text: Osteoma

text: ta (benign tumours of bone) were found in three cases.

answers: NDQ_007549

answers: Bones and joints

answers: NDQ_007550

answers: Bones in the face, hands and feet

answers: NDQ_007551

answers: Bones are used for what purpose?

answers: NDQ_007552

answers: Osteomata

answers: NDQ_007553

answers: Paget's disease

answers: NDQ_007554

answers: osteophytes

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: rickets

answers: NDQ_007557

answers: osteoarthritis

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: osteoarthritis

answers: NDQ_007562

answers: tuberculosis directly affecting bones

answers: NDQ_007563

answers: Which of the following is not a disease specific to bones and joints?

answers: NDQ_007566

answers: Which of the following is not a disease specific to bones and joints?

answers: NDQ_007568

answers: Which of the following is not a type of bone: vertebrae, spondylolysis, or bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, spongy bone or periosteum?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a disease specific to bones and joints?

answers: NDQ_007572

answers: Which of the following is not a disease specific to bones and joints: osteoarthritis, diffuse idiopathic skeletal hyperostosis (DISH), or spondyloarthropathy?

answers: NDQ_007573

answers: How many skeletons showed evidence of osteoporosis?

answers: NDQ_007574

answers: What is the only major congenital abnormality found

answers: NDQ_007575

answers: Which of the following is not a disease specific to bones and joints: osteoarthritis, diffuse idiopathic skeletal hyperostosis (DISH), or osteoporosis?

answers: NDQ_007576

answers: Which of the following is not a disease specific to bones and joints?

answers: NDQ_007577

answers: How many skeletons showed evidence of Paget's disease of bone?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: ribs

answers: NDQ_007583

answers: osteoarthritis

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: transitional vertebrae.

answers: NDQ_007550

answers: transitional vertebrae.

answers: NDQ_007551

answers: fractured bones

answers: NDQ_007552

answers: osteoarthritis,

answers: NDQ_007553

answers: tuberculosis of the lungs.

answers: NDQ_007554

answers: osteoporosis,

answers: NDQ_007555

answers: rickets,

answers: NDQ_007556

answers: post-menopausal women.

answers: NDQ_007557

answers: rickets,

answers: NDQ_007558

answers: transitional vertebrae.

answers: NDQ_007560

answers: osteoarthritis,

answers: NDQ_007562

answers: lolysis

answers: NDQ_007563

answers: rickets, two had changes of osteoporosis,

answers: NDQ_007566

answers: osteoarthritis,

answers: NDQ_007568

answers: e, spondylolysis and transitional vertebrae.

answers: NDQ_007569

answers: transitional vertebrae.

answers: NDQ_007570

answers: osteoarthritis,

answers: NDQ_007571

answers: rickets,

answers: NDQ_007572

answers: rickets, two had changes of osteoporosis,

answers: NDQ_007573

answers: Paget's disease of bone

answers: NDQ_007574

answers: osteoarthritis,

answers: NDQ_007575

answers: osteoarthritis,

answers: NDQ_007576

answers: osteoarthritis,

answers: NDQ_007577

answers: rickets,

answers: NDQ_007578

answers: osteoporosis,

answers: NDQ_007579

answers: osteoporosis,

answers: NDQ_007580

answers: osteoporosis,

answers: NDQ_007581

answers: osteoarthritis,

answers: NDQ_007582

answers: spondyloarthropathy.

answers: NDQ_007583

answers: osteoarthritis,

answers: NDQ_007584

answers: osteoarthritis,

text: Loweomyces is distinguished by the ease of spore germination in growth media, larger basidia, the absence of skeletal hyphae, and smaller tubes, plates or spines, compared with European Spongipellis species. Fruit bodies are either crust-like or have a cap and stipe. The hyphal system is either monomitic (possessing only generative hyphae) or dimitic (having both generative and pseudo-skeletal hyphae).

text: Loweomyces is distinguished by the ease of

text: spore

text: germination in

text: growth media

text: , larger

text: basidia

text: , the absence of skeletal

text: hypha

text: e, and smaller tubes, plates or spines, compared with European Spongipellis species.

text: Fruit bodies

text: are either crust-like or have a

text: cap

text: and

text: stipe

text: . The

text: hypha

text: l system is either monomitic (possessing only generative hyphae) or dimitic (having both generative and pseudo-skeletal hyphae).

answers: NDQ_007549

answers: hyphae

answers: NDQ_007550

answers: basidia

answers: NDQ_007551

answers: hyphae

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: hyphae

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: skeletal hyphae

answers: NDQ_007557

answers: hyphae

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: stipe

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How would you describe Loweomyces?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is Loweomyces?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: hyphae,

answers: NDQ_007550

answers: skeletal hyphae,

answers: NDQ_007551

answers: spore germination

answers: NDQ_007552

answers: skeletal hyphae,

answers: NDQ_007553

answers: Loweomyces

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: European Spongipellis

answers: NDQ_007556

answers: skeletal hyphae,

answers: NDQ_007557

answers: skeletal hyphae,

answers: NDQ_007558

answers: dimitic

answers: NDQ_007560

answers: skeletal hyphae,

answers: NDQ_007562

answers: skeletal hyphae,

answers: NDQ_007563

answers: Loweomyces

answers: NDQ_007566

answers: Fruit bodies are either crust-like

answers: NDQ_007568

answers: monomitic

answers: NDQ_007569

answers: skeletal hyphae,

answers: NDQ_007570

answers: Loweomyces

answers: NDQ_007571

answers: Loweomyces

answers: NDQ_007572

answers: European Spongipellis

answers: NDQ_007573

answers: Loweomyces

answers: NDQ_007574

answers: skeletal hyphae,

answers: NDQ_007575

answers: European Spongipellis

answers: NDQ_007576

answers: Loweomyces

answers: NDQ_007577

answers: European Spongipellis

answers: NDQ_007578

answers: skeletal hyphae,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal hyphae,

answers: NDQ_007583

answers: skeletal hyphae,

answers: NDQ_007584

answers: skeletal

text: There are three types of muscles—cardiac, skeletal, and smooth. Smooth muscles are used to control the flow of substances within the lumens of hollow organs, and are not consciously controlled. Skeletal and cardiac muscles have striations that are visible under a microscope due to the components within their cells. Only skeletal and smooth muscles are part of the musculoskeletal system and only the skeletal muscles can move the body. Cardiac muscles are found in the heart and are used only to circulate blood; like the smooth muscles, these muscles are not under conscious control. Skeletal muscles are attached to bones and arranged in opposing groups around joints.  Muscles are innervated, to communicate nervous energy to, by nerves, which conduct electrical currents from the central nervous system and cause the muscles to contract.

text: There are three types of muscles—

text: cardiac

text: skeletal

text: , and

text: smooth

text: . Smooth muscles are used to control the flow of substances within the

text: lumens

text: of hollow

text: organs

text: , and are

text: not consciously controlled

text: . Skeletal and cardiac muscles have

text: striations

text: that are visible under a

text: microscope

text: due to the components within their cells. Only skeletal and smooth muscles are part of the musculoskeletal system and only the skeletal muscles can move the body. Cardiac muscles are found in the

text: heart

text: and are used only to circulate

text: blood

text: ; like the smooth muscles, these muscles are not under conscious control. Skeletal muscles are attached to bones and arranged in opposing groups around

text: joints

text: .  Muscles are innervated, to communicate nervous energy to, by

text: nerve

text: s, which conduct electrical currents from the

text: central nervous system

text: and cause the muscles to contract.

answers: NDQ_007549

answers: Skeletal muscles

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: moving the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Skeletal muscles

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal muscles

answers: NDQ_007556

answers: Skeletal muscles

answers: NDQ_007557

answers: Skeletal muscles

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Cardiac muscles are not under conscious control.

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a muscle: cardiac, skeletal, or smooth?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy

answers: NDQ_007570

answers: Skeletal muscles are attached to bones

answers: NDQ_007571

answers: Which of the following is not part of the musculoskeletal system?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Skeletal muscles are attached to bones

answers: NDQ_007574

answers: skeletal muscles

answers: NDQ_007575

answers: Which of the following is not a muscle: cardiac, skeletal, or smooth?

answers: NDQ_007576

answers: Skeletal muscles are attached to bones

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: cardiac

answers: NDQ_007583

answers: smooth muscle

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: skeletal and smooth muscles

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: move the body.

answers: NDQ_007552

answers: muscles—cardiac,

answers: NDQ_007553

answers: Cardiac muscles

answers: NDQ_007554

answers: Skeletal muscles

answers: NDQ_007555

answers: Skeletal muscles

answers: NDQ_007556

answers: skeletal and smooth muscles are part of the musculoskeletal system

answers: NDQ_007557

answers: Skeletal muscles

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: consciously controlled.

answers: NDQ_007563

answers: Skeletal muscles

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: three

answers: NDQ_007569

answers: Skeletal

answers: NDQ_007570

answers: Skeletal muscles are attached to bones

answers: NDQ_007571

answers: Skeletal muscles

answers: NDQ_007572

answers: Cardiac muscles

answers: NDQ_007573

answers: Skeletal muscles

answers: NDQ_007574

answers: Skeletal muscles are attached to bones

answers: NDQ_007575

answers: Skeletal muscles

answers: NDQ_007576

answers: Skeletal muscles

answers: NDQ_007577

answers: three types of muscles—cardiac,

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal muscles

answers: NDQ_007582

answers: Cardiac muscles

answers: NDQ_007583

answers: Smooth muscles

answers: NDQ_007584

answers: joints.

text: Although the combined data set that CranID utilizes includes many geographical regions, there are still many regions that are not accounted for in this data set. According to Fenja Theden-Ringl and colleagues, the use of CranID and another forensic anthropology software program, FORDISC, were unable to place skeletal remains from two site found in Arnhem Land, Northern Territory of Australia. The researchers believe that both these programs were unable to accurately assign the skeletal remains to any group due to both programs lacking Indonesian data in the databases that are used by these programs.

text: Although the combined data set that CranID utilizes includes many geographical regions, there are still many regions that are not accounted for in this data set. According to Fenja Theden-Ringl and colleagues, the use of CranID and another forensic anthropology software program,

text: FORDISC

text: , were unable to place skeletal remains from two site found in

text: Arnhem Land

text: Northern Territory of Australia

text: . The researchers believe that both these programs were unable to accurately assign the skeletal remains to any group due to both programs lacking Indonesian data in the databases that are used by these programs.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: CranID

answers: NDQ_007562

answers: Indonesian data in the databases that are used by these programs.

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Bones are made of calcium and vitamin D.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: 206

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: FORDISC, were unable to place skeletal remains

answers: NDQ_007550

answers: Indonesian

answers: NDQ_007551

answers: unable to place skeletal remains

answers: NDQ_007552

answers: FORDISC,

answers: NDQ_007553

answers: Australia.

answers: NDQ_007554

answers: skeletal remains

answers: NDQ_007555

answers: Australia.

answers: NDQ_007556

answers: geographical regions,

answers: NDQ_007557

answers: Indonesian data

answers: NDQ_007558

answers: Australia.

answers: NDQ_007560

answers: CranID

answers: NDQ_007562

answers: geographical regions,

answers: NDQ_007563

answers: Arnhem Land, Northern Territory of Australia.

answers: NDQ_007566

answers: FORDISC, were unable to place skeletal remains

answers: NDQ_007568

answers: Indonesian data

answers: NDQ_007569

answers: FORDISC,

answers: NDQ_007570

answers: Australia.

answers: NDQ_007571

answers: Northern Territory of Australia.

answers: NDQ_007572

answers: Australia.

answers: NDQ_007573

answers: FORDISC,

answers: NDQ_007574

answers: FORDISC,

answers: NDQ_007575

answers: FORDISC,

answers: NDQ_007576

answers: Arnhem Land, Northern Territory of Australia.

answers: NDQ_007577

answers: Australia.

answers: NDQ_007578

answers: Indonesian

answers: NDQ_007579

answers: skeletal remains

answers: NDQ_007580

answers: Indonesian

answers: NDQ_007581

answers: skeletal remains

answers: NDQ_007582

answers: Indonesian

answers: NDQ_007583

answers: skeletal remains

answers: NDQ_007584

answers: skeletal remains

text: The caudal fin is homocercal, meaning the upper and lower lobes are about equal in size. The spine ends at the caudal peduncle, the base of the caudal fin, distinguishing this group from those in which the spine extends into the upper lobe of the caudal fin, such as most fish from the Paleozoic (541 to 252 million years ago). The neural arches are elongated to form uroneurals which provide support for this upper lobe. In addition, the hypurals, bones that form a flattened plate at the posterior end of the vertebral column, are enlarged providing further support for the caudal fin. In general, teleosts tend to be quicker and more flexible than more basal bony fishes. Their skeletal structure has evolved towards greater lightness. While teleost bones are well calcified, they are constructed from a scaffolding of struts, rather than the dense cancellous bones of holostean fish. In addition, the lower jaw of the teleost is reduced to just three bones; the dentary, the angular bone and the articular bone.

text: The

text: caudal fin

text: is

text: homocercal

text: , meaning the upper and lower lobes are about equal in size. The spine ends at the caudal peduncle, the base of the caudal fin, distinguishing this group from those in which the spine extends into the upper lobe of the caudal fin, such as most fish from the

text: Paleozoic

text: (541 to 252 million years ago). The neural arches are elongated to form uroneurals which provide support for this upper lobe. In addition, the

text: hypurals

text: , bones that form a flattened plate at the posterior end of the vertebral column, are enlarged providing further support for the caudal fin. In general, teleosts tend to be quicker and more flexible than more basal bony fishes. Their skeletal structure has evolved towards greater lightness. While teleost bones are well

text: calcified

text: , they are constructed from a scaffolding of struts, rather than the dense

text: cancellous bone

text: s of

text: holostean

text: fish. In addition, the lower jaw of the teleost is reduced to just three bones; the

text: dentary

text: , the

text: angular bone

text: and the

text: articular bone

answers: NDQ_007549

answers: vertebral column

answers: NDQ_007550

answers: vertebral column

answers: NDQ_007551

answers: support for this upper lobe

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: erythrocytes

answers: NDQ_007554

answers: calcified

answers: NDQ_007555

answers: teleost

answers: NDQ_007556

answers: teleost bones are well calcified

answers: NDQ_007557

answers: struts

answers: NDQ_007558

answers: lower jaw of the teleost

answers: NDQ_007560

answers: articular bone

answers: NDQ_007562

answers: the lower jaw of the teleost is reduced to just three bones

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What type of bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of bone: dentary, angular bone, or teleost?

answers: NDQ_007572

answers: Which of the following is not a type of bone: cancellous, teleost or holostean?

answers: NDQ_007573

answers: What is the lowest jaw of the teleost reduced to?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not true of teleosts?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the teleost have?

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cancellous bones

answers: NDQ_007580

answers: cancellous

answers: NDQ_007581

answers: struts

answers: NDQ_007582

answers: cancellous bones

answers: NDQ_007583

answers: cancellous bones

answers: NDQ_007584

answers: calcification

answers: NDQ_007549

answers: struts,

answers: NDQ_007550

answers: struts,

answers: NDQ_007551

answers: support for the caudal fin.

answers: NDQ_007552

answers: teleost bones are well calcified,

answers: NDQ_007553

answers: uroneurals

answers: NDQ_007554

answers: calcified,

answers: NDQ_007555

answers: teleost

answers: NDQ_007556

answers: greater lightness.

answers: NDQ_007557

answers: struts,

answers: NDQ_007558

answers: dentary, the angular bone and the articular bone.

answers: NDQ_007560

answers: articular bone.

answers: NDQ_007562

answers: dense cancellous bones

answers: NDQ_007563

answers: teleost bones are well calcified,

answers: NDQ_007566

answers: teleost bones

answers: NDQ_007568

answers: three

answers: NDQ_007569

answers: articular bone.

answers: NDQ_007570

answers: uroneurals

answers: NDQ_007571

answers: teleost bones are well calcified,

answers: NDQ_007572

answers: cancellous bones

answers: NDQ_007573

answers: teleost bones are well calcified,

answers: NDQ_007574

answers: struts,

answers: NDQ_007575

answers: uroneurals

answers: NDQ_007576

answers: teleosts tend to be quicker and more flexible

answers: NDQ_007577

answers: three

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cancellous

answers: NDQ_007580

answers: cancellous

answers: NDQ_007581

answers: struts,

answers: NDQ_007582

answers: uroneurals

answers: NDQ_007583

answers: teleost bones

answers: NDQ_007584

answers: calcified,

text: Fungi that form fusiform skeletal hyphae bound by generative hyphae are said to have sarcodimitic hyphal systems.  A few fungi form fusiform skeletal hyphae, generative hyphae, and binding hyphae, and these are said to have sarcotrimitic hyphal systems.  These terms were introduced as a later refinement by E. J. H. Corner in 1966.

text: Fungi that form

text: fusiform

text: skeletal hyphae bound by generative hyphae are said to have sarcodimitic hyphal systems.  A few fungi form fusiform skeletal hyphae, generative hyphae, and binding hyphae, and these are said to have sarcotrimitic hyphal systems.  These terms were introduced as a later refinement by E. J. H. Corner in 1966.

answers: NDQ_007549

answers: Fusiform skeletal hyphae

answers: NDQ_007550

answers: fusiform skeletal hyphae

answers: NDQ_007551

answers: binding hyphae

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Fungi

answers: NDQ_007554

answers: sarcodimitic

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: sarcodimitic

answers: NDQ_007557

answers: binding hyphae

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: binding hyphae

answers: NDQ_007562

answers: sarcotrimitic hyphal systems

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: How would you describe E. J. H. Corner?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sarcodimitic

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal hyphae

answers: NDQ_007583

answers: sarcodimitic

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: generative hyphae

answers: NDQ_007550

answers: generative hyphae

answers: NDQ_007551

answers: generative hyphae

answers: NDQ_007552

answers: Fungi

answers: NDQ_007553

answers: Fungi

answers: NDQ_007554

answers: generative

answers: NDQ_007555

answers: Fungi

answers: NDQ_007556

answers: generative hyphae

answers: NDQ_007557

answers: generative hyphae

answers: NDQ_007558

answers: Fungi

answers: NDQ_007560

answers: generative hyphae

answers: NDQ_007562

answers: sarcodimitic hyphal systems.

answers: NDQ_007563

answers: Fungi that form fusiform skeletal hyphae

answers: NDQ_007566

answers: Fungi

answers: NDQ_007568

answers: generative hyphae

answers: NDQ_007569

answers: Fungi that form fusiform skeletal hyphae

answers: NDQ_007570

answers: generative hyphae

answers: NDQ_007571

answers: Fungi

answers: NDQ_007572

answers: Fungi that form fusiform skeletal hyphae

answers: NDQ_007573

answers: Fungi that form fusiform skeletal hyphae

answers: NDQ_007574

answers: Fungi

answers: NDQ_007575

answers: Fungi that form fusiform skeletal hyphae

answers: NDQ_007576

answers: Fungi that form fusiform skeletal hyphae

answers: NDQ_007577

answers: 1966.

answers: NDQ_007578

answers: skeletal hyphae

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: binding hyphae,

answers: NDQ_007582

answers: skeletal hyphae

answers: NDQ_007583

answers: sarcodimitic

answers: NDQ_007584

answers: generative

text: Skeletal muscle TnI has been proposed as a sensitive and fast fiber-specific serum marker of skeletal muscle injury. fsTnI concentration in increased peripheral blood when fast twitch fibers were damaged.

text: Skeletal muscle TnI has been proposed as a sensitive and fast fiber-specific serum marker of skeletal muscle injury. fsTnI concentration in increased peripheral blood when fast twitch fibers were damaged.

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: articulation with the rest of the body.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: fibronectin.

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body together.

answers: NDQ_007556

answers: faster twitch fibers

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Skeletal muscle TnI concentration in increased peripheral blood when fast twitch fibers were damaged.

answers: NDQ_007563

answers: What is the primary source of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices .

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What is the best way to get vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: osteoporosis is a condition in which bone density is reduced.

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: It does not break.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: TnI

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: Skeletal muscle

answers: NDQ_007556

answers: skeletal muscle injury.

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: Skeletal muscle

answers: NDQ_007562

answers: skeletal muscle

answers: NDQ_007563

answers: Skeletal muscle

answers: NDQ_007566

answers: Skeletal muscle

answers: NDQ_007568

answers: Skeletal

answers: NDQ_007569

answers: Skeletal muscle

answers: NDQ_007570

answers: Skeletal muscle TnI

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: blood

answers: NDQ_007573

answers: Skeletal muscle TnI

answers: NDQ_007574

answers: Skeletal

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: skeletal muscle injury.

answers: NDQ_007577

answers: Skeletal

answers: NDQ_007578

answers: Skeletal muscle

answers: NDQ_007579

answers: Skeletal muscle

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal muscle

answers: NDQ_007582

answers: peripheral blood

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: Laboratory experiments have shown that T. kauffmanii contains norcaperatic acid, though at lower concentrations than T. floccosus. Norcaperatic acid increases tone of guinea pig smooth muscle of the small bowel (ileum), and that when given to rats, leads to mydriasis, skeletal muscle weakness, and central nervous system depression. It is likely the agent responsible for toxic (gastrointestinal) symptoms that occur in T. floccosus.

text: Laboratory experiments have shown that T. kauffmanii contains norcaperatic acid, though at lower concentrations than T. floccosus. Norcaperatic acid increases tone of guinea pig smooth muscle of the small bowel (ileum), and that when given to rats, leads to mydriasis, skeletal muscle weakness, and central nervous system depression. It is likely the agent responsible for toxic (gastrointestinal) symptoms that occur in T. floccosus.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: Norcaperatic acid

answers: NDQ_007553

answers: Glucose

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: small bowel

answers: NDQ_007560

answers: ileum

answers: NDQ_007562

answers: Norcaperatic acid increases tone of guinea pig smooth muscle

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: norcaperatic acid,

answers: NDQ_007553

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: norcaperatic acid,

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: T. kauffmanii

answers: NDQ_007560

answers: smooth muscle

answers: NDQ_007562

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007563

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007566

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007568

answers: T. kauffmanii

answers: NDQ_007569

answers: T. kauffmanii

answers: NDQ_007570

answers: T. kauffmanii

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007573

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007574

answers: T. kauffmanii contains norcaperatic acid,

answers: NDQ_007575

answers: norcaperatic acid,

answers: NDQ_007576

answers: T. kauffmanii

answers: NDQ_007577

answers: T. floccosus.

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: norcaperatic acid,

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: (ileum),

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: The affinity of this species for native sulfur has yet to be explained. The morphology of S. thermophilus does not show any differences from other deepwater Symphurus species that would suggest adaptations to its unique habitat. However, S. thermophilus likely possesses extensive physiological and biochemical adaptations for coping with the harsh conditions around hydrothermal vents, such as temperature and pH fluctuations, and exposure to heavy metals. In particular, they must have high hemoglobin oxygen affinities and efficient respiratory systems to deal with the toxic hydrogen sulfide in venting fluid. S. thermophilus is also capable of tolerating pH as low as 2, akin to sulfuric acid, and can rest over pools of molten sulfur without harm. Individuals of S. thermophilus often show skeletal abnormalities such as undeveloped fin rays or fused bones, likely attributable to the vent environment.

text: The affinity of this species for native sulfur has yet to be explained. The

text: morphology

text: of S. thermophilus does not show any differences from other deepwater Symphurus species that would suggest

text: adaptation

text: s to its unique habitat. However, S. thermophilus likely possesses extensive

text: physiological

text: and

text: biochemical

text: adaptations for coping with the harsh conditions around hydrothermal vents, such as

text: temperature

text: and

text: pH

text: fluctuations, and exposure to

text: heavy metal

text: s. In particular, they must have high

text: hemoglobin

text: oxygen

text: affinities and efficient

text: respiratory system

text: s to deal with the toxic

text: hydrogen sulfide

text: in venting fluid. S. thermophilus is also capable of tolerating pH as low as 2, akin to

text: sulfuric acid

text: , and can rest over pools of molten sulfur without harm. Individuals of S. thermophilus often show

text: skeletal

text: abnormalities such as undeveloped

text: fin ray

text: s or fused

text: bone

text: s, likely attributable to the vent environment.

answers: NDQ_007549

answers: fused bones

answers: NDQ_007550

answers: fused bones

answers: NDQ_007551

answers: fused bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: hemoglobin

answers: NDQ_007554

answers: fused

answers: NDQ_007555

answers: skeletal abnormalities

answers: NDQ_007556

answers: fused bones

answers: NDQ_007557

answers: fused bones

answers: NDQ_007558

answers: fused bones

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: undeveloped fin rays

answers: NDQ_007563

answers: Which of the following is not a type of abnormality: undeveloped fin rays or fused bones?

answers: NDQ_007566

answers: Which of the following is not a characteristic of S. thermophilus?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Individuals of S. thermophilus often show skeletal abnormalities

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: undeveloped fin rays or fused bones

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many fused bones?

answers: NDQ_007578

answers: fused bones

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: fused bones

answers: NDQ_007581

answers: fused

answers: NDQ_007582

answers: hemoglobin

answers: NDQ_007583

answers: Symphurus

answers: NDQ_007584

answers: fused

answers: NDQ_007549

answers: fused bones,

answers: NDQ_007550

answers: fused bones,

answers: NDQ_007551

answers: undeveloped fin rays or fused bones,

answers: NDQ_007552

answers: hemoglobin

answers: NDQ_007553

answers: hemoglobin

answers: NDQ_007554

answers: sulfur

answers: NDQ_007555

answers: fused bones,

answers: NDQ_007556

answers: vent environment.

answers: NDQ_007557

answers: fused bones,

answers: NDQ_007558

answers: fin rays

answers: NDQ_007560

answers: thermophilus

answers: NDQ_007562

answers: undeveloped

answers: NDQ_007563

answers: undeveloped fin rays or fused bones,

answers: NDQ_007566

answers: undeveloped fin rays or fused bones,

answers: NDQ_007568

answers: undeveloped fin rays or fused bones,

answers: NDQ_007569

answers: undeveloped fin rays or fused bones,

answers: NDQ_007570

answers: S. thermophilus

answers: NDQ_007571

answers: skeletal abnormalities such as undeveloped fin rays or fused bones,

answers: NDQ_007572

answers: hemoglobin oxygen affinities

answers: NDQ_007573

answers: skeletal abnormalities such as undeveloped fin rays or fused bones,

answers: NDQ_007574

answers: undeveloped fin rays or fused bones,

answers: NDQ_007575

answers: undeveloped fin rays or fused bones,

answers: NDQ_007576

answers: fused bones,

answers: NDQ_007577

answers: undeveloped fin rays or fused bones,

answers: NDQ_007578

answers: fused bones,

answers: NDQ_007579

answers: skeletal abnormalities such as undeveloped fin rays

answers: NDQ_007580

answers: fused bones,

answers: NDQ_007581

answers: fused

answers: NDQ_007582

answers: hemoglobin

answers: NDQ_007583

answers: bones,

answers: NDQ_007584

answers: fused bones,

text: Osteoimmunology (όστέον, osteon from Greek, “bone”; immunitas from Latin, “immunity”; and λόγος, logos, from Greek “study”) is a field that emerged about 40 years ago that studies the interface between the skeletal system and the immune system, comprising the “osteo-immune system”. Osteoimmunology also studies the shared components and mechanisms between the two systems in vertebrates, including ligands, receptors, signaling molecules and transcription factors. Over the past decade, osteoimmunology has been investigated clinically for the treatment of bone metastases, rheumatoid arthritis (RA), osteoporosis, osteopetrosis, and periodontitis. Studies in osteoimmunology reveal relationships between molecular communication among blood cells and structural pathologies in the body.

text: Osteoimmunology (όστέον, osteon from Greek, “bone”; immunitas from Latin, “immunity”; and λόγος, logos, from Greek “study”) is a field that emerged about 40 years ago that studies the interface between the

text: skeletal system

text: and the

text: immune system

text: , comprising the “osteo-immune system”. Osteoimmunology also studies the shared components and mechanisms between the two systems in vertebrates, including ligands, receptors, signaling molecules and transcription factors. Over the past decade, osteoimmunology has been investigated clinically for the treatment of

text: bone metastases

text: rheumatoid arthritis

text: (RA),

text: osteoporosis

text: osteopetrosis

text: , and

text: periodontitis

text: . Studies in osteoimmunology reveal relationships between molecular communication among blood cells and structural pathologies in the body.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone metastases

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: vertebrates

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: vertebrates

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrates

answers: NDQ_007560

answers: periodontitis

answers: NDQ_007562

answers: osteoporosis, osteopetrosis, and periodontitis

answers: NDQ_007563

answers: Osteoimmunology

answers: NDQ_007566

answers: Osteoimmunology

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: osteoporosis

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteopetrosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bone

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: ligands, receptors, signaling molecules and transcription factors.

answers: NDQ_007550

answers: “bone”;

answers: NDQ_007551

answers: bone metastases,

answers: NDQ_007552

answers: transcription factors.

answers: NDQ_007553

answers: immune system,

answers: NDQ_007554

answers: blood cells

answers: NDQ_007555

answers: vertebrates,

answers: NDQ_007556

answers: osteoporosis, osteopetrosis,

answers: NDQ_007557

answers: osteoporosis, osteopetrosis,

answers: NDQ_007558

answers: osteoporosis, osteopetrosis,

answers: NDQ_007560

answers: bone metastases, rheumatoid arthritis

answers: NDQ_007562

answers: bone metastases,

answers: NDQ_007563

answers: Osteoimmunology

answers: NDQ_007566

answers: Osteoimmunology

answers: NDQ_007568

answers: Osteoimmunology

answers: NDQ_007569

answers: Osteoimmunology

answers: NDQ_007570

answers: Osteoimmunology

answers: NDQ_007571

answers: Osteoimmunology

answers: NDQ_007572

answers: osteoimmunology reveal relationships between molecular communication among blood cells

answers: NDQ_007573

answers: osteoporosis,

answers: NDQ_007574

answers: Osteoimmunology

answers: NDQ_007575

answers: Osteoimmunology

answers: NDQ_007576

answers: Osteoimmunology

answers: NDQ_007577

answers: Osteoimmunology

answers: NDQ_007578

answers: osteoporosis,

answers: NDQ_007579

answers: osteopetrosis,

answers: NDQ_007580

answers: osteoporosis, osteopetrosis,

answers: NDQ_007581

answers: osteoporosis,

answers: NDQ_007582

answers: immune system,

answers: NDQ_007583

answers: osteoporosis, osteopetrosis,

answers: NDQ_007584

answers: osteopetrosis,

text: The word fracture is often applied to bones of living creatures (i.e. a bone fracture), or to crystalline materials, such as gemstones or metal. Sometimes, individual crystals fracture without the structure actually separating into two or more pieces. Depending on the substance, a fracture reduces strength (most substances) or inhibits transmission of waves, such as light (optical crystals).  A detailed understanding of how fracture occurs in materials may be assisted by the study of fracture mechanics.

text: The word fracture is often applied to

text: bone

text: s of living creatures (i.e. a

text: bone fracture

text: ), or to

text: crystalline materials

text: , such as

text: gemstone

text: s or

text: metal

text: . Sometimes, individual crystals fracture without the structure actually separating into two or more pieces. Depending on the substance, a fracture reduces

text: strength

text: (most substances) or inhibits

text: transmission

text: of

text: wave

text: s, such as

text: light

text: optical

text: crystals).  A detailed understanding of how fracture occurs in materials may be assisted by the study of

text: fracture mechanics

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: most substances

answers: NDQ_007555

answers: living creature

answers: NDQ_007556

answers: fracture reduces strength

answers: NDQ_007557

answers: strength

answers: NDQ_007558

answers: living creatures

answers: NDQ_007560

answers: fracture mechanics

answers: NDQ_007562

answers: the structure actually separating into two or more pieces

answers: NDQ_007563

answers: What does the word fracture refer to?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of mineral?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a type of fracture: bone, crystal, or metal?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: crystalline

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: crystalline

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: Bone

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: strength

answers: NDQ_007552

answers: fracture is often applied to bones of living creatures

answers: NDQ_007553

answers: bones of living creatures

answers: NDQ_007554

answers: crystalline materials,

answers: NDQ_007555

answers: living creatures

answers: NDQ_007556

answers: fracture

answers: NDQ_007557

answers: fracture

answers: NDQ_007558

answers: bones of living creatures

answers: NDQ_007560

answers: fracture

answers: NDQ_007562

answers: individual crystals fracture without the structure actually separating into two or more pieces.

answers: NDQ_007563

answers: The word fracture is often applied to bones of living creatures

answers: NDQ_007566

answers: bones of living creatures

answers: NDQ_007568

answers: bones of living creatures

answers: NDQ_007569

answers: The word fracture is often applied to bones of living creatures

answers: NDQ_007570

answers: two or more pieces.

answers: NDQ_007571

answers: The word fracture is often applied to bones of living creatures

answers: NDQ_007572

answers: bone fracture),

answers: NDQ_007573

answers: The word fracture is often applied to bones of living creatures

answers: NDQ_007574

answers: bones of living creatures

answers: NDQ_007575

answers: fracture is often applied to bones of living creatures

answers: NDQ_007576

answers: fracture without the structure actually separating into two or more pieces.

answers: NDQ_007577

answers: bones of living creatures

answers: NDQ_007578

answers: crystalline

answers: NDQ_007579

answers: bone fracture), or to crystalline materials,

answers: NDQ_007580

answers: crystalline

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: bones of living creatures

answers: NDQ_007583

answers: bones

answers: NDQ_007584

answers: fracture

text: At birth, only the metaphyses of the "long bones" are present. The long bones are those that grow primarily by elongation at an epiphysis at one end of the growing bone. The long bones include the femurs, tibias, and fibulas of the lower limb, the humeri, radii, and ulnas of the upper limb (arm + forearm), and the phalanges of the fingers and toes. The long bones of the leg comprise nearly half of adult height. The other primary skeletal component of height is the spine and skull.

text: At birth, only the

text: metaphyses

text: of the "

text: long bone

text: s" are present. The long bones are those that grow primarily by elongation at an

text: epiphysis

text: at one end of the growing bone. The long bones include the

text: femur

text: s,

text: tibia

text: s, and

text: fibula

text: s of the lower limb, the

text: humeri

text: radii

text: , and

text: ulna

text: s of the upper limb (arm + forearm), and the

text: phalanges

text: of the

text: finger

text: s and

text: toe

text: s. The long bones of the leg comprise nearly half of adult height. The other primary skeletal component of height is the

text: spine

text: and

text: skull

answers: NDQ_007549

answers: femurs, tibias, and fibulas

answers: NDQ_007550

answers: The long bones of the leg comprise nearly half of adult height

answers: NDQ_007551

answers: growth primarily by elongation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: epiphysis

answers: NDQ_007554

answers: epiphysis

answers: NDQ_007555

answers: femurs

answers: NDQ_007556

answers: epiphysis at one end of the growing bone

answers: NDQ_007557

answers: epiphysis

answers: NDQ_007558

answers: phalanges of the fingers and toes

answers: NDQ_007560

answers: phalanges

answers: NDQ_007562

answers: only the metaphyses of the "long bones" are present

answers: NDQ_007563

answers: Which of the following is not a type of bone: femurs, tibias, or fibulas?

answers: NDQ_007566

answers: Which of the following is not a skeletal component of height?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a primary skeletal component of height?

answers: NDQ_007572

answers: Which of the following is not a type of bone: femurs, tibias, or ulnas?

answers: NDQ_007573

answers: Which of the following is not a type of bone: femurs, tibias, and fibulas?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is the other primary skeletal component of height?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphysis

answers: NDQ_007579

answers: epiphysis

answers: NDQ_007580

answers: epiphysis

answers: NDQ_007581

answers: epiphysis

answers: NDQ_007582

answers: epiphysis

answers: NDQ_007583

answers: epiphysis

answers: NDQ_007584

answers: epiphysis

answers: NDQ_007549

answers: spine and skull.

answers: NDQ_007550

answers: spine and skull.

answers: NDQ_007551

answers: spine and skull.

answers: NDQ_007552

answers: "long bones"

answers: NDQ_007553

answers: elongation at an epiphysis

answers: NDQ_007554

answers: epiphysis

answers: NDQ_007555

answers: "long bones"

answers: NDQ_007556

answers: elongation at an epiphysis

answers: NDQ_007557

answers: "long bones"

answers: NDQ_007558

answers: phalanges of the fingers and toes.

answers: NDQ_007560

answers: humeri, radii, and ulnas

answers: NDQ_007562

answers: At birth, only the metaphyses of the "long bones"

answers: NDQ_007563

answers: The long bones are those that grow primarily by elongation

answers: NDQ_007566

answers: "long bones"

answers: NDQ_007568

answers: humeri, radii, and ulnas

answers: NDQ_007569

answers: epiphysis

answers: NDQ_007570

answers: (arm + forearm),

answers: NDQ_007571

answers: The long bones

answers: NDQ_007572

answers: "long bones"

answers: NDQ_007573

answers: "long bones"

answers: NDQ_007574

answers: only the metaphyses of the "long bones"

answers: NDQ_007575

answers: The long bones are those that grow primarily by elongation

answers: NDQ_007576

answers: "long bones"

answers: NDQ_007577

answers: The long bones of the leg comprise nearly half of adult height.

answers: NDQ_007578

answers: epiphysis

answers: NDQ_007579

answers: epiphysis

answers: NDQ_007580

answers: epiphysis

answers: NDQ_007581

answers: epiphysis

answers: NDQ_007582

answers: epiphysis

answers: NDQ_007583

answers: bone.

answers: NDQ_007584

answers: elongation

text: Greys are typically depicted as dark grey-skinned diminutive humanoid beings that possess reduced forms of, or completely lack, external human organs such as noses, ears or sex organs. Their bodies are usually depicted as being elongated, having a small chest, and lacking in muscular definition and visible skeletal structure. Their legs are shorter and jointed differently from what one would expect in a human. Their limbs are often depicted as proportionally different from a human's; their humerus and thighs are the same lengths as their forearms and shins, respectively.

text: Greys are typically depicted as dark grey-skinned diminutive

text: humanoid

text: beings that possess reduced forms of, or completely lack, external human

text: organ

text: s such as noses, ears or

text: sex organ

text: s. Their bodies are usually depicted as being elongated, having a small chest, and lacking in muscular definition and visible

text: skeletal

text: structure. Their legs are shorter and jointed differently from what one would expect in a human. Their limbs are often depicted as proportionally different from a human's; their

text: humerus

text: and thighs are the same lengths as their

text: forearm

text: s and

text: shin

text: s, respectively.

answers: NDQ_007549

answers: muscular definition and visible skeletal structure

answers: NDQ_007550

answers: visible skeletal structure

answers: NDQ_007551

answers: lack of muscular definition

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Greys

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: legs

answers: NDQ_007556

answers: elongated

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: legs

answers: NDQ_007560

answers: their shins

answers: NDQ_007562

answers: Their legs are shorter and jointed differently from what one would expect in a human

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of greys?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: humerus

answers: NDQ_007579

answers: skeletal structure

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal structure

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscular definition

answers: NDQ_007550

answers: muscular definition and visible skeletal structure.

answers: NDQ_007551

answers: muscular definition

answers: NDQ_007552

answers: muscular definition and visible skeletal structure.

answers: NDQ_007553

answers: human.

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: legs

answers: NDQ_007556

answers: elongated,

answers: NDQ_007557

answers: Their legs

answers: NDQ_007558

answers: legs

answers: NDQ_007560

answers: legs

answers: NDQ_007562

answers: the same lengths as their forearms and shins,

answers: NDQ_007563

answers: lacking in muscular definition and visible skeletal structure.

answers: NDQ_007566

answers: Greys

answers: NDQ_007568

answers: noses, ears or sex organs.

answers: NDQ_007569

answers: lacking in muscular definition and visible skeletal structure.

answers: NDQ_007570

answers: jointed differently from what one would expect in a human.

answers: NDQ_007571

answers: lacking in muscular definition and visible skeletal structure.

answers: NDQ_007572

answers: muscular definition and visible skeletal structure.

answers: NDQ_007573

answers: Greys

answers: NDQ_007574

answers: external human organs

answers: NDQ_007575

answers: muscular definition

answers: NDQ_007576

answers: skeletal structure.

answers: NDQ_007577

answers: human.

answers: NDQ_007578

answers: humerus

answers: NDQ_007579

answers: skeletal structure.

answers: NDQ_007580

answers: humerus

answers: NDQ_007581

answers: skeletal structure.

answers: NDQ_007582

answers: humerus

answers: NDQ_007583

answers: muscular

answers: NDQ_007584

answers: skeletal structure.

text: The object of pressure immobilization is to contain venom within a bitten limb and prevent it from moving through the lymphatic system to the vital organs. This therapy has two components: pressure to prevent lymphatic drainage, and immobilization of the bitten limb to prevent the pumping action of the skeletal muscles.

text: The object of pressure immobilization is to contain venom within a bitten limb and prevent it from moving through the

text: lymphatic system

text: to the vital organs. This therapy has two components: pressure to prevent lymphatic drainage, and immobilization of the bitten limb to prevent the pumping action of the

text: skeletal muscle

text: s.

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: pumping action

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphatic system

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: to contain venom

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: Pressure immobilization is used to contain venom within a bitten limb

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not the type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscles

answers: NDQ_007582

answers: lymphatic system

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: skeletal muscles.

answers: NDQ_007551

answers: pumping action of the skeletal muscles.

answers: NDQ_007552

answers: venom

answers: NDQ_007553

answers: lymphatic system

answers: NDQ_007554

answers: skeletal muscles.

answers: NDQ_007555

answers: skeletal muscles.

answers: NDQ_007556

answers: skeletal muscles.

answers: NDQ_007557

answers: skeletal muscles.

answers: NDQ_007558

answers: skeletal muscles.

answers: NDQ_007560

answers: skeletal muscles.

answers: NDQ_007562

answers: The object of pressure immobilization

answers: NDQ_007563

answers: skeletal muscles.

answers: NDQ_007566

answers: The object of pressure immobilization

answers: NDQ_007568

answers: The object of pressure immobilization

answers: NDQ_007569

answers: The object of pressure immobilization

answers: NDQ_007570

answers: skeletal muscles.

answers: NDQ_007571

answers: The object of pressure immobilization

answers: NDQ_007572

answers: skeletal muscles.

answers: NDQ_007573

answers: The object of pressure immobilization

answers: NDQ_007574

answers: The object of pressure immobilization

answers: NDQ_007575

answers: skeletal muscles.

answers: NDQ_007576

answers: The object of pressure immobilization

answers: NDQ_007577

answers: skeletal muscles.

answers: NDQ_007578

answers: skeletal muscles.

answers: NDQ_007579

answers: skeletal muscles.

answers: NDQ_007580

answers: skeletal muscles.

answers: NDQ_007581

answers: skeletal muscles.

answers: NDQ_007582

answers: lymphatic

answers: NDQ_007583

answers: skeletal muscles.

answers: NDQ_007584

answers: skeletal muscles.

text: On November 11, 1962, the Sprain Brook branch of the Library opened on Central Park Avenue in east Yonkers.  In honor of the Library's longtime director, the Sprain Brook branch was renamed the Grinton I. Will branch in 1973.

text: On November 11, 1962, the Sprain Brook branch of the Library opened on Central Park Avenue in east Yonkers.  In honor of the Library's longtime director, the Sprain Brook branch was renamed the Grinton I. Will branch in 1973.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: Central Park Avenue

answers: NDQ_007562

answers: The Sprain Brook branch was renamed the Grinton I. Will branch.

answers: NDQ_007563

answers: Which happened first, the Sprain Brook branch was renamed the Grinton I. Will branch or the Library opened on November 11, 1962?

answers: NDQ_007566

answers: What is the difference between bones and chalk?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: The Sprain Brook branch of the Library opened on November 11, 1962

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a benefit of the Sprain Brook branch?

answers: NDQ_007572

answers: Which happened first, Sprain Brook branch was renamed the Grinton I. Will branch or Sprain Brook branch was renamed the Sprain Brook branch?

answers: NDQ_007573

answers: How many years after the Sprain Brook branch was renamed the Grinton I. Will branch?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: what is the last word in the passage?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Sprain

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tissue

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: Grinton I. Will branch

answers: NDQ_007550

answers: Grinton I. Will branch in 1973.

answers: NDQ_007551

answers: Central Park Avenue in east Yonkers.

answers: NDQ_007552

answers: Grinton I. Will branch

answers: NDQ_007553

answers: Grinton I. Will branch

answers: NDQ_007554

answers: Sprain

answers: NDQ_007555

answers: Grinton I. Will branch

answers: NDQ_007556

answers: Yonkers.

answers: NDQ_007557

answers: 1962, the Sprain Brook branch of the Library opened on Central Park Avenue

answers: NDQ_007558

answers: Grinton I. Will

answers: NDQ_007560

answers: Central Park Avenue

answers: NDQ_007562

answers: Grinton I. Will branch in 1973.

answers: NDQ_007563

answers: Grinton I. Will branch in 1973.

answers: NDQ_007566

answers: Grinton I. Will branch in 1973.

answers: NDQ_007568

answers: Grinton I. Will branch in 1973.

answers: NDQ_007569

answers: Grinton I. Will branch in 1973.

answers: NDQ_007570

answers: Grinton I. Will branch

answers: NDQ_007571

answers: Grinton I. Will branch in 1973.

answers: NDQ_007572

answers: Grinton I. Will branch in 1973.

answers: NDQ_007573

answers: Grinton I. Will branch in 1973.

answers: NDQ_007574

answers: Grinton I. Will branch in 1973.

answers: NDQ_007575

answers: Grinton I. Will branch

answers: NDQ_007576

answers: Grinton I. Will branch in 1973.

answers: NDQ_007577

answers: Grinton I. Will branch in 1973.

answers: NDQ_007578

answers: Sprain Brook

answers: NDQ_007579

answers: 1962, the Sprain Brook branch of the Library opened on Central Park Avenue

answers: NDQ_007580

answers: Sprain Brook

answers: NDQ_007581

answers: Sprain Brook

answers: NDQ_007582

answers: Sprain Brook

answers: NDQ_007583

answers: Central Park Avenue

answers: NDQ_007584

answers: 1962,

text: The human skeleton takes 20 years before it is fully developed. In many animals, the skeleton bones contain marrow, which produces blood cells.

text: The human skeleton takes 20 years before it is fully developed. In many animals, the skeleton bones contain

text: marrow

text: , which produces blood cells.

answers: NDQ_007549

answers: marrow

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: producing blood cells

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: marrow

answers: NDQ_007554

answers: blood cells

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: takes 20 years before it is fully developed

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: the skeleton

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: The human skeleton is not fully developed.

answers: NDQ_007563

answers: Which of the following is true of the human skeleton?

answers: NDQ_007566

answers: Which of the following is not true?

answers: NDQ_007568

answers: (4).

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What does marrow produce?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: Which of the following is true of the human skeleton?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: how many bones?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: bone marrow

answers: NDQ_007549

answers: bones contain marrow, which produces blood cells.

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: produces blood cells.

answers: NDQ_007552

answers: marrow, which produces blood cells.

answers: NDQ_007553

answers: marrow,

answers: NDQ_007554

answers: marrow,

answers: NDQ_007555

answers: human skeleton

answers: NDQ_007556

answers: 20 years before it is fully developed.

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: human skeleton

answers: NDQ_007560

answers: bones

answers: NDQ_007562

answers: The human skeleton takes 20 years before it is fully developed.

answers: NDQ_007563

answers: marrow, which produces blood cells.

answers: NDQ_007566

answers: The human skeleton takes 20 years before it is fully developed.

answers: NDQ_007568

answers: marrow, which produces blood cells.

answers: NDQ_007569

answers: marrow, which produces blood cells.

answers: NDQ_007570

answers: The human skeleton takes 20 years before it is fully developed.

answers: NDQ_007571

answers: marrow, which produces blood cells.

answers: NDQ_007572

answers: marrow,

answers: NDQ_007573

answers: marrow, which produces blood cells.

answers: NDQ_007574

answers: 20 years before it is fully developed.

answers: NDQ_007575

answers: marrow, which produces blood cells.

answers: NDQ_007576

answers: The human skeleton takes 20 years before it is fully developed.

answers: NDQ_007577

answers: The human skeleton takes 20 years before it is fully developed.

answers: NDQ_007578

answers: marrow,

answers: NDQ_007579

answers: marrow,

answers: NDQ_007580

answers: marrow,

answers: NDQ_007581

answers: marrow,

answers: NDQ_007582

answers: marrow,

answers: NDQ_007583

answers: bones

answers: NDQ_007584

answers: developed.

text: Jansen's metaphyseal chondrodysplasia- Jefferson fracture- Jobe's test- Joint dislocation- Joint locking (symptom)- Joint replacement- Joint replacement registry- Joint stiffness- Joint- Jones fracture- Juvenile osteoporosis

text: Jansen's metaphyseal chondrodysplasia

text: Jefferson fracture

text: Jobe's test

text: Joint dislocation

text: Joint locking (symptom)

text: Joint replacement

text: Joint replacement registry

text: Joint stiffness

text: Joint

text: Jones fracture

text: Juvenile osteoporosis

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: Joint locking (symptom) is a symptom of a joint.

answers: NDQ_007556

answers: Juvenile osteoporosis

answers: NDQ_007557

answers: stiffness

answers: NDQ_007558

answers: Jones fracture

answers: NDQ_007560

answers: Joint

answers: NDQ_007562

answers: Juvenile osteoporosis does not cause bone fractures.

answers: NDQ_007563

answers: What is the primary cause of osteoporosis?

answers: NDQ_007566

answers: Which of the following is not a symptom of a Jefferson fracture?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Jones fracture

answers: NDQ_007571

answers: Juvenile osteoporosis

answers: NDQ_007572

answers: Juvenile osteoporosis

answers: NDQ_007573

answers: What is a symptom of osteoporosis?

answers: NDQ_007574

answers: Juvenile osteoporosis

answers: NDQ_007575

answers: Juvenile osteoporosis

answers: NDQ_007576

answers: Jones fracture

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoid

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Osteoblasts

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: Joint dislocation-

answers: NDQ_007550

answers: Joint dislocation- Joint locking (symptom)- Joint replacement-

answers: NDQ_007551

answers: Joint dislocation-

answers: NDQ_007552

answers: Joint dislocation-

answers: NDQ_007553

answers: Jobe's test-

answers: NDQ_007554

answers: metaphyseal

answers: NDQ_007555

answers: Joint dislocation-

answers: NDQ_007556

answers: metaphyseal chondrodysplasia-

answers: NDQ_007557

answers: Joint stiffness-

answers: NDQ_007558

answers: Jones fracture- Juvenile osteoporosis

answers: NDQ_007560

answers: Joint replacement- Joint replacement registry- Joint stiffness- Joint-

answers: NDQ_007562

answers: Joint dislocation-

answers: NDQ_007563

answers: Jones fracture- Juvenile osteoporosis

answers: NDQ_007566

answers: Jefferson fracture- Jobe's test-

answers: NDQ_007568

answers: Joint dislocation-

answers: NDQ_007569

answers: Joint dislocation-

answers: NDQ_007570

answers: Joint dislocation-

answers: NDQ_007571

answers: Jones fracture- Juvenile osteoporosis

answers: NDQ_007572

answers: Jefferson fracture-

answers: NDQ_007573

answers: Jones fracture- Juvenile osteoporosis

answers: NDQ_007574

answers: Joint dislocation-

answers: NDQ_007575

answers: Jones fracture- Juvenile osteoporosis

answers: NDQ_007576

answers: Joint dislocation-

answers: NDQ_007577

answers: Joint dislocation-

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: metaphyseal

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: metaphyseal

answers: NDQ_007582

answers: metaphyseal chondrodysplasia-

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: The Joint Capability Areas (JCA) are a standardized set of United States military definitions that cover the complete range of military activities. The system was initially established in May 2005 by the United States Department of Defense Joint Staff with input from each of the services, designed to begin "a new framework that paves the way for side-by-side comparisons of service contributions to joint warfighting and a tool that will assist decision-makers in deciding whether to move resources between service budgets."

text: The Joint Capability Areas (JCA) are a

text: standardized

text: set of United States military definitions that cover the complete range of military activities. The system was initially established in May 2005 by the United States

text: Department of Defense

text: Joint Staff

text: with input from each of the services, designed to begin "a new framework that paves the way for side-by-side comparisons of service contributions to joint warfighting and a tool that will assist decision-makers in deciding whether to move resources between service budgets."

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: warfighting

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: paves the way

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: Joint Staff

answers: NDQ_007562

answers: Joint Capability Areas are a standardized set of United States military definitions that cover the complete range of military activities

answers: NDQ_007563

answers: What does the JCA stand for?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: The Joint Capability Areas

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: What does the JCA stand for?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: The Joint Capability Areas

answers: NDQ_007550

answers: The Joint Capability Areas

answers: NDQ_007551

answers: warfighting

answers: NDQ_007552

answers: The Joint Capability Areas

answers: NDQ_007553

answers: The Joint Capability Areas

answers: NDQ_007554

answers: The Joint Capability Areas

answers: NDQ_007555

answers: The Joint Capability Areas

answers: NDQ_007556

answers: side-by-side comparisons of service contributions to joint warfighting

answers: NDQ_007557

answers: The Joint Capability Areas

answers: NDQ_007558

answers: The Joint Capability Areas

answers: NDQ_007560

answers: Joint Capability Areas

answers: NDQ_007562

answers: The Joint Capability Areas

answers: NDQ_007563

answers: The Joint Capability Areas

answers: NDQ_007566

answers: The Joint Capability Areas

answers: NDQ_007568

answers: The Joint Capability Areas

answers: NDQ_007569

answers: The Joint Capability Areas

answers: NDQ_007570

answers: The Joint Capability Areas

answers: NDQ_007571

answers: The Joint Capability Areas

answers: NDQ_007572

answers: The Joint Capability Areas

answers: NDQ_007573

answers: The Joint Capability Areas

answers: NDQ_007574

answers: The Joint Capability Areas

answers: NDQ_007575

answers: The Joint Capability Areas

answers: NDQ_007576

answers: The Joint Capability Areas

answers: NDQ_007577

answers: 2005

answers: NDQ_007578

answers: The Joint Capability Areas

answers: NDQ_007579

answers: The Joint Capability Areas

answers: NDQ_007580

answers: The Joint Capability Areas

answers: NDQ_007581

answers: The Joint Capability Areas

answers: NDQ_007582

answers: The Joint Capability Areas

answers: NDQ_007583

answers: The Joint Capability Areas

answers: NDQ_007584

answers: side-by-side comparisons of service contributions to joint warfighting

text: The Sprain Brook Parkway, designated by the New York State Department of Transportation as NY 987F, a state reference route, begins at a fork from the Bronx River Parkway along the latter's right-of-way along the Bronx River in the city of Yonkers. Crossing through the Northeast Yonkers neighborhood as a six-lane freeway design, the Sprain Brook crosses an interchange with NY 100 (Central Park Avenue) south of Andrus Park. Bending to the north through Yonkers, the Sprain Brook reaches an interchange with Tuckahoe Road, with the northbound and southbound lanes splitting around the Grassy Sprain Reservoir. The two directions bend northeast along the reservoir. The southbound lanes cross Sprain Ridge Park, while the northbound lanes cross through a golf course. Leaving Yonkers for the town of Greenburgh, the lanes of the Sprain Brook come back together, reaching an interchange with Jackson Avenue. The six lane parkway continues northward and to the northeast through Greenburgh, crossing under Ardsley Road. After turning northward once again, the Sprain Brook crosses under a former alignment of NY 131 (Underhill Road) and passes by the Sunningdale Country Club.

text: The Sprain Brook Parkway, designated by the

entity_name: New York State Department of Transportation

text: New York State Department of Transportation

text: as NY 987F, a state

text: reference route

text: , begins at a fork from the

text: Bronx River Parkway

text: along the latter's right-of-way along the

text: Bronx River

text: in the city of

text: Yonkers

text: . Crossing through the Northeast Yonkers neighborhood as a six-lane freeway design, the Sprain Brook crosses an interchange with

text: NY 100

text: (Central Park Avenue) south of Andrus Park. Bending to the north through Yonkers, the Sprain Brook reaches an interchange with Tuckahoe Road, with the northbound and southbound lanes splitting around the

text: Grassy Sprain Reservoir

text: . The two directions bend northeast along the reservoir. The southbound lanes cross Sprain Ridge Park, while the northbound lanes cross through a golf course. Leaving Yonkers for the town of

text: Greenburgh

text: , the lanes of the Sprain Brook come back together, reaching an interchange with Jackson Avenue. The six lane parkway continues northward and to the northeast through Greenburgh, crossing under Ardsley Road. After turning northward once again, the Sprain Brook crosses under a former alignment of

text: NY 131

text: (Underhill Road) and passes by the Sunningdale Country Club.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Grassy Sprain Reservoir

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: Tuckahoe Road

answers: NDQ_007562

answers: The Sprain Brook Parkway crosses an interchange with NY 100 (Central Park Avenue south of Andrus Park

answers: NDQ_007563

answers: What is the last word in the passage?

answers: NDQ_007566

answers: What is the best title for this passage?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: How many miles does the Sprain Brook Parkway travel?

answers: NDQ_007571

answers: What is the purpose of the Sprain Brook Parkway?

answers: NDQ_007572

answers: What type of bone is the Sprain Brook Parkway?

answers: NDQ_007573

answers: How many miles does the Sprain Brook Parkway travel?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the main idea of this passage?

answers: NDQ_007576

answers: What does the Sprain Brook Parkway mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: Grassy Sprain Reservoir.

answers: NDQ_007550

answers: Grassy Sprain Reservoir.

answers: NDQ_007551

answers: Bronx River Parkway

answers: NDQ_007552

answers: Bronx River Parkway

answers: NDQ_007553

answers: The Sprain Brook Parkway,

answers: NDQ_007554

answers: Bronx River Parkway

answers: NDQ_007555

answers: Grassy Sprain Reservoir.

answers: NDQ_007556

answers: Bronx River Parkway

answers: NDQ_007557

answers: Grassy Sprain Reservoir.

answers: NDQ_007558

answers: Bronx River Parkway

answers: NDQ_007560

answers: Jackson Avenue.

answers: NDQ_007562

answers: The Sprain Brook Parkway,

answers: NDQ_007563

answers: Grassy Sprain Reservoir.

answers: NDQ_007566

answers: Bronx River Parkway

answers: NDQ_007568

answers: Bronx River Parkway

answers: NDQ_007569

answers: Bronx River Parkway

answers: NDQ_007570

answers: Bronx River Parkway

answers: NDQ_007571

answers: Bronx River Parkway

answers: NDQ_007572

answers: Bronx River Parkway

answers: NDQ_007573

answers: Bronx River Parkway

answers: NDQ_007574

answers: Bronx River Parkway

answers: NDQ_007575

answers: Bronx River Parkway

answers: NDQ_007576

answers: Bronx River Parkway

answers: NDQ_007577

answers: Bronx River Parkway

answers: NDQ_007578

answers: Bronx River Parkway

answers: NDQ_007579

answers: Bronx River Parkway

answers: NDQ_007580

answers: Bronx River Parkway

answers: NDQ_007581

answers: Bronx River Parkway

answers: NDQ_007582

answers: Bronx River Parkway

answers: NDQ_007583

answers: Bronx River Parkway

answers: NDQ_007584

answers: Bronx River Parkway

text: Mirischia was a small bipedal predator. Its length was in 2004 estimated at 2.1 metres. In 2010 Gregory S. Paul estimated the weight at seven kilogrammes. The holotype of Mirischia is notable for having asymmetrical ischia. Quoting from Naish et al. (2004): "The ischia of Mirischia are asymmetrical, that on the left being perforated by an oval foramen while that on the right has an open notch in the same position." The specimen is also unusual in that it preserves some soft tissue remains: apart from the intestine, what the describers interpreted to have been an air sac was preserved between its pubic and ischial bones in the form of a vacuity. Previous workers had suggested that non-avian theropods might — like birds — possess post-cranial air sacs, and Mirischia seems to confirm that. Another notable trait is the exceptional thinness of the bone wall of all skeletal elements.

text: Mirischia was a small bipedal predator. Its length was in 2004 estimated at 2.1 metres. In 2010

text: Gregory S. Paul

text: estimated the weight at seven kilogrammes. The holotype of Mirischia is notable for having asymmetrical

text: ischia

text: . Quoting from

text: Naish

text: et al. (2004): "The ischia of Mirischia are asymmetrical, that on the left being perforated by an oval foramen while that on the right has an open notch in the same position." The specimen is also unusual in that it preserves some soft tissue remains: apart from the intestine, what the describers interpreted to have been an air sac was preserved between its pubic and ischial bones in the form of a vacuity. Previous workers had suggested that non-avian theropods might — like birds — possess post-cranial

text: air sacs

text: , and Mirischia seems to confirm that. Another notable trait is the exceptional thinness of the bone wall of all skeletal elements.

answers: NDQ_007549

answers: ischial bones

answers: NDQ_007550

answers: Bone wall

answers: NDQ_007551

answers: intestine

answers: NDQ_007552

answers: What is notable for having asymmetrical ischia?

answers: NDQ_007553

answers: Mirischia

answers: NDQ_007554

answers: bone wall

answers: NDQ_007555

answers: Theropods

answers: NDQ_007556

answers: thinness of the bone wall

answers: NDQ_007557

answers: bone wall

answers: NDQ_007558

answers: ischial

answers: NDQ_007560

answers: ischial

answers: NDQ_007562

answers: The specimen is also unusual in that it preserves some soft tissue remains

answers: NDQ_007563

answers: What is a notable trait of Mirischia?

answers: NDQ_007566

answers: How would you describe Mirischia?

answers: NDQ_007568

answers: How many types of bone tissues are in the holotype of Mirischia?

answers: NDQ_007569

answers: What type of bone is Mirischia?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a characteristic of Mirischia?

answers: NDQ_007572

answers: Which of the following is not a characteristic of the holotype of Mirischia?

answers: NDQ_007573

answers: What is another notable trait of Mirischia?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: foramen

answers: NDQ_007579

answers: bone wall

answers: NDQ_007580

answers: bone wall

answers: NDQ_007581

answers: bone wall

answers: NDQ_007582

answers: vacuity

answers: NDQ_007583

answers: soft tissue

answers: NDQ_007584

answers: post-cranial

answers: NDQ_007549

answers: bone wall

answers: NDQ_007550

answers: bone wall of all skeletal elements.

answers: NDQ_007551

answers: intestine,

answers: NDQ_007552

answers: soft tissue remains: apart from the intestine,

answers: NDQ_007553

answers: intestine,

answers: NDQ_007554

answers: soft

answers: NDQ_007555

answers: Mirischia

answers: NDQ_007556

answers: thinness

answers: NDQ_007557

answers: oval foramen

answers: NDQ_007558

answers: pubic and ischial

answers: NDQ_007560

answers: oval foramen

answers: NDQ_007562

answers: post-cranial air sacs,

answers: NDQ_007563

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007566

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007568

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007569

answers: air sac

answers: NDQ_007570

answers: oval foramen

answers: NDQ_007571

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007572

answers: thinness of the bone wall

answers: NDQ_007573

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007574

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007575

answers: thinness of the bone wall of all skeletal elements.

answers: NDQ_007576

answers: asymmetrical ischia.

answers: NDQ_007577

answers: seven kilogrammes.

answers: NDQ_007578

answers: thinness of the bone wall

answers: NDQ_007579

answers: bone wall

answers: NDQ_007580

answers: thinness of the bone wall

answers: NDQ_007581

answers: bone wall

answers: NDQ_007582

answers: air sac

answers: NDQ_007583

answers: soft tissue

answers: NDQ_007584

answers: post-cranial

text: Given the high morbidity and mortality associated with hip fractures and the cost to the health system, in England and Wales, the National Hip Fracture Database is a mandatory nationwide audit of care and treatment of all hip fractures.

text: Given the high morbidity and mortality associated with hip fractures and the cost to the health system, in England and Wales, the

text: National Hip Fracture Database

text: is a mandatory nationwide audit of care and treatment of all hip fractures.

answers: NDQ_007549

answers: hip

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: hip fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: hip fractures

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: the National Hip Fracture Database is a mandatory nationwide audit of care and treatment

answers: NDQ_007563

answers: What does the National Hip Fracture Database do?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of the National Hip Fracture Database?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: It's impossible to say

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: hip

answers: NDQ_007580

answers: hip

answers: NDQ_007581

answers: hip

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: hip

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: hip fractures

answers: NDQ_007550

answers: hip fractures

answers: NDQ_007551

answers: hip fractures

answers: NDQ_007552

answers: hip fractures

answers: NDQ_007553

answers: hip fractures

answers: NDQ_007554

answers: hip fractures

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: high morbidity and mortality associated with hip fractures

answers: NDQ_007557

answers: hip fractures

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: a mandatory nationwide audit of care and treatment of all hip fractures.

answers: NDQ_007563

answers: hip fractures

answers: NDQ_007566

answers: hip fractures

answers: NDQ_007568

answers: Given the high morbidity and mortality associated with hip fractures

answers: NDQ_007569

answers: hip fractures

answers: NDQ_007570

answers: hip fractures

answers: NDQ_007571

answers: hip fractures

answers: NDQ_007572

answers: hip fractures

answers: NDQ_007573

answers: hip fractures

answers: NDQ_007574

answers: Given the high morbidity and mortality associated with hip fractures

answers: NDQ_007575

answers: hip fractures

answers: NDQ_007576

answers: hip fractures

answers: NDQ_007577

answers: hip fractures

answers: NDQ_007578

answers: hip

answers: NDQ_007579

answers: hip fractures

answers: NDQ_007580

answers: hip

answers: NDQ_007581

answers: hip fractures

answers: NDQ_007582

answers: hip

answers: NDQ_007583

answers: hip

answers: NDQ_007584

answers: hip fractures

text: Osteoporosis International is a peer-reviewed medical journal published by Springer Science+Business Media. The journal was launched in 1990. It is an official journal of the International Osteoporosis Foundation and the National Osteoporosis Foundation. The journal is published monthly and includes original research on all areas of osteoporosis and its related fields, alongside reviews, educational articles, and case reports.

text: Osteoporosis International is a

text: peer-reviewed

text: medical journal

text: published by

text: Springer Science+Business Media

text: . The journal was launched in 1990. It is an official journal of the

text: International Osteoporosis Foundation

text: and the

text: National Osteoporosis Foundation

text: . The journal is published monthly and includes original research on all areas of

text: osteoporosis

text: and its related fields, alongside reviews, educational articles, and case reports.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: osteoporosis is not a cause of bone fractures

answers: NDQ_007563

answers: Osteoporosis

answers: NDQ_007566

answers: Osteoporosis International

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: Osteoporosis International

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: It is impossible to say

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: A sprain is a type of injury.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: osteoporosis

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: osteoporosis

answers: NDQ_007553

answers: osteoporosis

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: osteoporosis

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteoporosis

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: osteoporosis

answers: NDQ_007562

answers: osteoporosis

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: Osteoporosis International

answers: NDQ_007568

answers: International Osteoporosis Foundation

answers: NDQ_007569

answers: Osteoporosis International

answers: NDQ_007570

answers: Osteoporosis International

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: Osteoporosis International

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: Osteoporosis International

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: Osteoporosis International

answers: NDQ_007577

answers: 1990.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: Osteoporosis

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: Bone volume is determined by the rates of bone formation and bone resorption. Recent research has suggested that certain growth factors may work to locally alter bone formation by increasing osteoblast activity. Numerous bone-derived growth factors have been isolated and classified via bone cultures. These factors include insulin-like growth factors I and II, transforming growth factor-beta, fibroblast growth factor, platelet-derived growth factor, and bone morphogenetic proteins. Evidence suggests that bone cells produce growth factors for extracellular storage in the bone matrix. The release of these growth factors from the bone matrix could cause the proliferation of osteoblast precursors. Essentially, bone growth factors may act as potential determinants of local bone formation. Research has suggested that trabecular bone volume in postemenopausal osteoporosis may be determined by the relationship between the total bone forming surface and the percent of surface resorption.

text: Bone volume is determined by the rates of bone formation and bone resorption. Recent research has suggested that certain growth factors may work to locally alter bone formation by increasing osteoblast activity. Numerous bone-derived growth factors have been isolated and classified via bone cultures. These factors include insulin-like growth factors I and II, transforming growth factor-beta, fibroblast growth factor, platelet-derived growth factor, and bone morphogenetic proteins. Evidence suggests that bone cells produce growth factors for extracellular storage in the bone matrix. The release of these growth factors from the bone matrix could cause the proliferation of osteoblast precursors. Essentially, bone growth factors may act as potential determinants of local bone formation. Research has suggested that trabecular bone volume in postemenopausal osteoporosis may be determined by the relationship between the total bone forming surface and the percent of surface resorption.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: trabecular bone

answers: NDQ_007551

answers: bone formation and bone resorption

answers: NDQ_007552

answers: fibroblast growth factor

answers: NDQ_007553

answers: platelets

answers: NDQ_007554

answers: osteoblast

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: trabecular

answers: NDQ_007560

answers: trabecular

answers: NDQ_007562

answers: bone cells produce growth factors for extracellular storage in the bone matrix

answers: NDQ_007563

answers: Which of the following is not a growth factor: transforming growth factor-beta, platelet derived growth factor, or bone morphogenetic proteins?

answers: NDQ_007566

answers: Which of the following is not a type of growth factor?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a factor in bone formation?

answers: NDQ_007572

answers: Which of the following is not a type of platelet?

answers: NDQ_007573

answers: Which of the following is not a factor in osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a growth factor: transforming growth factor-beta, fibroblast growth factor, platelet-derived growth factor, or bone morphogenetic proteins?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: osteoblast

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: platelet

answers: NDQ_007583

answers: fibroblast

answers: NDQ_007584

answers: formation

answers: NDQ_007549

answers: Bone volume

answers: NDQ_007550

answers: bone cells produce growth factors for extracellular storage in the bone matrix.

answers: NDQ_007551

answers: bone formation and bone resorption.

answers: NDQ_007552

answers: bone morphogenetic proteins.

answers: NDQ_007553

answers: bone cells produce growth factors

answers: NDQ_007554

answers: osteoblast

answers: NDQ_007555

answers: bone

answers: NDQ_007556

answers: growth factors may work to locally alter bone formation by increasing osteoblast activity.

answers: NDQ_007557

answers: bone formation and bone resorption.

answers: NDQ_007558

answers: trabecular

answers: NDQ_007560

answers: trabecular

answers: NDQ_007562

answers: Bone volume

answers: NDQ_007563

answers: growth factors

answers: NDQ_007566

answers: Bone volume

answers: NDQ_007568

answers: fibroblast growth factor, platelet-derived growth factor,

answers: NDQ_007569

answers: trabecular bone

answers: NDQ_007570

answers: fibroblast growth factor, platelet-derived growth factor,

answers: NDQ_007571

answers: growth factors may work to locally alter bone formation by increasing osteoblast activity.

answers: NDQ_007572

answers: bone cells produce growth factors for extracellular storage in the bone matrix.

answers: NDQ_007573

answers: certain growth factors may work to locally alter bone formation by increasing osteoblast activity.

answers: NDQ_007574

answers: bone formation and bone resorption.

answers: NDQ_007575

answers: growth factors may work to locally alter bone formation by increasing osteoblast activity.

answers: NDQ_007576

answers: fibroblast growth factor, platelet-derived growth factor,

answers: NDQ_007577

answers: fibroblast growth factor, platelet-derived growth factor,

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: bone matrix.

answers: NDQ_007580

answers: trabecular

answers: NDQ_007581

answers: bone matrix.

answers: NDQ_007582

answers: platelet-derived

answers: NDQ_007583

answers: bone matrix.

answers: NDQ_007584

answers: formation and bone resorption.

text: The EPG5 human gene is located on chromosome 18q12.3, has a length of 119,67Kb (NC_000018.10), consists of 44 exons and is transcriptionally driven from the centromere toward the telomere. The messenger RNA (mRNA) is 12633bp long (NM_020964.2) and contains a CDS of 7740 bp translated into a protein sequence of 2579 amino acids (NP_066015.2) with a molecular weight of 280kDa, presumed. The protein EPG5 is expressed primarily in the central nervous system (CNS), skeletal muscle, heart, thymus, cells of the immune system, lungs and kidneys.

text: The EPG5 human gene is located on chromosome 18q12.3, has a length of 119,67Kb (NC_000018.10), consists of 44 exons and is transcriptionally driven from the centromere toward the telomere. The messenger RNA (mRNA) is 12633bp long (NM_020964.2) and contains a CDS of 7740 bp translated into a protein sequence of 2579 amino acids (NP_066015.2) with a molecular weight of 280kDa, presumed. The protein EPG5 is expressed primarily in the central nervous system (CNS), skeletal muscle, heart, thymus, cells of the immune system, lungs and kidneys.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: articular cartilage

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: EPG5

answers: NDQ_007553

answers: thymus

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: telomere

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: thymus

answers: NDQ_007560

answers: thymus

answers: NDQ_007562

answers: The protein EPG5 is expressed primarily in the central nervous system

answers: NDQ_007563

answers: What is the function of the kidneys?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: What is compact bone?

answers: NDQ_007573

answers: How is EPG5 related to osteoporosis?

answers: NDQ_007574

answers: What is the human skeleton made of?

answers: NDQ_007575

answers: What is the function of skeletal muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: thymus

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: thymus

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: skeletal muscle,

answers: NDQ_007550

answers: muscle,

answers: NDQ_007551

answers: skeletal muscle,

answers: NDQ_007552

answers: EPG5

answers: NDQ_007553

answers: immune system,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: telomere.

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: thymus,

answers: NDQ_007562

answers: The EPG5

answers: NDQ_007563

answers: kidneys.

answers: NDQ_007566

answers: The EPG5

answers: NDQ_007568

answers: skeletal muscle, heart, thymus,

answers: NDQ_007569

answers: The EPG5

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: skeletal muscle,

answers: NDQ_007572

answers: skeletal muscle, heart, thymus, cells of the immune system,

answers: NDQ_007573

answers: The EPG5

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: skeletal muscle,

answers: NDQ_007576

answers: The EPG5

answers: NDQ_007577

answers: skeletal muscle,

answers: NDQ_007578

answers: thymus,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: thymus,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: skeletal muscle,

text: The outer surface of a bone is lined by a thin layer of connective tissue that is very similar in morphology and function to endosteum. It is called the periosteum, or the periosteal surface. During bone growth, the width of the bone increases as osteoblasts lay new bone tissue at the periosteum. To prevent the bone from becoming unnecessarily thick, osteoclasts resorb the bone from the endosteal side.

text: The outer surface of a bone is lined by a thin layer of connective tissue that is very similar in

text: morphology

text: and function to endosteum. It is called the

text: periosteum

text: , or the periosteal surface. During bone growth, the width of the bone increases as

text: osteoblasts

text: lay new bone tissue at the periosteum. To prevent the bone from becoming unnecessarily thick,

text: osteoclasts

text: resorb the bone from the endosteal side.

answers: NDQ_007549

answers: endosteum

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone growth

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: periosteum

answers: NDQ_007557

answers: endosteum

answers: NDQ_007558

answers: endosteum

answers: NDQ_007560

answers: endosteal

answers: NDQ_007562

answers: osteoblasts lay new bone tissue at the periosteum

answers: NDQ_007563

answers: Which of the following is not a function of the periosteum?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is the periosteum lined by?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not true?

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: endosteum

answers: NDQ_007579

answers: endosteum

answers: NDQ_007580

answers: endosteum

answers: NDQ_007581

answers: endosteum

answers: NDQ_007582

answers: endosteum

answers: NDQ_007583

answers: endosteum

answers: NDQ_007584

answers: bone growth

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone growth,

answers: NDQ_007552

answers: osteoblasts

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: osteoclasts

answers: NDQ_007556

answers: To prevent the bone from becoming unnecessarily thick,

answers: NDQ_007557

answers: endosteum.

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: thick,

answers: NDQ_007563

answers: osteoclasts

answers: NDQ_007566

answers: The outer surface of a bone

answers: NDQ_007568

answers: osteoblasts

answers: NDQ_007569

answers: endosteum.

answers: NDQ_007570

answers: periosteum, or the periosteal surface.

answers: NDQ_007571

answers: During bone growth,

answers: NDQ_007572

answers: osteoblasts

answers: NDQ_007573

answers: periosteal surface. During bone growth,

answers: NDQ_007574

answers: a thin layer of connective tissue

answers: NDQ_007575

answers: osteoclasts

answers: NDQ_007576

answers: periosteum,

answers: NDQ_007577

answers: osteoclasts resorb the bone

answers: NDQ_007578

answers: endosteum.

answers: NDQ_007579

answers: endosteum.

answers: NDQ_007580

answers: endosteum.

answers: NDQ_007581

answers: endosteum.

answers: NDQ_007582

answers: endosteum.

answers: NDQ_007583

answers: endosteum.

answers: NDQ_007584

answers: bone growth,

text: The underlying mechanism in all cases of osteoporosis is an imbalance between bone resorption and bone formation. In normal bone, matrix remodeling of bone is constant; up to 10% of all bone mass may be undergoing remodeling at any point in time. The process takes place in bone multicellular units (BMUs) as first described by Frost & Thomas in 1963. Osteoclasts are assisted by transcription factor PU.1 to degrade the bone matrix, while osteoblasts rebuild the bone matrix. Low bone mass density can then occur when osteoclasts are degrading the bone matrix faster than the osteoblasts are rebuilding the bone.

text: The underlying mechanism in all cases of osteoporosis is an imbalance between

text: bone resorption

text: and

text: bone formation

text: . In normal bone,

text: matrix

text: remodeling of bone is constant; up to 10% of all bone mass may be undergoing remodeling at any point in time. The process takes place in bone multicellular units (BMUs) as first described by Frost & Thomas in 1963.

text: Osteoclasts

text: are assisted by transcription factor PU.1 to degrade the bone matrix, while

text: osteoblasts

text: rebuild the bone matrix. Low bone mass density can then occur when osteoclasts are degrading the bone matrix faster than the osteoblasts are rebuilding the bone.

answers: NDQ_007549

answers: Bone multicellular units

answers: NDQ_007550

answers: bone multicellular units

answers: NDQ_007551

answers: bone resorption

answers: NDQ_007552

answers: PU.1

answers: NDQ_007553

answers: Osteoblasts

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: Bone multicellular units

answers: NDQ_007556

answers: imbalance between bone resorption and bone formation

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoclasts

answers: NDQ_007560

answers: osteoclasts

answers: NDQ_007562

answers: osteoblasts rebuild the bone matrix

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Bone multicellular units (BMUs)

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: How does osteoporosis contribute to bone fractures?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: matrix

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: matrix

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: Osteoclasts

answers: NDQ_007550

answers: bone multicellular units

answers: NDQ_007551

answers: bone formation.

answers: NDQ_007552

answers: transcription factor PU.1

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: bone,

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone resorption and bone formation. In normal bone,

answers: NDQ_007558

answers: normal bone,

answers: NDQ_007560

answers: Osteoclasts

answers: NDQ_007562

answers: osteoporosis

answers: NDQ_007563

answers: osteoblasts

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: bone multicellular units

answers: NDQ_007569

answers: bone,

answers: NDQ_007570

answers: bone multicellular units

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: bone multicellular units

answers: NDQ_007573

answers: imbalance between bone resorption and bone formation.

answers: NDQ_007574

answers: bone,

answers: NDQ_007575

answers: osteoblasts

answers: NDQ_007576

answers: The underlying mechanism in all cases of osteoporosis

answers: NDQ_007577

answers: up to 10% of all bone mass

answers: NDQ_007578

answers: multicellular units

answers: NDQ_007579

answers: matrix,

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: bone,

answers: NDQ_007584

answers: resorption

text: Fetal rhabdomyoma are separated into two histologic types: Myxoid and cellular. However, irrespective of histologic type, these tumors almost never show necrosis or increased mitoses. However, a cambium layer, abnormal mitoses and nuclear pleomorphism is not seen.Cellular fetal rhabdomyomas are composed of bland, primitive spindled cells. The spindle cells are haphazardly arranged primitive, elongated skeletal muscle cells. The cells are set within a well-developed fibromyxoid stroma. A different pattern (intermediate type) is predominantly composed of cells with better differentiation towards skeletal muscle. There are often large ganglion cell-like rhabdomyoblasts showing prominent nucleoli within nuclei that show vesicular chromatin distribution. Another population includes strap-like rhabdomyoblasts with darkly staining pink cytoplasm. Nearly all tumors show short to more sweeping fascicles of spindled rhabdomyoblasts. The tumor cells may infiltrate into adjacent skeletal muscle or fat. It is not uncommon to see peri-neural association, although not perineural infiltration.

text: Fetal rhabdomyoma are separated into two histologic types: Myxoid and cellular. However, irrespective of histologic type, these tumors almost never show necrosis or increased mitoses. However, a

text: cambium

text: layer, abnormal mitoses and nuclear pleomorphism is not seen.Cellular fetal rhabdomyomas are composed of bland, primitive spindled cells. The spindle cells are haphazardly arranged primitive, elongated skeletal muscle cells. The cells are set within a well-developed fibromyxoid stroma. A different pattern (intermediate type) is predominantly composed of cells with better differentiation towards skeletal muscle. There are often large ganglion cell-like rhabdomyoblasts showing prominent nucleoli within nuclei that show vesicular chromatin distribution. Another population includes strap-like rhabdomyoblasts with darkly staining pink cytoplasm. Nearly all tumors show short to more sweeping fascicles of spindled rhabdomyoblasts. The tumor cells may infiltrate into adjacent skeletal muscle or fat. It is not uncommon to see peri-neural association, although not perineural infiltration.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle cells

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Fetal rhabdomyoma

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle cells

answers: NDQ_007557

answers: Spindle cells

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: cambium

answers: NDQ_007562

answers: Fetal rhabdomyoma are separated into two histologic types

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a type of cell?

answers: NDQ_007568

answers: Which of the following is not a type of bone: Myxoid, cellular, or intermediate?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: Which of the following is not a type of rhabdomyoblast?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle: Spindle cells or skeletal muscle?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many more bones does the adult skeletal system have than the fetus?

answers: NDQ_007578

answers: Myxoid

answers: NDQ_007579

answers: Myxoid

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: Myxoid

answers: NDQ_007583

answers: Myxoid

answers: NDQ_007584

answers: differentiation

answers: NDQ_007549

answers: muscle cells.

answers: NDQ_007550

answers: skeletal muscle cells.

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle.

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: cambium

answers: NDQ_007562

answers: perineural infiltration.

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: Fetal rhabdomyoma

answers: NDQ_007568

answers: skeletal muscle cells.

answers: NDQ_007569

answers: peri-neural association, although not perineural infiltration.

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: skeletal muscle cells.

answers: NDQ_007573

answers: Fetal rhabdomyoma

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: Fetal rhabdomyoma

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: fibromyxoid

answers: NDQ_007579

answers: fibromyxoid stroma.

answers: NDQ_007580

answers: fibromyxoid

answers: NDQ_007581

answers: fibromyxoid stroma.

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: fibromyxoid

answers: NDQ_007584

answers: differentiation

text: In individuals with normal plasma levels of normally functioning pseudocholinesterase enzyme, hydrolysis and inactivation of approximately 90-95% of an intravenous dose of succinylcholine occurs before it reaches the neuromuscular junction. The remaining 5-10% of the succinylcholine dose acts as an acetylcholine receptor agonist at the neuromuscular junction, causing prolonged depolarization of the postsynaptic junction of the motor-end plate. This depolarization initially triggers fasciculation of skeletal muscle. As a result of prolonged depolarization, endogenous acetylcholine released from the presynaptic membrane of the motor neuron does not produce any additional change in membrane potential after binding to its receptor on the myocyte. Flaccid paralysis of skeletal muscles develops within 1 minute. In normal subjects, skeletal muscle function returns to normal approximately 5 minutes after a single bolus injection of succinylcholine as it passively diffuses away from the neuromuscular junction. Pseudocholinesterase deficiency can result in higher levels of intact succinylcholine molecules reaching receptors in the neuromuscular junction, causing the duration of paralytic effect to continue for as long as 8 hours. This condition is recognized clinically when paralysis of the respiratory and other skeletal muscles fails to spontaneously resolve after succinylcholine is administered as an adjunctive paralytic agent during anesthesia procedures. In such cases respiratory assistance is required.

text: In individuals with normal plasma levels of normally functioning pseudocholinesterase enzyme, hydrolysis and inactivation of approximately 90-95% of an intravenous dose of succinylcholine occurs before it reaches the neuromuscular junction. The remaining 5-10% of the succinylcholine dose acts as an acetylcholine receptor agonist at the neuromuscular junction, causing prolonged depolarization of the postsynaptic junction of the motor-end plate. This depolarization initially triggers

text: fasciculation

text: of skeletal muscle. As a result of prolonged depolarization, endogenous acetylcholine released from the presynaptic membrane of the motor neuron does not produce any additional change in membrane potential after binding to its receptor on the myocyte. Flaccid paralysis of skeletal muscles develops within 1 minute. In normal subjects, skeletal muscle function returns to normal approximately 5 minutes after a single bolus injection of succinylcholine as it passively diffuses away from the neuromuscular junction. Pseudocholinesterase deficiency can result in higher levels of intact succinylcholine molecules reaching receptors in the neuromuscular junction, causing the duration of paralytic effect to continue for as long as 8 hours. This condition is recognized clinically when paralysis of the respiratory and other skeletal muscles fails to spontaneously resolve after succinylcholine is administered as an adjunctive paralytic agent during anesthesia procedures. In such cases respiratory assistance is required.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: Fasciculation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: acetylcholine

answers: NDQ_007557

answers: fasciculation

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: In normal subjects, skeletal muscle function returns to normal approximately 5 minutes after a single bolus injection

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of bone fracture?

answers: NDQ_007574

answers: What does the skeleton consist of?

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal muscle?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: plate

answers: NDQ_007579

answers: plate

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: myocyte

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: skeletal muscle.

answers: NDQ_007551

answers: fasciculation of skeletal muscle.

answers: NDQ_007552

answers: pseudocholinesterase

answers: NDQ_007553

answers: pseudocholinesterase

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: normal plasma levels of normally functioning pseudocholinesterase enzyme,

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: skeletal muscle.

answers: NDQ_007562

answers: In individuals with normal plasma levels of normally functioning pseudocholinesterase enzyme,

answers: NDQ_007563

answers: skeletal muscle.

answers: NDQ_007566

answers: In individuals with normal plasma levels of normally functioning pseudocholinesterase

answers: NDQ_007568

answers: 90-95%

answers: NDQ_007569

answers: In individuals with normal plasma levels of normally functioning pseudocholinesterase

answers: NDQ_007570

answers: skeletal muscle.

answers: NDQ_007571

answers: In individuals with normal plasma levels of normally functioning pseudocholinesterase enzyme,

answers: NDQ_007572

answers: In individuals with normal plasma levels of normally functioning pseudocholinesterase

answers: NDQ_007573

answers: Pseudocholinesterase deficiency

answers: NDQ_007574

answers: skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle.

answers: NDQ_007576

answers: acetylcholine receptor agonist at the neuromuscular junction,

answers: NDQ_007577

answers: 90-95%

answers: NDQ_007578

answers: myocyte.

answers: NDQ_007579

answers: plate.

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: myocyte.

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: fasciculation of skeletal muscle.

text: Osteoporosis may be due to lower than normal peak bone mass and greater than normal bone loss. Bone loss increases after menopause due to lower levels of estrogen. Osteoporosis may also occur due to a number of diseases or treatments including alcoholism, anorexia, hyperthyroidism, surgical removal of the ovaries, and kidney disease. Certain medications increase the rate of bone loss including some antiseizure medications, chemotherapy, proton pump inhibitors, selective serotonin reuptake inhibitors, and steroids. Not enough exercise and smoking are also risk factors. Osteoporosis is defined as a bone density of 2.5 standard deviations below that of a young adult. This is typically measured by dual-energy X-ray absorptiometry at the hip.

text: Osteoporosis may be due to lower than normal

text: peak bone mass

text: and greater than normal bone loss. Bone loss increases after

text: menopause

text: due to lower levels of

text: estrogen

text: . Osteoporosis may also occur due to a number of diseases or treatments including

text: alcoholism

text: anorexia

text: hyperthyroidism

text: surgical removal of the ovaries

text: , and

text: kidney disease

text: . Certain medications increase the rate of bone loss including some

text: antiseizure medication

text: s,

text: chemotherapy

text: proton pump inhibitor

text: s,

text: selective serotonin reuptake inhibitors

text: , and

text: steroid

text: s. Not enough exercise and smoking are also risk factors. Osteoporosis is defined as a

text: bone density

text: of 2.5

text: standard deviation

text: s below that of a young adult. This is typically measured by

text: dual-energy X-ray absorptiometry

text: at the hip.

answers: NDQ_007549

answers: bone loss

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bone loss

answers: NDQ_007552

answers: Osteoporosis

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: osteoporosis may be due to lower than normal peak bone mass and greater than normal bone loss

answers: NDQ_007563

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007566

answers: What is Osteoporosis like?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Osteoporosis may be due to lower than normal peak bone mass

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a risk factor for osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a risk factor for osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a risk factor for osteoporosis: osteoporosis may be due to lower than normal peak bone mass and greater than normal bone loss

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: peak bone mass

answers: NDQ_007581

answers: bone mass

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone mass

answers: NDQ_007550

answers: bone mass

answers: NDQ_007551

answers: bone mass

answers: NDQ_007552

answers: estrogen.

answers: NDQ_007553

answers: estrogen.

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: hip.

answers: NDQ_007556

answers: lower levels of estrogen.

answers: NDQ_007557

answers: bone loss

answers: NDQ_007558

answers: hip.

answers: NDQ_007560

answers: hip.

answers: NDQ_007562

answers: Osteoporosis

answers: NDQ_007563

answers: lower levels of estrogen.

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Bone loss increases after menopause due to lower levels of estrogen.

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: hip.

answers: NDQ_007571

answers: exercise

answers: NDQ_007572

answers: lower levels of estrogen.

answers: NDQ_007573

answers: greater than normal bone loss.

answers: NDQ_007574

answers: Bone loss increases after menopause due to lower levels of estrogen.

answers: NDQ_007575

answers: exercise

answers: NDQ_007576

answers: Osteoporosis

answers: NDQ_007577

answers: 2.5 standard deviations below that of a young adult.

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: bone mass

answers: NDQ_007582

answers: estrogen.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone loss

text: Juvenile osteoporosis is osteoporosis in children and adolescents.

text: Juvenile osteoporosis is

text: osteoporosis

text: in children and adolescents.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage.

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone tissue

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: juvenile osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: femur

answers: NDQ_007562

answers: Juvenile osteoporosis does not affect children.

answers: NDQ_007563

answers: What happens to bones when they release stored calcium?

answers: NDQ_007566

answers: The answer: Juvenile osteoporosis.

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoblasts

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: Juvenile osteoporosis

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: Juvenile osteoporosis

answers: NDQ_007553

answers: Juvenile osteoporosis

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: Juvenile osteoporosis

answers: NDQ_007556

answers: Juvenile osteoporosis

answers: NDQ_007557

answers: osteoporosis

answers: NDQ_007558

answers: Juvenile osteoporosis

answers: NDQ_007560

answers: Juvenile osteoporosis

answers: NDQ_007562

answers: Juvenile osteoporosis

answers: NDQ_007563

answers: Juvenile osteoporosis

answers: NDQ_007566

answers: Juvenile osteoporosis

answers: NDQ_007568

answers: Juvenile osteoporosis

answers: NDQ_007569

answers: Juvenile osteoporosis

answers: NDQ_007570

answers: Juvenile osteoporosis

answers: NDQ_007571

answers: Juvenile osteoporosis

answers: NDQ_007572

answers: children and adolescents.

answers: NDQ_007573

answers: Juvenile osteoporosis

answers: NDQ_007574

answers: Juvenile osteoporosis

answers: NDQ_007575

answers: Juvenile osteoporosis

answers: NDQ_007576

answers: Juvenile osteoporosis

answers: NDQ_007577

answers: Juvenile osteoporosis

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis is osteoporosis

answers: NDQ_007581

answers: osteoporosis is osteoporosis

answers: NDQ_007582

answers: osteoporosis

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: Laudexium metilsulfate is a neuromuscular blocking drug or skeletal muscle relaxant in the category of non-depolarizing neuromuscular-blocking drugs, used adjunctively in surgical anesthesia to facilitate endotracheal intubation and to provide skeletal muscle relaxation during surgery or mechanical ventilation.

text: Laudexium metilsulfate is a

text: neuromuscular blocking drug

text: or

text: skeletal muscle relaxant

text: in the category of non-depolarizing

text: neuromuscular-blocking drugs

text: , used adjunctively in surgical

text: anesthesia

text: to facilitate endotracheal

text: intubation

text: and to provide

text: skeletal muscle

text: relaxation during

text: surgery

text: or

text: mechanical ventilation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: muscle relaxation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Laudexium metilsulfate is a neuromuscular blocking drug

answers: NDQ_007563

answers: What does Laudexium metilsulfate do?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle relaxation

answers: NDQ_007552

answers: skeletal muscle relaxant

answers: NDQ_007553

answers: Laudexium metilsulfate

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle relaxant

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: skeletal muscle relaxant

answers: NDQ_007563

answers: Laudexium metilsulfate

answers: NDQ_007566

answers: Laudexium metilsulfate

answers: NDQ_007568

answers: Laudexium metilsulfate

answers: NDQ_007569

answers: Laudexium metilsulfate

answers: NDQ_007570

answers: Laudexium metilsulfate

answers: NDQ_007571

answers: Laudexium metilsulfate

answers: NDQ_007572

answers: Laudexium metilsulfate

answers: NDQ_007573

answers: skeletal muscle relaxant

answers: NDQ_007574

answers: Laudexium metilsulfate

answers: NDQ_007575

answers: skeletal muscle relaxant

answers: NDQ_007576

answers: Laudexium metilsulfate

answers: NDQ_007577

answers: Laudexium metilsulfate

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: surgery

text: Noonan Syndrome with Multiple Lentigines (NSML) (also known as LEOPARD syndrome, Cardiocutaneous syndrome, Gorlin syndrome II, Lentiginosis profusa syndrome, Progressive cardiomyopathic lentiginosis, Capute-Rimoin-Konigsmark-Esterly-Richardson syndrome, or Moynahan syndrome), which is part of a group called Ras/MAPK pathway syndromes,  — is a rare autosomal dominant, multisystem disease caused by a mutation in the protein tyrosine phosphatase, non-receptor type 11 gene (PTPN11). The disease is a complex of features, mostly involving the skin, skeletal and cardiovascular systems, which may or may not be present in all patients. The nature of how the mutation causes each of the condition's symptoms is not well known; however, research is ongoing.  It is a RASopathy.

text: Noonan Syndrome with Multiple Lentigines (NSML) (also known as LEOPARD syndrome, Cardiocutaneous syndrome, Gorlin syndrome II, Lentiginosis profusa syndrome, Progressive cardiomyopathic lentiginosis, Capute-Rimoin-Konigsmark-Esterly-Richardson syndrome, or Moynahan syndrome), which is part of a group called Ras/MAPK pathway syndromes,  — is a rare

text: autosomal dominant

text: , multisystem disease caused by a

text: mutation

text: in the

text: protein tyrosine phosphatase

text: , non-receptor type 11 gene (

text: ). The disease is a complex of features, mostly involving the skin, skeletal and cardiovascular systems, which may or may not be present in all patients. The nature of how the mutation causes each of the condition's symptoms is not well known; however, research is ongoing.  It is a

text: RASopathy

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: articular cartilage

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: tyrosine

answers: NDQ_007553

answers: PTPN11

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: autosomal dominant

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Progressive cardiomyopathic lentiginosis

answers: NDQ_007563

answers: What does PTPN11 stand for?

answers: NDQ_007566

answers: What is the best title for this passage?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: To keep bones strong, calcium and vitamin D are needed.

answers: NDQ_007572

answers: Which of the following is not a characteristic of Noonan Syndrome with Multiple Lentigines?

answers: NDQ_007573

answers: What disease is a RASopathy?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a skeletal system: skin, skeletal and cardiovascular?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Lentigines

answers: NDQ_007579

answers: Lentigines

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: cardiomyocytes

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007550

answers: cardiomyopathic

answers: NDQ_007551

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007552

answers: tyrosine phosphatase,

answers: NDQ_007553

answers: tyrosine phosphatase,

answers: NDQ_007554

answers: Lentigines

answers: NDQ_007555

answers: skeletal and cardiovascular systems,

answers: NDQ_007556

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007557

answers: tyrosine phosphatase,

answers: NDQ_007558

answers: Lentigines

answers: NDQ_007560

answers: cardiomyopathic

answers: NDQ_007562

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007563

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007566

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007568

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007569

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007570

answers: skeletal and cardiovascular systems,

answers: NDQ_007571

answers: skeletal and cardiovascular systems,

answers: NDQ_007572

answers: skeletal and cardiovascular systems,

answers: NDQ_007573

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007574

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007575

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007576

answers: Progressive cardiomyopathic lentiginosis,

answers: NDQ_007577

answers: Noonan Syndrome with Multiple Lentigines

answers: NDQ_007578

answers: Lentigines

answers: NDQ_007579

answers: Lentigines

answers: NDQ_007580

answers: cardiomyopathic lentiginosis,

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: cardiomyopathic

answers: NDQ_007583

answers: Cardiocutaneous

answers: NDQ_007584

answers: Progressive cardiomyopathic lentiginosis,

text: Most patients exhibit some degree of intellectual disability, abnormal skeletal and muscular development, and abnormal facial structures. Cognitive symptoms range from slight learning disabilities to severe deficits in intellectual functioning. Due to abnormal development of the muscles, individuals often experience limited or delayed mobility. Atypical facial features are characteristic of the syndrome, including widely spaced eyes, a large nose, and unusually positioned ears. Additionally, patients often have extra skin around the neck and widely spaced nipples. A wide range of renal, digestive, cardiac, respiratory, and nervous system abnormalities have been observed.

text: Most patients exhibit some degree of intellectual disability, abnormal skeletal and muscular development, and abnormal facial structures. Cognitive symptoms range from slight learning disabilities to severe deficits in intellectual functioning. Due to abnormal development of the muscles, individuals often experience limited or delayed mobility. Atypical facial features are characteristic of the syndrome, including widely spaced eyes, a large nose, and unusually positioned ears. Additionally, patients often have extra skin around the neck and widely spaced nipples. A wide range of renal, digestive, cardiac, respiratory, and nervous system abnormalities have been observed.

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: what part of the body?

answers: NDQ_007551

answers: mobility

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: abnormal development of the muscles

answers: NDQ_007557

answers: muscles

answers: NDQ_007558

answers: nipples

answers: NDQ_007560

answers: the muscles

answers: NDQ_007562

answers: a large nose is characteristic of the syndrome

answers: NDQ_007563

answers: Which of the following is not a characteristic of the syndrome?

answers: NDQ_007566

answers: Which of the following is not characteristic of the syndrome, including widely spaced eyes, a large nose, and unusually positioned ears?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a characteristic of the syndrome?

answers: NDQ_007570

answers: Which joint is a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a characteristic of the syndrome?

answers: NDQ_007572

answers: Which of the following is not characteristic of the syndrome, including widely spaced eyes, a large nose, and unusually positioned ears?

answers: NDQ_007573

answers: Which of the following is not characteristic of the syndrome, including widely spaced eyes, a large nose, and unusually positioned ears?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a symptom of the syndrome, abnormal skeletal and muscular development, or abnormal facial structures?

answers: NDQ_007576

answers: Which of the following is true of sprains?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscles,

answers: NDQ_007550

answers: muscular

answers: NDQ_007551

answers: limited or delayed mobility.

answers: NDQ_007552

answers: skin

answers: NDQ_007553

answers: muscular development,

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: muscles,

answers: NDQ_007556

answers: abnormal skeletal and muscular development,

answers: NDQ_007557

answers: muscles,

answers: NDQ_007558

answers: ears. Additionally, patients often have extra skin around the neck

answers: NDQ_007560

answers: muscles,

answers: NDQ_007562

answers: Most patients exhibit some degree of intellectual disability, abnormal skeletal and muscular development,

answers: NDQ_007563

answers: abnormal skeletal and muscular development,

answers: NDQ_007566

answers: abnormal skeletal and muscular development,

answers: NDQ_007568

answers: abnormal skeletal and muscular development,

answers: NDQ_007569

answers: abnormal skeletal and muscular development,

answers: NDQ_007570

answers: abnormal skeletal and muscular development,

answers: NDQ_007571

answers: abnormal skeletal and muscular development,

answers: NDQ_007572

answers: abnormal skeletal and muscular development,

answers: NDQ_007573

answers: abnormal skeletal and muscular development,

answers: NDQ_007574

answers: skin around the neck and widely spaced nipples.

answers: NDQ_007575

answers: abnormal skeletal and muscular development,

answers: NDQ_007576

answers: abnormal skeletal and muscular development,

answers: NDQ_007577

answers: extra skin around the neck and widely spaced nipples.

answers: NDQ_007578

answers: skin

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skin

answers: NDQ_007583

answers: skin

answers: NDQ_007584

answers: skeletal

text: Neuromuscular and skeletal: arthralgia, myositis

text: Neuromuscular and skeletal: arthralgia, myositis

answers: NDQ_007549

answers: muscle and bone

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: muscle tissue.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: muscle.

answers: NDQ_007556

answers: ossification is slower

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: shin

answers: NDQ_007562

answers: Bone fractures are not painful.

answers: NDQ_007563

answers: Which of the following is not a type of muscle: neuromuscular or skeletal?

answers: NDQ_007566

answers: What is the opposite of brittle?

answers: NDQ_007568

answers: Which of the following is not an organ?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: arthralgia

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: Which of the following is not a type of muscle?

answers: NDQ_007573

answers: arthralgia

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: arthralgia

answers: NDQ_007577

answers: Which of the following is not a neuromuscular and skeletal disease?

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: myosin

answers: NDQ_007580

answers: osseous

answers: NDQ_007581

answers: myosin

answers: NDQ_007582

answers: myosin

answers: NDQ_007583

answers: myosin

answers: NDQ_007584

answers: myositis

answers: NDQ_007549

answers: arthralgia, myositis

answers: NDQ_007550

answers: Neuromuscular

answers: NDQ_007551

answers: arthralgia, myositis

answers: NDQ_007552

answers: myositis

answers: NDQ_007553

answers: Neuromuscular and skeletal:

answers: NDQ_007554

answers: myositis

answers: NDQ_007555

answers: skeletal:

answers: NDQ_007556

answers: myositis

answers: NDQ_007557

answers: Neuromuscular and skeletal:

answers: NDQ_007558

answers: arthralgia, myositis

answers: NDQ_007560

answers: myositis

answers: NDQ_007562

answers: Neuromuscular and skeletal: arthralgia,

answers: NDQ_007563

answers: myositis

answers: NDQ_007566

answers: arthralgia, myositis

answers: NDQ_007568

answers: Neuromuscular and skeletal:

answers: NDQ_007569

answers: arthralgia, myositis

answers: NDQ_007570

answers: Neuromuscular and skeletal:

answers: NDQ_007571

answers: arthralgia, myositis

answers: NDQ_007572

answers: myositis

answers: NDQ_007573

answers: arthralgia, myositis

answers: NDQ_007574

answers: myositis

answers: NDQ_007575

answers: arthralgia, myositis

answers: NDQ_007576

answers: myositis

answers: NDQ_007577

answers: arthralgia, myositis

answers: NDQ_007578

answers: myositis

answers: NDQ_007579

answers: myositis

answers: NDQ_007580

answers: myositis

answers: NDQ_007581

answers: myositis

answers: NDQ_007582

answers: myositis

answers: NDQ_007583

answers: skeletal:

answers: NDQ_007584

answers: myositis

text: •	SKELETAL – Symptoms of lymphangiomatosis in the skeletal system are the same as those of Gorham’s disease. Frequently asymptomatic, skeletal lymphangiomatosis may be discovered incidentally or when a pathological fracture occurs. Patients may experience pain of varying severity in areas around the effected bone. When the disease occurs in the bones of the spine, neurological symptoms such as numbness and tingling may occur due to spinal nerve compression. Progression of disease in the spine may lead to paralysis. Lymphangiomatosis in conjunction with Chiari I malformation also has been reported.

text: •	SKELETAL – Symptoms of lymphangiomatosis in the skeletal system are the same as those of Gorham’s disease. Frequently asymptomatic, skeletal lymphangiomatosis may be discovered incidentally or when a pathological fracture occurs. Patients may experience pain of varying severity in areas around the effected bone. When the disease occurs in the bones of the spine, neurological symptoms such as numbness and tingling may occur due to spinal nerve compression. Progression of disease in the spine may lead to paralysis. Lymphangiomatosis in conjunction with Chiari I malformation also has been reported.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones of the spine

answers: NDQ_007551

answers: spinal nerve compression

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: spinal nerve compression

answers: NDQ_007557

answers: spinal nerves

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: spine

answers: NDQ_007562

answers: Symptoms of lymphangiomatosis in the skeletal system

answers: NDQ_007563

answers: Which of the following is not a symptom of lymphangiomatosis?

answers: NDQ_007566

answers: Which of the following is not a symptom of lymphangiomatosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone: skeletal lymphangiomatosis, spinal nerve compression, or Chiari I malformation?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a symptom of lymphangiomatosis?

answers: NDQ_007572

answers: Which of the following is not a symptom of lymphangiomatosis in the skeletal system?

answers: NDQ_007573

answers: Which of the following is not a symptom of lymphangiomatosis in the skeletal system?

answers: NDQ_007574

answers: Which of the following is not a type of bone: bone, cartilage, or muscle?

answers: NDQ_007575

answers: Which of the following is not a symptom of lymphangiomatosis?

answers: NDQ_007576

answers: Which of the following is not a symptom of Gorham’s disease?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: lymphangiomatosis

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: lymphatic tissue

answers: NDQ_007583

answers: lymphangiomatosis

answers: NDQ_007584

answers: fracture

answers: NDQ_007549

answers: bone.

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: fracture

answers: NDQ_007552

answers: lymphangiomatosis

answers: NDQ_007553

answers: lymphangiomatosis in the skeletal system

answers: NDQ_007554

answers: lymphangiomatosis in the skeletal system

answers: NDQ_007555

answers: spine,

answers: NDQ_007556

answers: spinal nerve compression.

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: spine,

answers: NDQ_007560

answers: SKELETAL

answers: NDQ_007562

answers: asymptomatic,

answers: NDQ_007563

answers: numbness and tingling may occur due to spinal nerve compression.

answers: NDQ_007566

answers: SKELETAL

answers: NDQ_007568

answers: SKELETAL

answers: NDQ_007569

answers: SKELETAL

answers: NDQ_007570

answers: SKELETAL

answers: NDQ_007571

answers: SKELETAL

answers: NDQ_007572

answers: lymphangiomatosis in the skeletal system

answers: NDQ_007573

answers: SKELETAL

answers: NDQ_007574

answers: SKELETAL

answers: NDQ_007575

answers: SKELETAL

answers: NDQ_007576

answers: fracture

answers: NDQ_007577

answers: SKELETAL

answers: NDQ_007578

answers: lymphangiomatosis

answers: NDQ_007579

answers: lymphangiomatosis in the skeletal system

answers: NDQ_007580

answers: SKELETAL

answers: NDQ_007581

answers: fracture

answers: NDQ_007582

answers: lymphangiomatosis

answers: NDQ_007583

answers: lymphangiomatosis in the skeletal system

answers: NDQ_007584

answers: fracture

text: A fracture is the separation of an object or material into two or more pieces under the action of stress.  The fracture of a solid usually occurs due to the development of certain displacement discontinuity surfaces within the solid. If a displacement develops perpendicular to the surface of displacement, it is called a normal tensile crack or simply a crack; if a displacement develops tangentially to the surface of displacement, it is called a shear crack, slip band, or dislocation.  Fracture strength or breaking strength is the stress when a specimen fails or fractures.

text: A fracture is the separation of an object or material into two or more pieces under the action of

text: stress

text: .  The fracture of a solid usually occurs due to the development of certain displacement discontinuity surfaces within the solid. If a displacement develops perpendicular to the surface of displacement, it is called a normal tensile crack or simply a crack; if a displacement develops tangentially to the surface of displacement, it is called a shear crack, slip band, or dislocation.  Fracture strength or breaking strength is the stress when a specimen fails or fractures.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: breaking strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: solid

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Fracture strength or breaking strength

answers: NDQ_007557

answers: stress

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: tangentially

answers: NDQ_007562

answers: a normal tensile crack or simply a crack

answers: NDQ_007563

answers: What is a normal tensile crack?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is a normal tensile crack?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: shear crack

answers: NDQ_007579

answers: solid

answers: NDQ_007580

answers: solid

answers: NDQ_007581

answers: slip band

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: tensile crack

answers: NDQ_007550

answers: two or more pieces

answers: NDQ_007551

answers: fracture

answers: NDQ_007552

answers: normal tensile crack

answers: NDQ_007553

answers: stress.

answers: NDQ_007554

answers: solid

answers: NDQ_007555

answers: shear crack,

answers: NDQ_007556

answers: stress.

answers: NDQ_007557

answers: stress.

answers: NDQ_007558

answers: fracture

answers: NDQ_007560

answers: fracture

answers: NDQ_007562

answers: Fracture strength or breaking strength

answers: NDQ_007563

answers: normal tensile crack

answers: NDQ_007566

answers: A fracture

answers: NDQ_007568

answers: normal tensile crack

answers: NDQ_007569

answers: normal tensile crack

answers: NDQ_007570

answers: normal tensile crack

answers: NDQ_007571

answers: A fracture

answers: NDQ_007572

answers: normal tensile crack

answers: NDQ_007573

answers: A fracture

answers: NDQ_007574

answers: two or more pieces under the action of stress.

answers: NDQ_007575

answers: fracture

answers: NDQ_007576

answers: normal tensile crack

answers: NDQ_007577

answers: a normal tensile crack

answers: NDQ_007578

answers: tensile crack

answers: NDQ_007579

answers: solid

answers: NDQ_007580

answers: tensile crack

answers: NDQ_007581

answers: slip band,

answers: NDQ_007582

answers: normal tensile crack

answers: NDQ_007583

answers: tensile crack

answers: NDQ_007584

answers: fracture

text: Doxacurium chloride (formerly recognized as BW938U80 or BW A938U) is a neuromuscular-blocking drug or skeletal muscle relaxant in the category of non-depolarizing neuromuscular-blocking drugs, used adjunctively in anesthesia to provide skeletal muscle relaxation during surgery or mechanical ventilation. Unlike a number of other related skeletal muscle relaxants, it is rarely used adjunctively to facilitate endotracheal intubation.

text: Doxacurium chloride (formerly recognized as BW938U80 or BW A938U) is a

text: neuromuscular-blocking drug

text: or

text: skeletal muscle relaxant

text: in the category of non-depolarizing

text: neuromuscular-blocking drugs

text: , used adjunctively in

text: anesthesia

text: to provide

text: skeletal muscle

text: relaxation during

text: surgery

text: or

text: mechanical ventilation

text: . Unlike a number of other related skeletal muscle relaxants, it is rarely used adjunctively to facilitate endotracheal

text: intubation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle relaxation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Doxacurium

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: endotracheal intubation

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: It is rarely used adjunctively to facilitate endotracheal intubation.

answers: NDQ_007563

answers: What is the primary function of the skeletal muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is the ball-and-socket joint?

answers: NDQ_007571

answers: Doxacurium chloride

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Doxacurium chloride

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle relaxation

answers: NDQ_007552

answers: Doxacurium chloride

answers: NDQ_007553

answers: Doxacurium chloride

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: endotracheal intubation.

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle relaxant

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: endotracheal intubation.

answers: NDQ_007563

answers: Doxacurium chloride

answers: NDQ_007566

answers: Doxacurium chloride

answers: NDQ_007568

answers: Doxacurium chloride

answers: NDQ_007569

answers: Doxacurium chloride

answers: NDQ_007570

answers: Doxacurium chloride

answers: NDQ_007571

answers: Doxacurium chloride

answers: NDQ_007572

answers: Doxacurium chloride

answers: NDQ_007573

answers: Doxacurium chloride

answers: NDQ_007574

answers: Doxacurium chloride

answers: NDQ_007575

answers: skeletal muscle relaxant

answers: NDQ_007576

answers: Doxacurium chloride

answers: NDQ_007577

answers: Doxacurium chloride

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: surgery

text: Skeletal muscles can be voluntarily controlled, under normal circumstances. Skeletal muscles that cramp the most often are the calves, thighs, and arches of the foot, and are sometimes called a "Charley horse" or a "corky".  Such cramping is associated with strenuous physical activity and can be intensely painful; however, they can even occur while inactive and relaxed. Around 40% of people who experience skeletal cramps are likely to endure extreme muscle pain, and may be unable to use the entire limb that contains the "locked-up" muscle group. It may take up to seven days for the muscle to return to a pain-free state.

text: Skeletal muscle

text: s can be voluntarily controlled, under normal circumstances. Skeletal muscles that cramp the most often are the

text: calves

text: thighs

text: , and

text: arches of the foot

text: , and are sometimes called a "

text: Charley horse

text: " or a "corky".  Such cramping is associated with strenuous physical activity and can be intensely painful; however, they can even occur while inactive and relaxed. Around 40% of people who experience skeletal cramps are likely to endure extreme muscle pain, and may be unable to use the entire limb that contains the "locked-up" muscle group. It may take up to seven days for the muscle to return to a pain-free state.

answers: NDQ_007549

answers: calves, thighs, and arches of the foot

answers: NDQ_007550

answers: what is the most common muscle group

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: skeletal muscles

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: arches of the foot

answers: NDQ_007560

answers: arch of the foot

answers: NDQ_007562

answers: Skeletal muscles can be voluntarily controlled

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal or muscular?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: limb

answers: NDQ_007571

answers: Which of the following is not a muscle group: calves, thighs, or arches of the foot?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What can be voluntarily controlled, under normal circumstances?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: calves, thighs, and arches of the foot,

answers: NDQ_007551

answers: muscles can be voluntarily controlled,

answers: NDQ_007552

answers: Skeletal muscles

answers: NDQ_007553

answers: Skeletal muscles

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: strenuous physical activity

answers: NDQ_007557

answers: Skeletal muscles

answers: NDQ_007558

answers: calves, thighs, and arches of the foot,

answers: NDQ_007560

answers: arches of the foot,

answers: NDQ_007562

answers: Skeletal muscles can be voluntarily controlled,

answers: NDQ_007563

answers: Skeletal muscles

answers: NDQ_007566

answers: Skeletal muscles

answers: NDQ_007568

answers: calves, thighs, and arches of the foot,

answers: NDQ_007569

answers: Skeletal muscles

answers: NDQ_007570

answers: foot,

answers: NDQ_007571

answers: Skeletal muscles

answers: NDQ_007572

answers: Skeletal muscles

answers: NDQ_007573

answers: Skeletal muscles

answers: NDQ_007574

answers: Skeletal muscles can be voluntarily controlled, under normal circumstances.

answers: NDQ_007575

answers: strenuous physical activity

answers: NDQ_007576

answers: "Charley horse" or a "corky".

answers: NDQ_007577

answers: calves, thighs, and arches of the foot,

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal muscles

answers: NDQ_007582

answers: Skeletal muscles

answers: NDQ_007583

answers: Skeletal muscles

answers: NDQ_007584

answers: Skeletal muscles

text: P. brasiliensis causes a disease known as paracoccidioidomycosis characterized by slow, progressive granulomatous changes in the head mucosa, notably the nose and sinuses or the skin. Uncommonly, the disease affects the lymphatic system, the central nervous system, the gastrointestinal tract, or the skeletal system. Due to the high proportion of cases affecting the oral mucosa,  these tissues were originally thought to be the primary route of entry of fungus. However, strong evidence now indicates  the respiratory tract is the chief point of entry and P. brasiliensis lung lesions occur in nearly a third of progressive cases. The disease is not contagious.Paracoccidioidomycosis is more frequently seen in adult males than females. The hormone estrogen is thought to inhibit the transformation of the mycelial to the yeast form, as supported by in vitro experimental data, and this factor may account for the relative resistance of women to infection.

text: P. brasiliensis causes a disease known as

text: paracoccidioidomycosis

text: characterized by slow, progressive granulomatous changes in the head mucosa, notably the nose and sinuses or the skin. Uncommonly, the disease affects the lymphatic system, the central nervous system, the gastrointestinal tract, or the skeletal system. Due to the high proportion of cases affecting the oral mucosa,  these tissues were originally thought to be the primary route of entry of fungus. However, strong evidence now indicates  the respiratory tract is the chief point of entry and P. brasiliensis lung lesions occur in nearly a third of progressive cases. The disease is not contagious.Paracoccidioidomycosis is more frequently seen in adult males than females. The hormone

text: estrogen

text: is thought to inhibit the transformation of the mycelial to the yeast form, as supported by in vitro experimental data, and this factor may account for the relative resistance of women to infection.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: what part of the body?

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphatic system

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: This factor may account for the relative resistance of women to infection.

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: the skeletal system

answers: NDQ_007562

answers: the disease is not contagious

answers: NDQ_007563

answers: Which of the following is not a skeletal system: lymphatic system, central nervous system, the gastrointestinal tract, or the skeletal system?

answers: NDQ_007566

answers: Which of the following is not a symptom of paracoccidioidomycosis?

answers: NDQ_007568

answers: Which of the following is not an organ: lymphatic system, the central nervous system, the gastrointestinal tract, or the skeletal system?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a disease: paracoccidioidomycosis, gastrointestinal tract, or skeletal system?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone: lymphatic system, the central nervous system, the gastrointestinal tract or the skeletal system?

answers: NDQ_007573

answers: Which disease affects the skeletal system?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a skeletal system: the lymphatic system, the central nervous system, the gastrointestinal tract, or the skin?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: granulomatous

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: lymphatic system

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: gastrointestinal tract, or the skeletal system.

answers: NDQ_007550

answers: mycelial

answers: NDQ_007551

answers: P. brasiliensis

answers: NDQ_007552

answers: estrogen is thought to inhibit the transformation of the mycelial

answers: NDQ_007553

answers: lymphatic system,

answers: NDQ_007554

answers: mycelial

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: The hormone estrogen

answers: NDQ_007557

answers: skeletal system.

answers: NDQ_007558

answers: skeletal system.

answers: NDQ_007560

answers: skeletal system.

answers: NDQ_007562

answers: contagious.Paracoccidioidomycosis

answers: NDQ_007563

answers: skeletal system.

answers: NDQ_007566

answers: skeletal system.

answers: NDQ_007568

answers: skeletal system.

answers: NDQ_007569

answers: P. brasiliensis

answers: NDQ_007570

answers: skeletal system.

answers: NDQ_007571

answers: skeletal system.

answers: NDQ_007572

answers: skeletal system.

answers: NDQ_007573

answers: skeletal system.

answers: NDQ_007574

answers: adult males than females.

answers: NDQ_007575

answers: skeletal system.

answers: NDQ_007576

answers: skeletal system.

answers: NDQ_007577

answers: adult males than females.

answers: NDQ_007578

answers: mycelial

answers: NDQ_007579

answers: skeletal system.

answers: NDQ_007580

answers: skeletal system.

answers: NDQ_007581

answers: skeletal system.

answers: NDQ_007582

answers: lymphatic system,

answers: NDQ_007583

answers: mycelial

answers: NDQ_007584

answers: skeletal system.

text: Within Orthopedic surgery, there has been some exploration of the use of the tuning fork, smallest frequency C128, to assist the assessment of injuries where bone fracture is suspected. The tuning fork is toned on the suspected bone with fracture and toned progressively closer to suspected area of fracture. If there is a fracture, the periosteum of the bone will vibrate and fire nociceptors (pain receptors) causing a local sharp pain. This is a positive indication of a fracture that the practitioner is indicated to refer for medical x-ray. On this note, any sprains will give a false positive with local sharp pain. However, it is established practice to refer for an x-ray regardless; thought to be better than missing a real fracture while ruminating on possibilities that it could instead be a sprain. A systematic review published in 2014 in BMJ Open suggests that this technique is not sufficiently reliable or accurate for widespread clinical use.

text: Within

text: Orthopedic surgery

text: , there has been some exploration of the use of the tuning fork, smallest frequency C128, to assist the assessment of injuries where bone fracture is suspected. The tuning fork is toned on the suspected bone with fracture and toned progressively closer to suspected area of fracture. If there is a fracture, the periosteum of the bone will vibrate and fire nociceptors (pain receptors) causing a local sharp pain. This is a positive indication of a fracture that the practitioner is indicated to refer for medical x-ray. On this note, any sprains will give a false positive with local sharp pain. However, it is established practice to refer for an x-ray regardless; thought to be better than missing a real fracture while ruminating on possibilities that it could instead be a sprain. A systematic review published in 2014 in

text: BMJ Open

text: suggests that this technique is not sufficiently reliable or accurate for widespread clinical use.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bone fracture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: periosteum

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: sprains

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bones with fracture

answers: NDQ_007560

answers: sprains

answers: NDQ_007562

answers: any sprains will give a false positive

answers: NDQ_007563

answers: What is the primary function of the periosteum?

answers: NDQ_007566

answers: Which of the following is true of the tuning fork?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: The periosteum of the bone will vibrate and fire nociceptors (pain receptors) causing a local sharp pain

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the main idea of this passage?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: periosteum

answers: NDQ_007579

answers: periosteum

answers: NDQ_007580

answers: periosteum

answers: NDQ_007581

answers: periosteum

answers: NDQ_007582

answers: periosteum

answers: NDQ_007583

answers: periosteum

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: bone fracture

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone fracture

answers: NDQ_007552

answers: nociceptors

answers: NDQ_007553

answers: nociceptors

answers: NDQ_007554

answers: periosteum

answers: NDQ_007555

answers: sprain.

answers: NDQ_007556

answers: tuning fork, smallest frequency C128,

answers: NDQ_007557

answers: periosteum

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: periosteum

answers: NDQ_007562

answers: sprains will give a false positive

answers: NDQ_007563

answers: nociceptors

answers: NDQ_007566

answers: tuning fork, smallest frequency C128,

answers: NDQ_007568

answers: tuning fork, smallest frequency C128,

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: tuning fork, smallest frequency C128,

answers: NDQ_007571

answers: tuning fork, smallest frequency C128,

answers: NDQ_007572

answers: nociceptors

answers: NDQ_007573

answers: this technique is not sufficiently reliable or accurate for widespread clinical use.

answers: NDQ_007574

answers: tuning fork, smallest frequency C128,

answers: NDQ_007575

answers: fracture,

answers: NDQ_007576

answers: sprains

answers: NDQ_007577

answers: tuning fork, smallest frequency C128,

answers: NDQ_007578

answers: periosteum

answers: NDQ_007579

answers: periosteum

answers: NDQ_007580

answers: periosteum

answers: NDQ_007581

answers: periosteum

answers: NDQ_007582

answers: periosteum

answers: NDQ_007583

answers: periosteum

answers: NDQ_007584

answers: fracture,

text: The nature of dynamic movement must take into account our skeletal structure (as a lever) in addition to the force of external resistance, and consequently incorporates a vastly different complex of muscles and joints versus a static position.

text: The nature of dynamic movement must take into account our skeletal structure (as a lever) in addition to the force of external resistance, and consequently incorporates a vastly different complex of muscles and joints versus a static position.

answers: NDQ_007549

answers: muscles and joints

answers: NDQ_007550

answers: muscle and joints

answers: NDQ_007551

answers: as a lever

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal structure

answers: NDQ_007556

answers: the force of external resistance

answers: NDQ_007557

answers: skeletal structure

answers: NDQ_007558

answers: our skeletal structure

answers: NDQ_007560

answers: skeletal structure

answers: NDQ_007562

answers: static position is the same as dynamic position

answers: NDQ_007563

answers: what is the second to last word in the passage?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the best way to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: how does this relate to dynamic movement?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal structure

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: muscles and joints

answers: NDQ_007550

answers: muscles and joints

answers: NDQ_007551

answers: (as a lever)

answers: NDQ_007552

answers: muscles

answers: NDQ_007553

answers: muscles

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: static position.

answers: NDQ_007556

answers: force of external resistance,

answers: NDQ_007557

answers: skeletal structure

answers: NDQ_007558

answers: muscles

answers: NDQ_007560

answers: skeletal structure

answers: NDQ_007562

answers: The nature of dynamic movement

answers: NDQ_007563

answers: The nature of dynamic movement must take into account our skeletal structure

answers: NDQ_007566

answers: The nature of dynamic movement must take into account our skeletal structure

answers: NDQ_007568

answers: skeletal structure

answers: NDQ_007569

answers: The nature of dynamic movement must take into account our skeletal structure

answers: NDQ_007570

answers: lever) in addition to the force of external resistance,

answers: NDQ_007571

answers: skeletal structure

answers: NDQ_007572

answers: skeletal structure

answers: NDQ_007573

answers: The nature of dynamic movement must take into account our skeletal structure

answers: NDQ_007574

answers: muscles and joints

answers: NDQ_007575

answers: muscles and joints versus a static position.

answers: NDQ_007576

answers: The nature of dynamic movement must take into account our skeletal structure

answers: NDQ_007577

answers: The nature of dynamic movement must take into account our skeletal structure

answers: NDQ_007578

answers: muscles and joints

answers: NDQ_007579

answers: skeletal structure

answers: NDQ_007580

answers: skeletal structure

answers: NDQ_007581

answers: joints

answers: NDQ_007582

answers: muscles

answers: NDQ_007583

answers: muscles

answers: NDQ_007584

answers: skeletal structure

text: The conditioning program for the different horses varies depending on the race length.  Genetics, training, age, and skeletal soundness are all factors that contribute to a horse's performance.  The muscle structure and fiber type of horses depends on the breed, therefore genetics must be considered when constructing a conditioning plan.  A horse's fitness plan must be coordinated properly in order to prevent injury or unnecessary lameness.  If these were to occur, they may negatively affect a horse's willingness to learn.  Sprinting exercises are appropriate for training two-year-old racehorses, but they are mentally incapable of handling too many of them.  A horse's skeletal system adapts to the exercise they are receiving.  Because the skeletal system does not reach full maturity until the horse is at least four years of age, young racehorses often suffer multiple injuries.

text: The conditioning program for the different horses varies depending on the race length.  Genetics, training, age, and skeletal soundness are all factors that contribute to a horse's performance.  The muscle structure and fiber type of horses depends on the breed, therefore genetics must be considered when constructing a conditioning plan.  A horse's fitness plan must be coordinated properly in order to prevent injury or unnecessary lameness.  If these were to occur, they may negatively affect a horse's willingness to learn.  Sprinting exercises are appropriate for training two-year-old racehorses, but they are mentally incapable of handling too many of them.  A horse's skeletal system adapts to the exercise they are receiving.  Because the skeletal system does not reach full maturity until the horse is at least four years of age, young racehorses often suffer multiple injuries.

answers: NDQ_007549

answers: muscle structure and fiber

answers: NDQ_007550

answers: The skeletal system consists of

answers: NDQ_007551

answers: adapting to exercise

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Horses

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: horse

answers: NDQ_007556

answers: The skeletal system does not reach full maturity until the horse is at least four years of age

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: A horse's skeletal system adapts to the exercise they are receiving.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: How would you describe a horse's skeletal system?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a factor that contributes to skeletal soundness?

answers: NDQ_007572

answers: Which of the following is not a factor in skeletal soundness?

answers: NDQ_007573

answers: Which of the following is true of people with osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What does the horse's skeletal system adapt to?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the horse's skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: fiber

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: adapts to the exercise they are receiving.

answers: NDQ_007550

answers: muscle structure and fiber

answers: NDQ_007551

answers: adapts to the exercise they are receiving.

answers: NDQ_007552

answers: muscle structure

answers: NDQ_007553

answers: skeletal system

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: horse's skeletal system

answers: NDQ_007556

answers: does not reach full maturity until the horse is at least four years of age,

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: muscle

answers: NDQ_007560

answers: skeletal system

answers: NDQ_007562

answers: young racehorses often suffer multiple injuries.

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: skeletal soundness

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: skeletal system

answers: NDQ_007570

answers: skeletal system

answers: NDQ_007571

answers: skeletal soundness

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: Genetics, training, age, and skeletal soundness

answers: NDQ_007574

answers: four years of age,

answers: NDQ_007575

answers: skeletal system

answers: NDQ_007576

answers: injury or unnecessary lameness.

answers: NDQ_007577

answers: four years of age,

answers: NDQ_007578

answers: fiber

answers: NDQ_007579

answers: muscle

answers: NDQ_007580

answers: fiber

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: fiber

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: maturity

text: Osteoporosis is rare in children and adolescents. When it occurs, it is usually secondary to some other condition, e.g. osteogenesis imperfecta, rickets, eating disorders or arthritis. In some cases, there is no known cause and it is called idiopathic juvenile osteoporosis. Idiopathic juvenile osteoporosis usually goes away spontaneously.

text: Osteoporosis is rare in children and adolescents. When it occurs, it is usually secondary to some other condition, e.g.

text: osteogenesis imperfecta

text: rickets

text: eating disorders

text: or

text: arthritis

text: . In some cases, there is no known cause and it is called idiopathic juvenile osteoporosis. Idiopathic juvenile osteoporosis usually goes away spontaneously.

answers: NDQ_007549

answers: osteogenesis imperfecta

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: osteogenesis imperfecta

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Idiopathic juvenile osteoporosis

answers: NDQ_007557

answers: osteophytes

answers: NDQ_007558

answers: rickets

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: osteoporosis is rare in children and adolescents

answers: NDQ_007563

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007566

answers: Which of the following is true of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone: osteogenesis imperfecta, rickets, eating disorders or arthritis?

answers: NDQ_007569

answers: Which of the following is not a condition: osteogenesis imperfecta, rickets, eating disorders or arthritis?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007576

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: rickets

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: osteogenesis imperfecta, rickets,

answers: NDQ_007550

answers: osteogenesis

answers: NDQ_007551

answers: osteogenesis imperfecta, rickets, eating disorders or arthritis.

answers: NDQ_007552

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007553

answers: Osteoporosis

answers: NDQ_007554

answers: osteogenesis

answers: NDQ_007555

answers: arthritis.

answers: NDQ_007556

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007557

answers: osteogenesis imperfecta, rickets, eating disorders or arthritis.

answers: NDQ_007558

answers: rickets,

answers: NDQ_007560

answers: arthritis.

answers: NDQ_007562

answers: Idiopathic juvenile osteoporosis usually goes away spontaneously.

answers: NDQ_007563

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007566

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007568

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007569

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007570

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007571

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007572

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007573

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007574

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007575

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007576

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007577

answers: idiopathic juvenile osteoporosis.

answers: NDQ_007578

answers: rickets,

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: Osteoporosis

answers: NDQ_007582

answers: rickets,

answers: NDQ_007583

answers: osteogenesis imperfecta, rickets,

answers: NDQ_007584

answers: osteogenesis

text: Avenanthramides extracted from oats show potent antioxidant properties in vitro and in vivo, and according to studies made by Dimberg (1992), its antioxidant activity is many times greater than other antioxidants such as caffeic acid and vanillin. Aven-C is one of the most significant avenanthramides present in the oats, and it is responsible for oats' antioxidant activity. The effects of the Avenanthramide-enriched extract of oats has been investigated in animals, and a diet of 20 mg Avenanthramide per kilogram body weight in rats has been shown to increase the superoxide dismutase (SOD) activity in skeletal muscle, liver, and kidneys, destroying harmful free radicals in the body and ensuring a long healthy life span by preventing the onset of a liver cancer, muscle mass loss, and earlier incidence of cataracts. Also, a diet based on Avenanthramides enhances glutathione peroxidase activity in heart and skeletal muscles, protecting the organism from oxidative damages.

text: Avenanthramides extracted from oats show potent antioxidant properties in vitro and in vivo, and according to studies made by Dimberg (1992), its antioxidant activity is many times greater than other antioxidants such as

text: caffeic acid

text: and

text: vanillin

text: . Aven-C is one of the most significant avenanthramides present in the oats, and it is responsible for oats' antioxidant activity. The effects of the Avenanthramide-enriched extract of oats has been investigated in animals, and a diet of 20 mg Avenanthramide per kilogram body weight in rats has been shown to increase the

text: superoxide dismutase

text: (SOD) activity in skeletal muscle, liver, and kidneys, destroying harmful free radicals in the body and ensuring a long healthy life span by preventing the onset of a liver cancer, muscle mass loss, and earlier incidence of cataracts. Also, a diet based on Avenanthramides enhances

text: glutathione peroxidase

text: activity in heart and skeletal muscles, protecting the organism from oxidative damages.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle mass loss

answers: NDQ_007552

answers: Aven-C

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: earlier incidence of cataracts

answers: NDQ_007557

answers: glutathione

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: caffeic acid and vanillin

answers: NDQ_007563

answers: What is the most significant avenanthramides present in the oats?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which is not a type of bone tissue: skeletal muscle, liver, and kidneys?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: skeletal muscle,

answers: NDQ_007551

answers: muscle,

answers: NDQ_007552

answers: skeletal muscle,

answers: NDQ_007553

answers: skeletal muscle,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: Avenanthramides

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: Avenanthramides

answers: NDQ_007563

answers: Avenanthramides

answers: NDQ_007566

answers: Avenanthramides extracted from oats

answers: NDQ_007568

answers: skeletal muscle, liver, and kidneys,

answers: NDQ_007569

answers: Avenanthramides

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: skeletal muscle,

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: Avenanthramides extracted from oats

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: muscle mass loss, and earlier incidence of cataracts.

answers: NDQ_007576

answers: Avenanthramides

answers: NDQ_007577

answers: skeletal muscle,

answers: NDQ_007578

answers: cataracts.

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: cataracts.

text: In the mastaba were found the skeletal remains of a man over 1.87m (1870mm) tall. According to Charles S. Myers, this stature was considerably higher than the 1.67m (1670mm) average of later and prehistoric Egyptians. The specimen's skull was very large and capacious. Although his cranial index was unusually broad and almost brachycephalic, the proportions of his long bones were tropically adapted like those of most other ancient Egyptians; especially those from the predynastic period. His overall cranial features, however, were closer to those of dynastic period Egyptian skulls.

text: In the mastaba were found the skeletal remains of a man over 1.87m (1870mm) tall. According to

text: Charles S. Myers

text: , this stature was considerably higher than the 1.67m (1670mm) average of later and prehistoric Egyptians. The specimen's skull was very large and capacious. Although his

text: cranial index

text: was unusually broad and almost brachycephalic, the proportions of his long bones were tropically adapted like those of most other ancient Egyptians; especially those from the predynastic period. His overall cranial features, however, were closer to those of dynastic period Egyptian skulls.

answers: NDQ_007549

answers: long bones

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: Bones are used for

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: vascular tissue

answers: NDQ_007555

answers: Skull

answers: NDQ_007556

answers: tropically adapted

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: long bones

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: the proportions of his long bones were tropically adapted

answers: NDQ_007563

answers: Which of the following is not a type of bone: long bones or cranial index?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not a type of bone: long bones or cranial index?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a reason for the specimen's skull to be unusually broad?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cranial index

answers: NDQ_007579

answers: cranial index

answers: NDQ_007580

answers: cranial

answers: NDQ_007581

answers: cranial

answers: NDQ_007582

answers: cranial

answers: NDQ_007583

answers: vascular tissue

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: long bones

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: bones

answers: NDQ_007553

answers: bones

answers: NDQ_007554

answers: tropically adapted

answers: NDQ_007555

answers: long bones were tropically adapted

answers: NDQ_007556

answers: tropically adapted

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: long bones

answers: NDQ_007560

answers: mastaba

answers: NDQ_007562

answers: tropically adapted

answers: NDQ_007563

answers: tropically adapted

answers: NDQ_007566

answers: tropically adapted

answers: NDQ_007568

answers: long bones

answers: NDQ_007569

answers: brachycephalic,

answers: NDQ_007570

answers: brachycephalic,

answers: NDQ_007571

answers: tropically adapted

answers: NDQ_007572

answers: long bones

answers: NDQ_007573

answers: Charles S. Myers,

answers: NDQ_007574

answers: bones

answers: NDQ_007575

answers: tropically adapted

answers: NDQ_007576

answers: brachycephalic,

answers: NDQ_007577

answers: dynastic period Egyptian skulls.

answers: NDQ_007578

answers: brachycephalic,

answers: NDQ_007579

answers: brachycephalic,

answers: NDQ_007580

answers: brachycephalic,

answers: NDQ_007581

answers: brachycephalic,

answers: NDQ_007582

answers: brachycephalic,

answers: NDQ_007583

answers: brachycephalic,

answers: NDQ_007584

answers: tropically adapted

text: Circulatory capacity is partially determined by functional mass of the heart and spleen. Once the oxygen has entered the bloodstream it must be transported to working muscle and waste products removed. The equine cardiovascular system is hugely compliant with a heart rate range from 20 to 240 beats per minute and a splenic red cell reserve able to double packed cell volume and oxygen delivery during maximal exercise. However, studies on Thoroughbreds have shown that the proportion of skeletal muscle exceeds 50% of body weight, and so the energetic capacity of the muscular system far exceeds the capacity of the cardiovascular system to deliver oxygen.

text: Circulatory capacity is partially determined by functional mass of the heart and spleen. Once the oxygen has entered the bloodstream it must be transported to working muscle and waste products removed. The equine cardiovascular system is hugely compliant with a heart rate range from 20 to 240 beats per minute and a splenic red cell reserve able to double packed cell volume and oxygen delivery during maximal exercise. However, studies on

text: Thoroughbred

text: s have shown that the proportion of skeletal muscle exceeds 50% of body weight, and so the energetic capacity of the muscular system far exceeds the capacity of the cardiovascular system to deliver oxygen.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: working muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: spleen

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: spleen

answers: NDQ_007556

answers: skeletal muscle

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: spleen

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: skeletal muscle exceeds 50% of body weight

answers: NDQ_007563

answers: Which of the following is not a type of waste product?

answers: NDQ_007566

answers: Which of the following is not true of skeletal muscle?

answers: NDQ_007568

answers: Which organ is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of mineral?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a type of bone?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: The spleen

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: spleen

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: red cell reserve

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: working muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: splenic red cell

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: heart and spleen.

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Circulatory capacity

answers: NDQ_007563

answers: Circulatory capacity

answers: NDQ_007566

answers: Circulatory capacity

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: Circulatory capacity

answers: NDQ_007570

answers: Circulatory capacity

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: the proportion of skeletal muscle

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: Circulatory capacity

answers: NDQ_007577

answers: skeletal muscle exceeds 50% of body weight,

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: splenic

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: Human skeletal remains most likely associated with the Middle Stone Age of South Africa were found in Border Cave. The two human remains consisted of the partial cranium of an adult of approximately thirty years and the skeleton of an infant of about three months. Additionally, there were many other adult skeletal fragments found. Interestingly, these skeletal remains were found in an excavation of deposit focused on studying the agricultural purposes of Border Cave. This was when the initial skull and other adult fragments were found. After a second excavation focused on skeletal remains, the infant skeleton was found.

text: Human skeletal remains most likely associated with the Middle Stone Age of South Africa were found in Border Cave. The two human remains consisted of the partial cranium of an adult of approximately thirty years and the skeleton of an infant of about three months. Additionally, there were many other adult skeletal fragments found. Interestingly, these skeletal remains were found in an excavation of deposit focused on studying the agricultural purposes of Border Cave. This was when the initial skull and other adult fragments were found. After a second excavation focused on skeletal remains, the infant skeleton was found.

answers: NDQ_007549

answers: cranium

answers: NDQ_007550

answers: the partial cranium of an adult

answers: NDQ_007551

answers: cranium

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: the Middle Stone Age

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: cranium

answers: NDQ_007560

answers: cranium

answers: NDQ_007562

answers: the infant skeleton was found.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, cranium or skeleton?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cranium

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: cranium

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: cranium

answers: NDQ_007550

answers: partial cranium

answers: NDQ_007551

answers: agricultural purposes

answers: NDQ_007552

answers: cranium

answers: NDQ_007553

answers: adult

answers: NDQ_007554

answers: cranium

answers: NDQ_007555

answers: infant of about three months.

answers: NDQ_007556

answers: Middle Stone Age of South Africa were found in Border Cave.

answers: NDQ_007557

answers: cranium

answers: NDQ_007558

answers: cranium

answers: NDQ_007560

answers: cranium

answers: NDQ_007562

answers: thirty years

answers: NDQ_007563

answers: thirty years

answers: NDQ_007566

answers: Human skeletal remains most likely associated with the Middle Stone Age of South Africa

answers: NDQ_007568

answers: partial cranium

answers: NDQ_007569

answers: partial cranium

answers: NDQ_007570

answers: Middle Stone Age of South Africa were found in Border Cave.

answers: NDQ_007571

answers: Human skeletal remains most likely associated with the Middle Stone Age of South Africa

answers: NDQ_007572

answers: cranium

answers: NDQ_007573

answers: Human skeletal remains

answers: NDQ_007574

answers: three months.

answers: NDQ_007575

answers: thirty years

answers: NDQ_007576

answers: Middle Stone Age of South Africa were found in Border Cave.

answers: NDQ_007577

answers: thirty years

answers: NDQ_007578

answers: cranium

answers: NDQ_007579

answers: cranium

answers: NDQ_007580

answers: cranium

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: cranium

answers: NDQ_007583

answers: cranium

answers: NDQ_007584

answers: cranium

text: Representing a minority viewpoint among chiropractors that is shared by those known as reform chiropractors, the NACM advocated a highly limited use of spinal manipulative procedures "only for the treatment of some neuromusculoskeletal conditions of musculoskeletal origin," for example the treatment of "sore backs and other musculo-skeletal problems." By openly rejecting some of the more controversial aspects of chiropractic, including a basic concept of chiropractic, vertebral subluxations as the cause of all diseases. NACM members claimed to receive mainstream approval more so than practitioners of straight or mixing chiropractic.

text: Representing a minority viewpoint among chiropractors that is shared by those known as

text: reform chiropractors

text: , the NACM advocated a highly limited use of

text: spinal manipulative procedures

text: "only for the treatment of some neuromusculoskeletal conditions of

text: musculoskeletal

text: origin," for example the treatment of "sore backs and other musculo-skeletal problems." By openly rejecting some of the more controversial aspects of chiropractic, including a basic concept of chiropractic,

text: vertebral subluxation

text: s as the cause of all diseases. NACM members claimed to receive mainstream approval more so than practitioners of

text: straight

text: or

text: mixing

text: chiropractic.

answers: NDQ_007549

answers: vertebral

answers: NDQ_007550

answers: vertebral

answers: NDQ_007551

answers: spinal manipulative procedures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: vertebral

answers: NDQ_007556

answers: musculoskeletal

answers: NDQ_007557

answers: vertebral

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: vertebral subluxations as the cause of all diseases

answers: NDQ_007563

answers: What does the NACM advocate?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: osteoblasts

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: spinal manipulative procedures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: vertebral

answers: NDQ_007579

answers: vertebral

answers: NDQ_007580

answers: vertebral

answers: NDQ_007581

answers: vertebral

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: musculoskeletal

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: neuromusculoskeletal

answers: NDQ_007550

answers: vertebral

answers: NDQ_007551

answers: "sore backs

answers: NDQ_007552

answers: musculoskeletal origin,"

answers: NDQ_007553

answers: musculoskeletal origin,"

answers: NDQ_007554

answers: neuromusculoskeletal

answers: NDQ_007555

answers: spinal

answers: NDQ_007556

answers: musculoskeletal origin,"

answers: NDQ_007557

answers: vertebral subluxations

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: vertebral subluxations as the cause of all diseases.

answers: NDQ_007563

answers: musculoskeletal origin,"

answers: NDQ_007566

answers: reform chiropractors,

answers: NDQ_007568

answers: musculoskeletal origin,"

answers: NDQ_007569

answers: musculoskeletal origin,"

answers: NDQ_007570

answers: musculoskeletal origin,"

answers: NDQ_007571

answers: musculoskeletal origin,"

answers: NDQ_007572

answers: vertebral subluxations

answers: NDQ_007573

answers: reform chiropractors,

answers: NDQ_007574

answers: musculoskeletal origin,"

answers: NDQ_007575

answers: musculoskeletal origin,"

answers: NDQ_007576

answers: spinal manipulative procedures

answers: NDQ_007577

answers: musculoskeletal origin,"

answers: NDQ_007578

answers: vertebral

answers: NDQ_007579

answers: vertebral

answers: NDQ_007580

answers: vertebral

answers: NDQ_007581

answers: vertebral

answers: NDQ_007582

answers: neuromusculoskeletal

answers: NDQ_007583

answers: neuromusculoskeletal

answers: NDQ_007584

answers: musculoskeletal origin,"

text: Prevention of osteoporosis includes a proper diet during childhood and efforts to avoid medications that cause the condition. Efforts to prevent broken bones in those with osteoporosis include a good diet, exercise, and fall prevention. Lifestyle changes such as stopping smoking and not drinking alcohol may help. Medication of the bisphosphonate type are useful in those with previous broken bones due to osteoporosis. In those with osteoporosis but no previous broken bones they are less effective. A number of other medications may also be useful.

text: Prevention of osteoporosis includes a proper diet during childhood and efforts to avoid medications that cause the condition. Efforts to prevent broken bones in those with osteoporosis include a good diet, exercise, and

text: fall prevention

text: . Lifestyle changes such as stopping smoking and not drinking alcohol may help. Medication of the

text: bisphosphonate

text: type are useful in those with previous broken bones due to osteoporosis. In those with osteoporosis but no previous broken bones they are less effective. A number of other medications may also be useful.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: breaking bones

answers: NDQ_007552

answers: osteoporosis

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: broken bones

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: previous broken bones due to osteoporosis

answers: NDQ_007563

answers: Which of the following is not a type of medication?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not the result of osteoporosis?

answers: NDQ_007573

answers: What is the main idea of this passage?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is true of sprains?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: bisphosphonate

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: broken bones

answers: NDQ_007552

answers: bisphosphonate

answers: NDQ_007553

answers: osteoporosis includes a proper diet during childhood

answers: NDQ_007554

answers: osteoporosis

answers: NDQ_007555

answers: bisphosphonate type are useful in those with previous broken bones

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: bisphosphonate

answers: NDQ_007558

answers: broken bones

answers: NDQ_007560

answers: broken bones

answers: NDQ_007562

answers: no previous broken bones

answers: NDQ_007563

answers: bisphosphonate

answers: NDQ_007566

answers: bisphosphonate

answers: NDQ_007568

answers: bisphosphonate

answers: NDQ_007569

answers: bisphosphonate

answers: NDQ_007570

answers: bisphosphonate type are useful in those with previous broken bones

answers: NDQ_007571

answers: bisphosphonate

answers: NDQ_007572

answers: bisphosphonate

answers: NDQ_007573

answers: bisphosphonate

answers: NDQ_007574

answers: bisphosphonate

answers: NDQ_007575

answers: bisphosphonate

answers: NDQ_007576

answers: bisphosphonate type are useful in those with previous broken bones

answers: NDQ_007577

answers: bisphosphonate type are useful in those with previous broken bones

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: bisphosphonate

answers: NDQ_007582

answers: bisphosphonate

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: Teriparatide ( a recombinant parathyroid hormone ) has been shown to be effective in treatment of women with postmenopausal osteoporosis. Some evidence also indicates strontium ranelate is effective in decreasing the risk of vertebral and nonvertebral fractures in postmenopausal women with osteoporosis. Hormone replacement therapy, while effective for osteoporosis, is only recommended in women who also have menopausal symptoms. Raloxifene, while effective in decreasing vertebral fractures, does not affect the risk of nonvertebral fracture. And while it reduces the risk of breast cancer, it increases the risk of blood clots and strokes. Denosumab is also effective for preventing osteoporotic fractures. In hypogonadal men, testosterone has been shown to improve bone quantity and quality, but, as of 2008, no studies evaluated its effect on fracture risk or in men with a normal testosterone levels. Calcitonin while once recommended is no longer due to the associated risk of cancer with its use and questionable effect on fracture risk.

text: Teriparatide

text: ( a

text: recombinant

text: parathyroid hormone ) has been shown to be effective in treatment of women with postmenopausal osteoporosis. Some evidence also indicates

text: strontium ranelate

text: is effective in decreasing the risk of vertebral and nonvertebral fractures in postmenopausal women with osteoporosis. Hormone replacement therapy, while effective for osteoporosis, is only recommended in women who also have menopausal symptoms.

text: Raloxifene

text: , while effective in decreasing vertebral fractures, does not affect the risk of nonvertebral fracture. And while it reduces the risk of

text: breast cancer

text: , it increases the risk of

text: blood clots

text: and

text: stroke

text: s.

text: Denosumab

text: is also effective for preventing osteoporotic fractures. In hypogonadal men, testosterone has been shown to improve bone quantity and quality, but, as of 2008, no studies evaluated its effect on fracture risk or in men with a normal testosterone levels.

text: Calcitonin

text: while once recommended is no longer due to the associated risk of

text: cancer

text: with its use and questionable effect on fracture risk.

answers: NDQ_007549

answers: vertebral

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: vertebral and nonvertebral

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: parathyroid hormone

answers: NDQ_007554

answers: osteoclast

answers: NDQ_007555

answers: vertebral

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: Raloxifene does not affect the risk of nonvertebral fracture

answers: NDQ_007563

answers: Which of the following is true of parathyroid hormone?

answers: NDQ_007566

answers: Which of the following is true of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: Which of the following is not a benefit of Raloxifene?

answers: NDQ_007573

answers: Yes

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporotic

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporotic

answers: NDQ_007581

answers: vertebral

answers: NDQ_007582

answers: parathyroid hormone

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: vertebral and nonvertebral fractures

answers: NDQ_007550

answers: vertebral and nonvertebral fractures

answers: NDQ_007551

answers: vertebral and nonvertebral fractures

answers: NDQ_007552

answers: parathyroid hormone

answers: NDQ_007553

answers: clots

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: vertebral and nonvertebral fractures

answers: NDQ_007556

answers: hypogonadal

answers: NDQ_007557

answers: vertebral and nonvertebral fractures

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: nonvertebral fracture.

answers: NDQ_007563

answers: Calcitonin

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: vertebral and nonvertebral fractures

answers: NDQ_007569

answers: testosterone

answers: NDQ_007570

answers: vertebral and nonvertebral fractures

answers: NDQ_007571

answers: testosterone

answers: NDQ_007572

answers: blood clots

answers: NDQ_007573

answers: vertebral and nonvertebral fractures

answers: NDQ_007574

answers: testosterone

answers: NDQ_007575

answers: testosterone

answers: NDQ_007576

answers: nonvertebral fractures

answers: NDQ_007577

answers: vertebral and nonvertebral fractures

answers: NDQ_007578

answers: osteoporotic

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporotic

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: clots

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporotic fractures. In hypogonadal

text: Moreover, average ankle sprains for the general U.S. population are estimated at 5-7 ankle sprains for every 1000 person-years; however a study showed that for military cadets’ incidences for ankle sprains were about 10 times those of the general population

text: Moreover, average ankle sprains for the general U.S. population are estimated at 5-7 ankle sprains for every 1000 person-years; however a study showed that for military cadets’ incidences for ankle sprains were about 10 times those of the general population

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: the bones of the limbs

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: sprains

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: ankle sprains for every 1000 person-years

answers: NDQ_007563

answers: What happens when bones release stored calcium?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: vitamin D is needed to keep bones strong.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporotic

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: ankle

answers: NDQ_007550

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007551

answers: ankle sprains

answers: NDQ_007552

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007553

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007554

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007557

answers: ankle sprains

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: 10 times those of the general population

answers: NDQ_007563

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007566

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007568

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007569

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007570

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007571

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007572

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007573

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007574

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007575

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007576

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007577

answers: 5-7 ankle sprains for every 1000 person-years;

answers: NDQ_007578

answers: ankle

answers: NDQ_007579

answers: ankle

answers: NDQ_007580

answers: military cadets’

answers: NDQ_007581

answers: ankle

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle

answers: NDQ_007584

answers: 5-7 ankle sprains for every 1000 person-years;

text: Economic effects of hydraulic fracturing include increases in jobs and by extension and increases in business. The Environmental Protection Agency (EPA) states that it is unclear on a local level how and for how long hydraulic fracturing affects a community economically. It is hypothesized that hydraulic fracturing may not provide jobs to local communities due to the specialized nature of hydraulic fracturing tasks. Also, communities’ local resources could potentially be taxed due to the increase in industry traffic or if an accident occurs.

text: Economic effects of hydraulic fracturing include increases in jobs and by extension and increases in business. The

entity_name: United States Environmental Protection Agency

text: Environmental Protection Agency (EPA)

text: states that it is unclear on a local level how and for how long hydraulic fracturing affects a community economically. It is hypothesized that hydraulic fracturing may not provide jobs to local communities due to the specialized nature of hydraulic fracturing tasks. Also, communities’ local resources could potentially be taxed due to the increase in industry traffic or if an accident occurs.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: specialized nature

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: knee

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: not provide jobs to local communities due to the specialized nature of hydraulic fracturing tasks

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a source of calcium?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: Which of the following is true of a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: Economic effects of hydraulic fracturing

answers: NDQ_007550

answers: Economic effects of hydraulic fracturing

answers: NDQ_007551

answers: Economic effects of hydraulic fracturing

answers: NDQ_007552

answers: Economic effects of hydraulic fracturing

answers: NDQ_007553

answers: Economic effects of hydraulic fracturing

answers: NDQ_007554

answers: hydraulic fracturing

answers: NDQ_007555

answers: Economic effects of hydraulic fracturing

answers: NDQ_007556

answers: specialized nature of hydraulic fracturing tasks.

answers: NDQ_007557

answers: hydraulic fracturing

answers: NDQ_007558

answers: Economic effects of hydraulic fracturing

answers: NDQ_007560

answers: hydraulic fracturing

answers: NDQ_007562

answers: Economic effects of hydraulic fracturing

answers: NDQ_007563

answers: Economic effects of hydraulic fracturing

answers: NDQ_007566

answers: Economic effects of hydraulic fracturing

answers: NDQ_007568

answers: Economic effects of hydraulic fracturing

answers: NDQ_007569

answers: Economic effects of hydraulic fracturing

answers: NDQ_007570

answers: Economic effects of hydraulic fracturing

answers: NDQ_007571

answers: Economic effects of hydraulic fracturing

answers: NDQ_007572

answers: Economic effects of hydraulic fracturing

answers: NDQ_007573

answers: Economic effects of hydraulic fracturing

answers: NDQ_007574

answers: Economic effects of hydraulic fracturing

answers: NDQ_007575

answers: Economic effects of hydraulic fracturing

answers: NDQ_007576

answers: Economic effects of hydraulic fracturing

answers: NDQ_007577

answers: Economic effects of hydraulic fracturing

answers: NDQ_007578

answers: Economic effects of hydraulic fracturing

answers: NDQ_007579

answers: Economic effects of hydraulic fracturing

answers: NDQ_007580

answers: Economic effects of hydraulic fracturing

answers: NDQ_007581

answers: Economic effects of hydraulic fracturing

answers: NDQ_007582

answers: Economic effects of hydraulic fracturing

answers: NDQ_007583

answers: Economic effects of hydraulic fracturing

answers: NDQ_007584

answers: hydraulic fracturing

text: Conditions for which ultrasound may be used for treatment include the follow examples: ligament sprains, muscle strains, tendonitis, joint inflammation, plantar fasciitis, metatarsalgia, facet irritation, impingement syndrome, bursitis, rheumatoid arthritis, osteoarthritis, and scar tissue adhesion.

text: Conditions for which ultrasound may be used for treatment include the follow examples: ligament

text: sprain

text: s, muscle

text: strains

text: tendonitis

text: , joint inflammation,

text: plantar fasciitis

text: metatarsalgia

text: , facet irritation,

text: impingement syndrome

text: bursitis

text: rheumatoid arthritis

text: osteoarthritis

text: , and scar tissue adhesion.

answers: NDQ_007549

answers: facet

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: joint inflammation

answers: NDQ_007552

answers: tendonitis

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: osteoarthritis

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoarthritis

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: facet

answers: NDQ_007560

answers: impingement syndrome

answers: NDQ_007562

answers: rheumatoid arthritis can be treated with ultrasound.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe osteoarthritis?

answers: NDQ_007568

answers: Which of the following is not an example of an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: impingement syndrome

answers: NDQ_007571

answers: osteoarthritis

answers: NDQ_007572

answers: Which of the following is not a type of tissue?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: osteoarthritis

answers: NDQ_007576

answers: ligament

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoarthritis

answers: NDQ_007579

answers: osteoarthritis

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: osteoarthritis

answers: NDQ_007582

answers: facet

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: muscle strains,

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle strains,

answers: NDQ_007552

answers: scar tissue adhesion.

answers: NDQ_007553

answers: muscle strains,

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: osteoarthritis,

answers: NDQ_007556

answers: osteoarthritis,

answers: NDQ_007557

answers: ligament sprains, muscle strains, tendonitis,

answers: NDQ_007558

answers: facet

answers: NDQ_007560

answers: impingement

answers: NDQ_007562

answers: ultrasound

answers: NDQ_007563

answers: osteoarthritis,

answers: NDQ_007566

answers: ultrasound

answers: NDQ_007568

answers: ligament sprains, muscle strains, tendonitis,

answers: NDQ_007569

answers: osteoarthritis,

answers: NDQ_007570

answers: joint inflammation,

answers: NDQ_007571

answers: osteoarthritis,

answers: NDQ_007572

answers: osteoarthritis,

answers: NDQ_007573

answers: ultrasound

answers: NDQ_007574

answers: ultrasound

answers: NDQ_007575

answers: muscle strains,

answers: NDQ_007576

answers: ligament sprains,

answers: NDQ_007577

answers: ligament sprains, muscle strains, tendonitis,

answers: NDQ_007578

answers: osteoarthritis,

answers: NDQ_007579

answers: scar tissue

answers: NDQ_007580

answers: osteoarthritis,

answers: NDQ_007581

answers: fasciitis,

answers: NDQ_007582

answers: scar tissue

answers: NDQ_007583

answers: scar tissue

answers: NDQ_007584

answers: osteoarthritis,

text: Movements - especially twisting, turning, and rolling of the foot - are the primary cause of an ankle sprain.

text: Movements - especially twisting, turning, and rolling of the foot - are the primary cause of an ankle sprain.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: foot

answers: NDQ_007556

answers: movement

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Ankle sprains are caused by spraining the ankle.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the best way to describe bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the best way to keep bones strong?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a cause of an ankle sprain?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the human body have?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: Ankle

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: deformity

answers: NDQ_007549

answers: foot

answers: NDQ_007550

answers: twisting, turning, and rolling of the foot

answers: NDQ_007551

answers: Movements - especially twisting, turning, and rolling of the foot

answers: NDQ_007552

answers: Movements

answers: NDQ_007553

answers: Movements

answers: NDQ_007554

answers: ankle sprain.

answers: NDQ_007555

answers: foot

answers: NDQ_007556

answers: Movements

answers: NDQ_007557

answers: ankle sprain.

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Movements

answers: NDQ_007563

answers: Movements

answers: NDQ_007566

answers: Movements

answers: NDQ_007568

answers: Movements

answers: NDQ_007569

answers: Movements - especially twisting, turning, and rolling of the foot

answers: NDQ_007570

answers: Movements - especially twisting, turning, and rolling of the foot

answers: NDQ_007571

answers: Movements

answers: NDQ_007572

answers: Movements

answers: NDQ_007573

answers: Movements - especially twisting, turning, and rolling of the foot

answers: NDQ_007574

answers: Movements - especially twisting, turning, and rolling of the foot

answers: NDQ_007575

answers: Movements

answers: NDQ_007576

answers: Movements

answers: NDQ_007577

answers: Movements - especially twisting, turning, and rolling of the foot

answers: NDQ_007578

answers: ankle

answers: NDQ_007579

answers: ankle

answers: NDQ_007580

answers: ankle

answers: NDQ_007581

answers: ankle

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle sprain.

answers: NDQ_007584

answers: ankle sprain.

text: Curiously, in the mdx mouse model of Duchenne muscular dystrophy, the lack of dystrophin is associated with increased calcium levels and skeletal muscle myonecrosis. The intrinsic laryngeal muscles (ILMs) are protected and do not undergo myonecrosis. ILMs have a calcium regulation system profile suggestive of a better ability to handle calcium changes in comparison to outher muscles, and this may provide a mechanistic insight for their unique pathophysiological properties. The ILM may facilitate the development of novel strategies for the prevention and treatment of muscle wasting in a variety of clinical scenarios.

text: Curiously, in the

text: mdx

text: mouse model of Duchenne muscular dystrophy, the lack of dystrophin is associated with increased calcium levels and skeletal muscle myonecrosis. The

text: intrinsic laryngeal muscles

text: (ILMs) are protected and do not undergo myonecrosis. ILMs have a calcium regulation system profile suggestive of a better ability to handle calcium changes in comparison to outher muscles, and this may provide a mechanistic insight for their unique pathophysiological properties. The ILM may facilitate the development of novel strategies for the prevention and treatment of muscle wasting in a variety of clinical scenarios.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: Dystrophin

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: skeletal muscle myonecrosis

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: laryngeal

answers: NDQ_007562

answers: ILMs are protected and do not undergo myonecrosis

answers: NDQ_007563

answers: What is the function of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone lies between periosteum and compact bone

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: The skeletal muscle myonecrosis

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones are in the adult skeletal system?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: blood platelets

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: myonecrosis

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: dystrophin

answers: NDQ_007553

answers: calcium levels and skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: a better ability to handle calcium changes

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: The intrinsic laryngeal muscles

answers: NDQ_007560

answers: intrinsic laryngeal muscles

answers: NDQ_007562

answers: The intrinsic laryngeal muscles

answers: NDQ_007563

answers: calcium

answers: NDQ_007566

answers: calcium

answers: NDQ_007568

answers: mdx mouse model of Duchenne muscular dystrophy,

answers: NDQ_007569

answers: skeletal muscle myonecrosis.

answers: NDQ_007570

answers: skeletal muscle myonecrosis.

answers: NDQ_007571

answers: calcium levels and skeletal muscle myonecrosis.

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: skeletal muscle myonecrosis.

answers: NDQ_007574

answers: skeletal muscle myonecrosis.

answers: NDQ_007575

answers: skeletal muscle myonecrosis.

answers: NDQ_007576

answers: skeletal muscle myonecrosis.

answers: NDQ_007577

answers: mdx mouse model of Duchenne muscular dystrophy,

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: calcium

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: laryngeal muscles

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: myonecrosis.

text: Skeletal striated muscle, or Voluntary muscle, primarily links to bone through tendon, thus enabling through levers of the bones of the human skeleton posturing, upright stance under atmospheric pressure, and voluntary movements.

text: Skeletal striated muscle

text: , or Voluntary muscle, primarily links to bone through tendon, thus enabling through levers of the bones of the human skeleton posturing, upright stance under atmospheric pressure, and voluntary movements.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: voluntary movements

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: erythrocytes

answers: NDQ_007554

answers: tendon

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: atmospheric pressure

answers: NDQ_007557

answers: tendon

answers: NDQ_007558

answers: bones of the human skeleton

answers: NDQ_007560

answers: skeleton

answers: NDQ_007562

answers: Bone fractures are not caused by voluntary muscle movements.

answers: NDQ_007563

answers: Which is not the type of muscle that links to bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of muscle: Skeletal striated muscle, or voluntary muscle

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Why is this important?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: tendon

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: tendon

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Skeletal striated muscle,

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: posturing, upright stance under atmospheric pressure, and voluntary movements.

answers: NDQ_007552

answers: Skeletal striated muscle,

answers: NDQ_007553

answers: Skeletal striated muscle,

answers: NDQ_007554

answers: tendon,

answers: NDQ_007555

answers: tendon,

answers: NDQ_007556

answers: atmospheric pressure,

answers: NDQ_007557

answers: tendon,

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: levers

answers: NDQ_007562

answers: upright stance under atmospheric pressure,

answers: NDQ_007563

answers: Skeletal striated muscle,

answers: NDQ_007566

answers: Skeletal striated muscle,

answers: NDQ_007568

answers: Skeletal striated muscle,

answers: NDQ_007569

answers: Skeletal striated muscle,

answers: NDQ_007570

answers: tendon,

answers: NDQ_007571

answers: Skeletal striated muscle,

answers: NDQ_007572

answers: Skeletal striated muscle,

answers: NDQ_007573

answers: Skeletal striated muscle,

answers: NDQ_007574

answers: Skeletal striated muscle,

answers: NDQ_007575

answers: Skeletal striated muscle,

answers: NDQ_007576

answers: tendon,

answers: NDQ_007577

answers: human skeleton posturing, upright stance under atmospheric pressure,

answers: NDQ_007578

answers: Skeletal striated muscle,

answers: NDQ_007579

answers: tendon,

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: tendon,

answers: NDQ_007582

answers: Skeletal striated muscle,

answers: NDQ_007583

answers: tendon,

answers: NDQ_007584

answers: tendon,

text: To prevent a key from being guessed, keys need to be generated truly randomly and contain sufficient entropy. The problem of how to safely generate truly random keys is difficult, and has been addressed in many ways by various cryptographic systems. There is a RFC on generating randomness (RFC 4086, Randomness Requirements for Security). Some operating systems include tools for "collecting" entropy from the timing of unpredictable operations such as disk drive head movements. For the production of small amounts of keying material, ordinary dice provide a good source of high quality randomness.

text: To prevent a key from being guessed, keys need to be generated truly

text: random

text: ly and contain sufficient

text: entropy

text: . The problem of how to safely generate truly random keys is difficult, and has been addressed in many ways by various cryptographic systems. There is a

text: RFC

text: on

text: generating randomness

text: (RFC 4086, Randomness Requirements for Security). Some operating systems include tools for "collecting" entropy from the timing of unpredictable operations such as

text: disk drive

text: head movements. For the production of small amounts of keying material, ordinary

text: dice

text: provide a good source of high quality randomness.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: entropy

answers: NDQ_007557

answers: entropy

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: disk drive

answers: NDQ_007562

answers: ordinary dice provide a good source of high quality randomness

answers: NDQ_007563

answers: What is stored in bones?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: dice

answers: NDQ_007550

answers: dice

answers: NDQ_007551

answers: To prevent a key from being guessed,

answers: NDQ_007552

answers: dice

answers: NDQ_007553

answers: dice

answers: NDQ_007554

answers: entropy.

answers: NDQ_007555

answers: dice provide a good source of high quality randomness.

answers: NDQ_007556

answers: randomly and contain sufficient entropy.

answers: NDQ_007557

answers: dice

answers: NDQ_007558

answers: disk drive head

answers: NDQ_007560

answers: disk drive head

answers: NDQ_007562

answers: randomly and contain sufficient entropy.

answers: NDQ_007563

answers: dice

answers: NDQ_007566

answers: dice

answers: NDQ_007568

answers: dice

answers: NDQ_007569

answers: dice

answers: NDQ_007570

answers: dice

answers: NDQ_007571

answers: keys need to be generated truly randomly and contain sufficient entropy.

answers: NDQ_007572

answers: dice

answers: NDQ_007573

answers: dice

answers: NDQ_007574

answers: dice

answers: NDQ_007575

answers: dice

answers: NDQ_007576

answers: dice provide a good source of high quality randomness.

answers: NDQ_007577

answers: dice

answers: NDQ_007578

answers: dice

answers: NDQ_007579

answers: dice

answers: NDQ_007580

answers: dice

answers: NDQ_007581

answers: dice

answers: NDQ_007582

answers: dice

answers: NDQ_007583

answers: dice

answers: NDQ_007584

answers: operations

text: Down Beat critic John Ephland commented that "there is indeed a sense of adventure, of taking chances with so much talent, and with such skeletal designs", adding that "Big Fun reinforces the notion that Miles' primary contributions to music have come via orchestrating, organizing, enabling. How this music was put together proves to be as interesting as any solo or ensemble work [...] Incidentally, the digital sound quality is consistently high throughout".

text: Down Beat

text: critic John Ephland commented that "there is indeed a sense of adventure, of taking chances with so much talent, and with such skeletal designs", adding that "Big Fun reinforces the notion that Miles' primary contributions to music have come via orchestrating, organizing, enabling. How this music was put together proves to be as interesting as any solo or ensemble work [...] Incidentally, the digital sound quality is consistently high throughout".

answers: NDQ_007549

answers: designs

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: enabling

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal designs

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: skeletal designs

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: the digital sound quality is consistently high throughout

answers: NDQ_007563

answers: What is the purpose of skeletal designs?

answers: NDQ_007566

answers: What is the opposite of skeletal designs?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: talent,

answers: NDQ_007550

answers: skeletal designs",

answers: NDQ_007551

answers: orchestrating, organizing, enabling.

answers: NDQ_007552

answers: skeletal designs",

answers: NDQ_007553

answers: skeletal designs",

answers: NDQ_007554

answers: skeletal designs",

answers: NDQ_007555

answers: skeletal designs",

answers: NDQ_007556

answers: a sense of adventure,

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal designs",

answers: NDQ_007560

answers: orchestrating,

answers: NDQ_007562

answers: skeletal designs",

answers: NDQ_007563

answers: skeletal designs",

answers: NDQ_007566

answers: skeletal designs",

answers: NDQ_007568

answers: skeletal designs",

answers: NDQ_007569

answers: skeletal designs",

answers: NDQ_007570

answers: skeletal designs",

answers: NDQ_007571

answers: skeletal designs",

answers: NDQ_007572

answers: skeletal designs",

answers: NDQ_007573

answers: skeletal designs",

answers: NDQ_007574

answers: skeletal designs",

answers: NDQ_007575

answers: skeletal designs",

answers: NDQ_007576

answers: Down Beat critic John Ephland

answers: NDQ_007577

answers: skeletal designs",

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: Miles'

answers: NDQ_007583

answers: skeletal designs",

answers: NDQ_007584

answers: skeletal

text: While their cell bodies are found in the central nervous system (CNS), α motor neurons are also considered part of the somatic nervous system—a branch of the peripheral nervous system (PNS)—because their axons extend into the periphery to innervate skeletal muscles.

text: While their

text: cell bodies

text: are found in the

text: central nervous system

text: (CNS), α motor neurons are also considered part of the

text: somatic nervous system

text: —a branch of the

text: peripheral nervous system

text: (PNS)—because their

text: axon

text: s extend into the periphery to innervate

text: skeletal muscle

text: s.

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: motor neurons

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: motor neurons are found in the central nervous system

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: skeletal muscles

answers: NDQ_007571

answers: Which of the following is not a part of the peripheral nervous system?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Why do muscles grow thicker when they are put under stress by muscles?

answers: NDQ_007576

answers: It does not break.

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: muscles.

answers: NDQ_007551

answers: muscles.

answers: NDQ_007552

answers: skeletal muscles.

answers: NDQ_007553

answers: central nervous system

answers: NDQ_007554

answers: skeletal muscles.

answers: NDQ_007555

answers: skeletal muscles.

answers: NDQ_007556

answers: extend into the periphery to innervate skeletal muscles.

answers: NDQ_007557

answers: skeletal muscles.

answers: NDQ_007558

answers: skeletal muscles.

answers: NDQ_007560

answers: motor neurons

answers: NDQ_007562

answers: cell bodies are found in the central nervous system

answers: NDQ_007563

answers: skeletal muscles.

answers: NDQ_007566

answers: While their cell bodies are found in the central nervous system

answers: NDQ_007568

answers: skeletal muscles.

answers: NDQ_007569

answers: While their cell bodies are found in the central nervous system

answers: NDQ_007570

answers: skeletal muscles.

answers: NDQ_007571

answers: skeletal muscles.

answers: NDQ_007572

answers: cell bodies are found in the central nervous system

answers: NDQ_007573

answers: <unk> motor neurons

answers: NDQ_007574

answers: cell bodies are found in the central nervous system

answers: NDQ_007575

answers: skeletal muscles.

answers: NDQ_007576

answers: While their cell bodies are found in the central nervous system

answers: NDQ_007577

answers: While their cell bodies are found in the central nervous system

answers: NDQ_007578

answers: skeletal muscles.

answers: NDQ_007579

answers: skeletal muscles.

answers: NDQ_007580

answers: skeletal muscles.

answers: NDQ_007581

answers: skeletal muscles.

answers: NDQ_007582

answers: cell bodies

answers: NDQ_007583

answers: skeletal muscles.

answers: NDQ_007584

answers: skeletal muscles.

text: Ankle sprains can occur through either sports or activities of daily living, and individuals can be at higher or lower risk depending on a variety of circumstances including their homeland, race, age, sex, or profession    In addition, there are different types of ankle sprains such as eversion ankle sprains and inversion ankle sprains.  Overall, the most common type of ankle sprain to occur is an inversion ankle sprain, where excessive plantar flexion and supination cause the anterior talofibular ligament to be affected.  A study showed that for a population of Scandinavians, inversion ankle sprains accounted for 85% of all ankle sprains  Most ankle sprains occur in more active people, such as athletes and regular exercisers.

text: Ankle sprains can occur through either sports or activities of daily living, and individuals can be at higher or lower risk depending on a variety of circumstances including their homeland, race, age, sex, or profession    In addition, there are different types of ankle sprains such as eversion ankle sprains and inversion ankle sprains.  Overall, the most common type of ankle sprain to occur is an inversion ankle sprain, where excessive

text: plantar flexion

text: and

text: supination

text: cause the

text: anterior talofibular ligament

text: to be affected.  A study showed that for a population of

text: Scandinavia

text: ns,

text: inversion

text: ankle sprains accounted for 85% of all ankle sprains  Most ankle sprains occur in more active people, such as athletes and regular exercisers.

answers: NDQ_007549

answers: Ankle

answers: NDQ_007550

answers: vertebral bones

answers: NDQ_007551

answers: activities of daily living

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligament

answers: NDQ_007555

answers: Ankle

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: plantar

answers: NDQ_007560

answers: plantar flexion

answers: NDQ_007562

answers: Ankle sprains can occur through either sports or activities of daily living

answers: NDQ_007563

answers: Which of the following is not a type of ligament?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the most common type of ankle sprain?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a benefit of being active?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the most common type of ankle sprain to occur?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: plantar

answers: NDQ_007579

answers: plantar flexion

answers: NDQ_007580

answers: plantar

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: plantar flexion

answers: NDQ_007583

answers: talofibular ligament

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: talofibular ligament

answers: NDQ_007550

answers: anterior talofibular ligament

answers: NDQ_007551

answers: sports or activities of daily living,

answers: NDQ_007552

answers: talofibular ligament

answers: NDQ_007553

answers: Ankle sprains

answers: NDQ_007554

answers: talofibular ligament

answers: NDQ_007555

answers: anterior talofibular ligament

answers: NDQ_007556

answers: age, sex, or profession

answers: NDQ_007557

answers: talofibular ligament

answers: NDQ_007558

answers: talofibular

answers: NDQ_007560

answers: plantar flexion

answers: NDQ_007562

answers: athletes and regular exercisers.

answers: NDQ_007563

answers: more active people, such as athletes and regular exercisers.

answers: NDQ_007566

answers: Ankle sprains

answers: NDQ_007568

answers: eversion ankle sprains

answers: NDQ_007569

answers: anterior talofibular ligament

answers: NDQ_007570

answers: inversion ankle sprain, where excessive plantar flexion

answers: NDQ_007571

answers: athletes and regular exercisers.

answers: NDQ_007572

answers: inversion

answers: NDQ_007573

answers: Ankle sprains

answers: NDQ_007574

answers: more active people, such as athletes and regular exercisers.

answers: NDQ_007575

answers: inversion ankle sprain, where excessive plantar flexion

answers: NDQ_007576

answers: inversion ankle sprain, where excessive plantar flexion

answers: NDQ_007577

answers: 85%

answers: NDQ_007578

answers: talofibular ligament

answers: NDQ_007579

answers: talofibular ligament

answers: NDQ_007580

answers: talofibular ligament

answers: NDQ_007581

answers: talofibular ligament

answers: NDQ_007582

answers: talofibular ligament

answers: NDQ_007583

answers: talofibular ligament

answers: NDQ_007584

answers: anterior talofibular ligament

text: Stephan was born and grew up in Nehren, a small village close to Tübingen, Germany. He received his M.Sc. in geology from Eberhard Karls University of Tübingen, then went on to receive his Ph.D. in geology from Australian National University. Later, he was a postdoctoral research fellow at Cornell and Stanford University. From 1996 to 2000 he was employed at the ETH Zurich. From 2001 to 2008 he was Governor's Lecturer at Imperial College London. During his time at Cornell he originated CSMP++, a finite element-finite volume software to solve partial differential equations involved with fluid flow in porous media and fractures.Matthai is an expert on multiphase fluid flow in naturally fractured reservoirs, reservoir characterization and discrete fracture-matrix systems.

text: Stephan was born and grew up in Nehren, a small village close to Tübingen, Germany. He received his M.Sc. in geology from

text: Eberhard Karls University of Tübingen

text: , then went on to receive his Ph.D. in geology from

text: Australian National University

text: . Later, he was a postdoctoral research fellow at

text: Cornell

text: and

text: Stanford University

text: . From 1996 to 2000 he was employed at the

text: ETH Zurich

text: . From 2001 to 2008 he was Governor's Lecturer at

text: Imperial College London

text: . During his time at Cornell he originated CSMP++, a finite element-finite volume software to solve

text: partial differential equation

text: s involved with

text: fluid flow

text: in porous media and fractures.Matthai is an expert on

text: multiphase fluid flow

text: in naturally

text: fractured

text: reservoirs, reservoir characterization and discrete fracture-matrix systems.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: fluid flow

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: finite volume

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: fluid flow in naturally fractured reservoirs

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: How would you describe Stephan?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: How many years did Stephan work at the ETH Zurich?

answers: NDQ_007571

answers: Which of the following is not true of Stephan?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: How would you describe Stephan?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: porous

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: matrix

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: Stephan was born and grew up in Nehren,

answers: NDQ_007550

answers: finite element-finite volume

answers: NDQ_007551

answers: fluid flow in porous media and fractures.Matthai

answers: NDQ_007552

answers: CSMP++,

answers: NDQ_007553

answers: Australian National University.

answers: NDQ_007554

answers: porous media

answers: NDQ_007555

answers: Australian National University.

answers: NDQ_007556

answers: Australian National University.

answers: NDQ_007557

answers: fractures.Matthai

answers: NDQ_007558

answers: Stephan was born and grew up in Nehren,

answers: NDQ_007560

answers: fractures.Matthai

answers: NDQ_007562

answers: naturally fractured

answers: NDQ_007563

answers: Eberhard Karls University of Tübingen,

answers: NDQ_007566

answers: fluid flow in porous media

answers: NDQ_007568

answers: Eberhard Karls University of Tübingen,

answers: NDQ_007569

answers: Stephan

answers: NDQ_007570

answers: Eberhard Karls University of Tübingen,

answers: NDQ_007571

answers: Australian National University.

answers: NDQ_007572

answers: fractures.Matthai

answers: NDQ_007573

answers: discrete fracture-matrix systems.

answers: NDQ_007574

answers: Stephan was born and grew up in Nehren,

answers: NDQ_007575

answers: Australian National University.

answers: NDQ_007576

answers: Stephan was born and grew up in Nehren,

answers: NDQ_007577

answers: Eberhard Karls University of Tübingen,

answers: NDQ_007578

answers: porous

answers: NDQ_007579

answers: fractures.Matthai

answers: NDQ_007580

answers: porous media

answers: NDQ_007581

answers: fractures.Matthai

answers: NDQ_007582

answers: fluid flow in porous media

answers: NDQ_007583

answers: porous media

answers: NDQ_007584

answers: fractures.Matthai

text: Kyle Orton (8/14 for 108 yards) left the game in the second quarter with a sprained right ankle.

text: Kyle Orton (8/14 for 108 yards) left the game in the second quarter with a sprained right ankle.

answers: NDQ_007549

answers: Ankles

answers: NDQ_007550

answers: __.

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: they are longer than the rest of the skeleton

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Bone fractures are not caused by sprained ankles.

answers: NDQ_007563

answers: How would you describe Kyle Orton?

answers: NDQ_007566

answers: How would you describe Kyle Orton?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: How would you describe Kyle Orton?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: (iii).

answers: NDQ_007577

answers: None of the above choices .

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: ankle.

answers: NDQ_007550

answers: ankle.

answers: NDQ_007551

answers: ankle.

answers: NDQ_007552

answers: sprained right ankle.

answers: NDQ_007553

answers: Kyle Orton

answers: NDQ_007554

answers: ankle.

answers: NDQ_007555

answers: ankle.

answers: NDQ_007556

answers: sprained right ankle.

answers: NDQ_007557

answers: ankle.

answers: NDQ_007558

answers: ankle.

answers: NDQ_007560

answers: ankle.

answers: NDQ_007562

answers: sprained right ankle.

answers: NDQ_007563

answers: Kyle Orton

answers: NDQ_007566

answers: sprained right ankle.

answers: NDQ_007568

answers: sprained right ankle.

answers: NDQ_007569

answers: sprained right ankle.

answers: NDQ_007570

answers: ankle.

answers: NDQ_007571

answers: Kyle Orton

answers: NDQ_007572

answers: sprained right ankle.

answers: NDQ_007573

answers: sprained right ankle.

answers: NDQ_007574

answers: sprained right ankle.

answers: NDQ_007575

answers: sprained right ankle.

answers: NDQ_007576

answers: sprained right ankle.

answers: NDQ_007577

answers: sprained right ankle.

answers: NDQ_007578

answers: ankle.

answers: NDQ_007579

answers: ankle.

answers: NDQ_007580

answers: ankle.

answers: NDQ_007581

answers: ankle.

answers: NDQ_007582

answers: ankle.

answers: NDQ_007583

answers: ankle.

answers: NDQ_007584

answers: ankle.

text: During aging, there is a gradual decrease in the ability to maintain skeletal muscle function and mass.  This condition is called "sarcopenia", and may be distinct from atrophy in its pathophysiology.  While the exact cause of sarcopenia is unknown, it may be induced by a combination of a gradual failure in the "satellite cells" which help to regenerate skeletal muscle fibers, and a decrease in sensitivity to or the availability of critical secreted growth factors which are necessary to maintain muscle mass and satellite cell survival.

text: During aging, there is a gradual decrease in the ability to maintain skeletal muscle function and mass.  This condition is called "

text: sarcopenia

text: ", and may be distinct from atrophy in its pathophysiology.  While the exact cause of sarcopenia is unknown, it may be induced by a combination of a gradual failure in the "

text: satellite cells

text: " which help to regenerate skeletal muscle fibers, and a decrease in sensitivity to or the availability of critical secreted growth factors which are necessary to maintain muscle mass and satellite cell survival.

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: satellite cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: sarcopenia

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: The exact cause of sarcopenia is unknown

answers: NDQ_007563

answers: What is sarcopenia?

answers: NDQ_007566

answers: What is sarcopenia?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is sarcopenia

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: atrophy

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: sarcopenia

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: atrophy

answers: NDQ_007549

answers: muscle fibers,

answers: NDQ_007550

answers: skeletal muscle fibers,

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: growth factors

answers: NDQ_007553

answers: "satellite cells"

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: aging,

answers: NDQ_007557

answers: skeletal muscle fibers,

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: During aging,

answers: NDQ_007563

answers: secreted growth factors

answers: NDQ_007566

answers: "sarcopenia",

answers: NDQ_007568

answers: skeletal muscle fibers,

answers: NDQ_007569

answers: "sarcopenia",

answers: NDQ_007570

answers: "sarcopenia",

answers: NDQ_007571

answers: "sarcopenia",

answers: NDQ_007572

answers: "satellite cells"

answers: NDQ_007573

answers: "sarcopenia",

answers: NDQ_007574

answers: During aging,

answers: NDQ_007575

answers: skeletal muscle fibers,

answers: NDQ_007576

answers: "sarcopenia",

answers: NDQ_007577

answers: "sarcopenia",

answers: NDQ_007578

answers: skeletal muscle fibers,

answers: NDQ_007579

answers: skeletal muscle fibers,

answers: NDQ_007580

answers: skeletal muscle fibers,

answers: NDQ_007581

answers: skeletal muscle fibers,

answers: NDQ_007582

answers: "satellite cells"

answers: NDQ_007583

answers: skeletal muscle fibers,

answers: NDQ_007584

answers: atrophy

text: In the European Union 1 Billion € flagship Human Brain Project, simulated brains are being built. The Roboy team, in close collaboration with the head of the Neurorobotics part of the project, Prof. Alois Knoll from the Technical University of Munich, provides a basis for the robots to be used in the project. Muscolo-skeletal systems are natural partners for brains as they evolved together. Their goals are to find insights on how to control complex soft robots and also to bring virtual brains into physical reality.

text: In the European Union 1 Billion € flagship

text: Human Brain Project

text: , simulated brains are being built. The Roboy team, in close collaboration with the head of the Neurorobotics part of the project, Prof. Alois Knoll from the

text: Technical University of Munich

text: , provides a basis for the robots to be used in the project. Muscolo-skeletal systems are natural partners for brains as they evolved together. Their goals are to find insights on how to control complex soft robots and also to bring virtual brains into physical reality.

answers: NDQ_007549

answers: Muscolo

answers: NDQ_007550

answers: Muscolo-skeletal systems

answers: NDQ_007551

answers: Muscolo

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: Muscolo

answers: NDQ_007555

answers: Muscolo

answers: NDQ_007556

answers: evolved together

answers: NDQ_007557

answers: Muscolo-skeletal

answers: NDQ_007558

answers: Muscolo

answers: NDQ_007560

answers: Muscolo-skeletal

answers: NDQ_007562

answers: brains are being built

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Muscolo-skeletal systems

answers: NDQ_007571

answers: The European Union 1 Billion € flagship Human Brain Project

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Muscolo-skeletal systems are natural partners for brains

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Muscolo-skeletal systems are natural partners for brains

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Muscolo

answers: NDQ_007579

answers: Muscolo

answers: NDQ_007580

answers: Muscolo

answers: NDQ_007581

answers: Muscolo

answers: NDQ_007582

answers: Muscolo

answers: NDQ_007583

answers: Muscolo

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: Muscolo-skeletal

answers: NDQ_007550

answers: Muscolo-skeletal systems

answers: NDQ_007551

answers: Muscolo-skeletal systems are natural partners for brains

answers: NDQ_007552

answers: Muscolo-skeletal systems

answers: NDQ_007553

answers: Muscolo-skeletal systems

answers: NDQ_007554

answers: Muscolo-skeletal

answers: NDQ_007555

answers: Muscolo-skeletal systems

answers: NDQ_007556

answers: evolved together.

answers: NDQ_007557

answers: Muscolo-skeletal systems

answers: NDQ_007558

answers: Muscolo-skeletal

answers: NDQ_007560

answers: Muscolo-skeletal

answers: NDQ_007562

answers: Muscolo-skeletal systems are natural partners for brains

answers: NDQ_007563

answers: Muscolo-skeletal systems

answers: NDQ_007566

answers: Muscolo-skeletal systems are natural partners for brains

answers: NDQ_007568

answers: Muscolo-skeletal systems

answers: NDQ_007569

answers: Muscolo-skeletal systems

answers: NDQ_007570

answers: Muscolo-skeletal systems

answers: NDQ_007571

answers: Muscolo-skeletal systems

answers: NDQ_007572

answers: Muscolo-skeletal systems

answers: NDQ_007573

answers: Muscolo-skeletal systems

answers: NDQ_007574

answers: Muscolo-skeletal systems

answers: NDQ_007575

answers: Muscolo-skeletal systems

answers: NDQ_007576

answers: Muscolo-skeletal systems

answers: NDQ_007577

answers: Muscolo-skeletal systems

answers: NDQ_007578

answers: Muscolo-skeletal

answers: NDQ_007579

answers: Muscolo-skeletal

answers: NDQ_007580

answers: Muscolo-skeletal

answers: NDQ_007581

answers: Muscolo-skeletal

answers: NDQ_007582

answers: Muscolo-skeletal

answers: NDQ_007583

answers: Muscolo-skeletal

answers: NDQ_007584

answers: evolved

text: Skeletal muscles are sensitive to physiological stress, as exercise can impair ER homeostasis. This causes the expression of ER chaperones to be induced by the UPR in response to the exercise-induced ER stress. Muscular contraction during exercise causes calcium to be released from the sarcoplasmic reticulum (SR), a specialized ER network in skeletal muscles. This calcium then interacts with calcineurin and calcium/calmodulin-dependent kinases that in turn activate transcription factors. These transcription factors then proceed to alter the expression of exercise-regulated muscle genes. PGC-1alpha, a transcriptional coactivator, is a key transcription factor involved in mediating the UPR in a tissue-specific manner in skeletal muscles by coactivating ATF6alpha. Therefore, PGC-1alpha gets expressed in muscles after acute and long-term exercise training. The function of this transcription factor is to increase the number and function of mitochondria, as well as to induce a switch of skeletal fibers to slow oxidative muscle fibers, as these are fatigue-resistant. Therefore, this UPR pathway mediates changes in muscles that have undergone endurance training by making them more resistant to fatigue and protecting them from future stress.

text: Skeletal muscles are sensitive to physiological stress, as exercise can impair ER homeostasis. This causes the expression of ER chaperones to be induced by the UPR in response to the exercise-induced

text: ER stress

text: . Muscular contraction during exercise causes calcium to be released from the sarcoplasmic reticulum (SR), a specialized ER network in skeletal muscles. This calcium then interacts with calcineurin and calcium/calmodulin-dependent kinases that in turn activate transcription factors. These transcription factors then proceed to alter the expression of exercise-regulated muscle genes. PGC-1alpha, a transcriptional coactivator, is a key transcription factor involved in mediating the UPR in a tissue-specific manner in skeletal muscles by coactivating ATF6alpha. Therefore, PGC-1alpha gets expressed in muscles after acute and long-term exercise training. The function of this transcription factor is to increase the number and function of mitochondria, as well as to induce a switch of skeletal fibers to slow oxidative muscle fibers, as these are fatigue-resistant. Therefore, this UPR pathway mediates changes in muscles that have undergone endurance training by making them more resistant to fatigue and protecting them from future stress.

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: skeletal fibers

answers: NDQ_007551

answers: Muscle contraction

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: long-term exercise training

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: Muscular contraction

answers: NDQ_007562

answers: exercise can impair ER homeostasis

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal, cardiac, or muscular?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: What is the human skeleton made of?

answers: NDQ_007575

answers: Which of the following is NOT the function of PGC-1alpha?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: ER

answers: NDQ_007579

answers: skeletal fibers

answers: NDQ_007580

answers: skeletal fibers

answers: NDQ_007581

answers: skeletal fibers

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal fibers

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: skeletal fibers

answers: NDQ_007551

answers: Skeletal muscles are sensitive to physiological stress,

answers: NDQ_007552

answers: mitochondria,

answers: NDQ_007553

answers: ER chaperones to be induced by the UPR

answers: NDQ_007554

answers: oxidative muscle fibers,

answers: NDQ_007555

answers: Skeletal muscles

answers: NDQ_007556

answers: fatigue-resistant.

answers: NDQ_007557

answers: skeletal fibers

answers: NDQ_007558

answers: Skeletal muscles

answers: NDQ_007560

answers: Muscular contraction

answers: NDQ_007562

answers: Skeletal muscles

answers: NDQ_007563

answers: sarcoplasmic reticulum

answers: NDQ_007566

answers: Skeletal muscles are sensitive to physiological stress,

answers: NDQ_007568

answers: skeletal fibers to slow oxidative muscle fibers,

answers: NDQ_007569

answers: Skeletal muscles

answers: NDQ_007570

answers: ER network in skeletal muscles.

answers: NDQ_007571

answers: calcium

answers: NDQ_007572

answers: skeletal fibers to slow oxidative muscle fibers,

answers: NDQ_007573

answers: exercise can impair ER homeostasis.

answers: NDQ_007574

answers: skeletal fibers to slow oxidative muscle fibers,

answers: NDQ_007575

answers: skeletal fibers to slow oxidative muscle fibers,

answers: NDQ_007576

answers: Skeletal muscles are sensitive to physiological stress,

answers: NDQ_007577

answers: Skeletal muscles

answers: NDQ_007578

answers: oxidative muscle fibers,

answers: NDQ_007579

answers: skeletal fibers

answers: NDQ_007580

answers: skeletal fibers to slow oxidative muscle fibers,

answers: NDQ_007581

answers: skeletal fibers

answers: NDQ_007582

answers: sarcoplasmic reticulum

answers: NDQ_007583

answers: skeletal fibers

answers: NDQ_007584

answers: skeletal fibers

text: Estazolam (desmethylalprazolam, marketed under the brand names ProSom, Eurodin) is a benzodiazepine derivative drug developed by Upjohn in the 1970s. It possesses anxiolytic, anticonvulsant, sedative and skeletal muscle relaxant properties. Estazolam is an intermediate-acting oral benzodiazepine.

text: Estazolam (desmethylalprazolam, marketed under the brand names ProSom, Eurodin) is a

text: benzodiazepine

text: derivative

text: drug developed by Upjohn in the 1970s. It possesses

text: anxiolytic

text: anticonvulsant

text: sedative

text: and

text: skeletal muscle relaxant

text: properties. Estazolam is an intermediate-acting oral benzodiazepine.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle relaxant

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: Estazolam

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Estazolam is a benzodiazepine derivative drug

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: What joint is Estazolam a derivative of?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone or skeletal muscle?

answers: NDQ_007573

answers: Estazolam is an intermediate-acting oral benzodiazepine derivative

answers: NDQ_007574

answers: How many percent of the human skeleton is bone?

answers: NDQ_007575

answers: Which is not true about Estazolam?

answers: NDQ_007576

answers: How would you describe Estazolam?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: Estazolam

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Estazolam

answers: NDQ_007563

answers: Estazolam

answers: NDQ_007566

answers: Estazolam

answers: NDQ_007568

answers: skeletal muscle relaxant

answers: NDQ_007569

answers: Estazolam

answers: NDQ_007570

answers: Estazolam

answers: NDQ_007571

answers: Estazolam

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: Estazolam

answers: NDQ_007574

answers: Estazolam

answers: NDQ_007575

answers: Estazolam

answers: NDQ_007576

answers: Estazolam

answers: NDQ_007577

answers: Estazolam

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: Nerves that control skeletal muscles in mammals correspond with neuron groups along the primary motor cortex of the brain's cerebral cortex. Commands are routed though the basal ganglia and are modified by input from the cerebellum before being relayed through the pyramidal tract to the spinal cord and from there to the motor end plate at the muscles. Along the way, feedback, such as that of the extrapyramidal system contribute signals to influence muscle tone and response.

text: Nerves that control skeletal muscles in

text: mammal

text: s correspond with neuron groups along the

text: primary motor cortex

text: of the brain's

text: cerebral cortex

text: . Commands are routed though the

text: basal ganglia

text: and are modified by input from the

text: cerebellum

text: before being relayed through the

text: pyramidal tract

text: to the

text: spinal cord

text: and from there to the

text: motor end plate

text: at the muscles. Along the way, feedback, such as that of the

text: extrapyramidal system

text: contribute signals to influence

text: muscle tone

text: and response.

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: muscle tone and response

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: motor end plate

answers: NDQ_007557

answers: spinal cord

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: Nerves that control skeletal muscles in mammals correspond with neuron groups along the primary motor cortex of the brain's cerebral cortex

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: what joint is ball-and-socket?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the main idea of this passage?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What does the extrapyramidal system contribute to?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: plate

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: motor end plate

answers: NDQ_007551

answers: muscle tone and response.

answers: NDQ_007552

answers: Nerves that control skeletal muscles

answers: NDQ_007553

answers: mammals

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: skeletal muscles

answers: NDQ_007556

answers: motor end plate

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: Nerves

answers: NDQ_007563

answers: Nerves that control skeletal muscles

answers: NDQ_007566

answers: Nerves that control skeletal muscles

answers: NDQ_007568

answers: extrapyramidal system

answers: NDQ_007569

answers: Nerves that control skeletal muscles

answers: NDQ_007570

answers: Nerves that control skeletal muscles

answers: NDQ_007571

answers: Nerves that control skeletal muscles

answers: NDQ_007572

answers: Nerves that control skeletal muscles

answers: NDQ_007573

answers: Nerves that control skeletal muscles

answers: NDQ_007574

answers: Nerves

answers: NDQ_007575

answers: skeletal muscles

answers: NDQ_007576

answers: Nerves that control skeletal muscles

answers: NDQ_007577

answers: mammals

answers: NDQ_007578

answers: basal ganglia

answers: NDQ_007579

answers: motor end plate

answers: NDQ_007580

answers: skeletal muscles

answers: NDQ_007581

answers: motor end plate

answers: NDQ_007582

answers: basal ganglia

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscles

text: Beaubois missed Game 1 against Portland due to a foot sprain. He also missed Games 2–5.

text: Beaubois missed Game 1 against Portland due to a foot sprain. He also missed Games 2–5.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Beaubois

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: foot.

answers: NDQ_007556

answers: a foot sprain

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: foot

answers: NDQ_007560

answers: foot

answers: NDQ_007562

answers: A foot sprain is not a fracture.

answers: NDQ_007563

answers: How would you describe Beaubois?

answers: NDQ_007566

answers: How would you describe Beaubois?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: a ball-and-socket joint

answers: NDQ_007571

answers: How would Beaubois feel afterwards?

answers: NDQ_007572

answers: How would Beaubois feel afterwards?

answers: NDQ_007573

answers: How would Beaubois feel afterwards?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices .

answers: NDQ_007576

answers: (II).

answers: NDQ_007577

answers: How many bones does Beaubois have?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: foot

answers: NDQ_007550

answers: foot

answers: NDQ_007551

answers: foot sprain.

answers: NDQ_007552

answers: foot sprain.

answers: NDQ_007553

answers: foot

answers: NDQ_007554

answers: foot

answers: NDQ_007555

answers: foot

answers: NDQ_007556

answers: foot sprain.

answers: NDQ_007557

answers: foot sprain.

answers: NDQ_007558

answers: foot

answers: NDQ_007560

answers: foot

answers: NDQ_007562

answers: foot sprain.

answers: NDQ_007563

answers: foot sprain.

answers: NDQ_007566

answers: foot sprain. He also missed Games 2–5.

answers: NDQ_007568

answers: foot sprain. He also missed Games 2–5.

answers: NDQ_007569

answers: foot sprain.

answers: NDQ_007570

answers: foot sprain.

answers: NDQ_007571

answers: foot sprain.

answers: NDQ_007572

answers: foot sprain.

answers: NDQ_007573

answers: foot sprain. He also missed Games 2–5.

answers: NDQ_007574

answers: foot sprain.

answers: NDQ_007575

answers: foot sprain.

answers: NDQ_007576

answers: foot sprain.

answers: NDQ_007577

answers: foot sprain. He also missed Games 2–5.

answers: NDQ_007578

answers: foot

answers: NDQ_007579

answers: foot

answers: NDQ_007580

answers: foot

answers: NDQ_007581

answers: foot sprain.

answers: NDQ_007582

answers: foot

answers: NDQ_007583

answers: foot

answers: NDQ_007584

answers: foot sprain.

text: Casseus suffers from polyostotic fibrous dysplasia, a genetic condition in which the bone structure is replaced by connective tissue. This condition affects more than one bone in the body, impairs skeletal growth and development, and can cause deformity. The growth started when she was three years old, and by age 13, had continued to advance until her facial features were completely disfigured.

text: Casseus suffers from

text: polyostotic fibrous dysplasia

text: , a genetic condition in which the bone structure is replaced by connective tissue. This condition affects more than one bone in the body, impairs skeletal growth and development, and can cause deformity. The growth started when she was three years old, and by age 13, had continued to advance until her facial features were completely disfigured.

answers: NDQ_007549

answers: connective tissue

answers: NDQ_007550

answers: connective tissue

answers: NDQ_007551

answers: growth and development

answers: NDQ_007552

answers: connective tissue

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: a genetic condition

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: facial

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: a genetic condition in which the bone structure is replaced by connective tissue

answers: NDQ_007563

answers: Which of the following is true of Casseus?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: disfigured

answers: NDQ_007571

answers: Which of the following is true of Casseus?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones does Casseus have?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: fibrous

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: fibrous

answers: NDQ_007584

answers: dysplasia

answers: NDQ_007549

answers: bone structure is replaced by connective tissue.

answers: NDQ_007550

answers: bone structure is replaced by connective tissue.

answers: NDQ_007551

answers: growth and development,

answers: NDQ_007552

answers: connective tissue.

answers: NDQ_007553

answers: connective tissue.

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: connective tissue.

answers: NDQ_007556

answers: polyostotic fibrous dysplasia,

answers: NDQ_007557

answers: connective tissue.

answers: NDQ_007558

answers: one bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: the bone structure is replaced by connective tissue.

answers: NDQ_007563

answers: polyostotic fibrous dysplasia,

answers: NDQ_007566

answers: polyostotic fibrous dysplasia,

answers: NDQ_007568

answers: connective tissue.

answers: NDQ_007569

answers: polyostotic fibrous dysplasia,

answers: NDQ_007570

answers: polyostotic fibrous dysplasia,

answers: NDQ_007571

answers: Casseus suffers from polyostotic fibrous dysplasia,

answers: NDQ_007572

answers: connective tissue.

answers: NDQ_007573

answers: a genetic condition in which the bone structure is replaced by connective tissue.

answers: NDQ_007574

answers: connective tissue.

answers: NDQ_007575

answers: polyostotic fibrous dysplasia,

answers: NDQ_007576

answers: polyostotic fibrous dysplasia,

answers: NDQ_007577

answers: Casseus suffers from polyostotic fibrous dysplasia,

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: connective

answers: NDQ_007580

answers: fibrous

answers: NDQ_007581

answers: connective

answers: NDQ_007582

answers: connective

answers: NDQ_007583

answers: bone structure

answers: NDQ_007584

answers: polyostotic fibrous dysplasia,

text: Weight-bearing endurance exercise and/or exercises to strengthen muscles improve bone strength in those with osteoporosis. Aerobics, weight bearing, and resistance exercises all maintain or increase BMD in postmenopausal women. Fall prevention can help prevent osteoporosis complications. There is some evidence for hip protectors specifically among those who are in care homes.

text: Weight-bearing endurance exercise and/or exercises to strengthen muscles improve bone strength in those with osteoporosis. Aerobics, weight bearing, and resistance exercises all maintain or increase

text: BMD

text: in postmenopausal women.

text: Fall prevention

text: can help prevent osteoporosis complications. There is some evidence for

text: hip protector

text: s specifically among those who are in care homes.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: hip protectors specifically among those who are in care homes.

answers: NDQ_007563

answers: Which of the following is not a type of exercise: Aerobics, weight bearing, and resistance

answers: NDQ_007566

answers: Which of the following is true of osteoporosis?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not mentioned in the passage?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, bone density, or bone strength?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones are in the skeletal system?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: BMD

answers: NDQ_007581

answers: BMD

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: muscles

answers: NDQ_007551

answers: bone strength

answers: NDQ_007552

answers: bone strength in those with osteoporosis.

answers: NDQ_007553

answers: muscles

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: hip protectors

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: hip protectors

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: Fall prevention can help prevent osteoporosis

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: exercises to strengthen muscles improve bone strength in those with osteoporosis.

answers: NDQ_007569

answers: BMD

answers: NDQ_007570

answers: bone strength in those with osteoporosis.

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: BMD

answers: NDQ_007573

answers: exercises to strengthen muscles improve bone strength in those with osteoporosis.

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: exercises to strengthen muscles

answers: NDQ_007576

answers: osteoporosis.

answers: NDQ_007577

answers: osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: muscles

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis.

text: Stereochemistry is conveniently denoted in skeletal formulae:

text: Stereochemistry

text: is conveniently denoted in skeletal formulae:

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cloning

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: ossify later than other parts

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: Bone fractures are caused by a lack of calcium.

answers: NDQ_007563

answers: Calcium is a mineral

answers: NDQ_007566

answers: Bones are like chalk.

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: bone marrow

answers: NDQ_007573

answers: osteoclasts

answers: NDQ_007574

answers: skeleton

answers: NDQ_007575

answers: skeletal formulae

answers: NDQ_007576

answers: it is spongy

answers: NDQ_007577

answers: skeleton

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Stereochemistry

answers: NDQ_007550

answers: Stereochemistry

answers: NDQ_007551

answers: Stereochemistry

answers: NDQ_007552

answers: skeletal formulae:

answers: NDQ_007553

answers: Stereochemistry

answers: NDQ_007554

answers: Stereochemistry

answers: NDQ_007555

answers: skeletal formulae:

answers: NDQ_007556

answers: Stereochemistry

answers: NDQ_007557

answers: Stereochemistry

answers: NDQ_007558

answers: skeletal formulae:

answers: NDQ_007560

answers: Stereochemistry

answers: NDQ_007562

answers: Stereochemistry

answers: NDQ_007563

answers: skeletal formulae:

answers: NDQ_007566

answers: Stereochemistry

answers: NDQ_007568

answers: Stereochemistry

answers: NDQ_007569

answers: Stereochemistry

answers: NDQ_007570

answers: skeletal formulae:

answers: NDQ_007571

answers: Stereochemistry is conveniently denoted in skeletal formulae:

answers: NDQ_007572

answers: skeletal formulae:

answers: NDQ_007573

answers: Stereochemistry is conveniently denoted in skeletal formulae:

answers: NDQ_007574

answers: Stereochemistry

answers: NDQ_007575

answers: Stereochemistry

answers: NDQ_007576

answers: Stereochemistry is conveniently denoted in skeletal formulae:

answers: NDQ_007577

answers: Stereochemistry

answers: NDQ_007578

answers: Stereochemistry

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: Stereochemistry

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: Stereochemistry

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: Stereochemistry

text: As mentioned above, numerous studies have utilized the Robert J. Terry Collection for research and development of skeletal identification techniques. A vast majority have been aimed at advancing forensic anthropology and its methodologies for identification through various aspects of skeletal anatomy. One of the most well known of these studies was performed by Mildred Trotter and Goldine Gleser in 1952. Trotter and Gleser utilized the Terry Collection to create stature estimation formulas for American Whites and Negroes utilizing the long bones of the arm (humerus, radius, and ulna) and of the leg (femur, tibia, and fibula). This was achieved by taking measurements of all of the aforementioned bones and creating regression formulas from the taken measurements. The result was a number of formulas that allow for accurate estimation of the living stature of both American White and African-American males and females from dry bone.

text: As mentioned above, numerous studies have utilized the Robert J. Terry Collection for research and development of skeletal identification techniques. A vast majority have been aimed at advancing forensic anthropology and its methodologies for identification through various aspects of skeletal anatomy. One of the most well known of these studies was performed by Mildred Trotter and Goldine Gleser in 1952. Trotter and Gleser utilized the Terry Collection to create stature estimation formulas for American Whites and Negroes utilizing the long bones of the arm (humerus, radius, and ulna) and of the leg (femur, tibia, and fibula). This was achieved by taking measurements of all of the aforementioned bones and creating regression formulas from the taken measurements. The result was a number of formulas that allow for accurate estimation of the living stature of both American White and African-American males and females from dry bone.

answers: NDQ_007549

answers: humerus, radius, and ulna

answers: NDQ_007550

answers: femur

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: dry bone

answers: NDQ_007555

answers: leg

answers: NDQ_007556

answers: humerus, radius, and ulna

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: humerus, radius, and ulna

answers: NDQ_007560

answers: tibia

answers: NDQ_007562

answers: American White and African-American males and females from dry bone.

answers: NDQ_007563

answers: Which of the following is not a bone: femur, tibia, or fibula?

answers: NDQ_007566

answers: Which of the following is not true of bones: dead, dry, and brittle?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: humerus

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: What is not produced by compact bone?

answers: NDQ_007573

answers: Osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: femur

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: femur

answers: NDQ_007582

answers: tibia

answers: NDQ_007583

answers: tibia

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: (femur, tibia, and fibula).

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: skeletal identification techniques.

answers: NDQ_007552

answers: bone.

answers: NDQ_007553

answers: long bones

answers: NDQ_007554

answers: dry bone.

answers: NDQ_007555

answers: leg

answers: NDQ_007556

answers: regression formulas from the taken measurements.

answers: NDQ_007557

answers: long bones

answers: NDQ_007558

answers: (femur, tibia, and fibula).

answers: NDQ_007560

answers: (humerus, radius, and ulna)

answers: NDQ_007562

answers: accurate estimation of the living stature

answers: NDQ_007563

answers: bone.

answers: NDQ_007566

answers: dry bone.

answers: NDQ_007568

answers: (humerus, radius, and ulna)

answers: NDQ_007569

answers: dry bone.

answers: NDQ_007570

answers: (humerus, radius, and ulna)

answers: NDQ_007571

answers: American White and African-American males and females from dry bone.

answers: NDQ_007572

answers: long bones

answers: NDQ_007573

answers: Trotter and Gleser

answers: NDQ_007574

answers: dry bone.

answers: NDQ_007575

answers: Mildred Trotter and Goldine Gleser

answers: NDQ_007576

answers: Mildred Trotter and Goldine Gleser

answers: NDQ_007577

answers: (humerus, radius, and ulna)

answers: NDQ_007578

answers: dry

answers: NDQ_007579

answers: dry

answers: NDQ_007580

answers: dry

answers: NDQ_007581

answers: dry bone.

answers: NDQ_007582

answers: dry bone.

answers: NDQ_007583

answers: dry bone.

answers: NDQ_007584

answers: dry bone.

text: Spondyloepiphyseal dysplasia congenita (abbreviated to SED more often than SDC) is a rare disorder of bone growth that results in dwarfism, characteristic skeletal abnormalities, and occasionally problems with vision and hearing. The name of the condition indicates that it affects the bones of the spine (spondylo-) and the ends of bones (epiphyses), and that it is present from birth (congenital). The signs and symptoms of spondyloepiphyseal dysplasia congenita are similar to, but milder than, the related skeletal disorders achondrogenesis type 2 and hypochondrogenesis. Spondyloepiphyseal dysplasia congenita is a subtype of collagenopathy, types II and XI.

text: Spondyloepiphyseal dysplasia congenita (abbreviated to SED more often than SDC) is a rare disorder of

text: bone

text: growth that results in

text: dwarfism

text: , characteristic skeletal abnormalities, and occasionally problems with

text: vision

text: and

text: hearing

text: . The name of the condition indicates that it affects the bones of the

text: spine

text: (spondylo-) and the ends of bones (

text: epiphyses

text: ), and that it is present from birth (

text: congenital

text: ). The signs and symptoms of spondyloepiphyseal dysplasia congenita are similar to, but milder than, the related skeletal disorders

text: achondrogenesis type 2

text: and

text: hypochondrogenesis

text: . Spondyloepiphyseal dysplasia congenita is a subtype of

text: collagenopathy, types II and XI

answers: NDQ_007549

answers: spondylo- and the ends of bones

answers: NDQ_007550

answers: bones of the spine

answers: NDQ_007551

answers: bone growth

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: Collagen

answers: NDQ_007554

answers: collagen

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: congenital

answers: NDQ_007557

answers: collagen

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: epiphyses

answers: NDQ_007562

answers: Spondyloepiphyseal dysplasia congenita is a rare disorder of bone growth

answers: NDQ_007563

answers: Which of the following is not a type of collagenopathy, types II and XI?

answers: NDQ_007566

answers: Which of the following is not a type of collagenopathy: types II and XI?

answers: NDQ_007568

answers: Which of the following is not a type of bone: spine, epiphyses, or spondylo-?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: How many bones are involved in a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of collagenopathy, types II and XI?

answers: NDQ_007572

answers: Which of the following is not a type of collagenopathy, types II and XI?

answers: NDQ_007573

answers: How would you describe Spondyloepiphyseal dysplasia congenita?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphyses

answers: NDQ_007579

answers: collagen

answers: NDQ_007580

answers: collagen

answers: NDQ_007581

answers: epiphyses

answers: NDQ_007582

answers: epiphyses

answers: NDQ_007583

answers: epiphyses

answers: NDQ_007584

answers: epiphyses

answers: NDQ_007549

answers: the ends of bones (epiphyses),

answers: NDQ_007550

answers: ends of bones (epiphyses),

answers: NDQ_007551

answers: bone growth

answers: NDQ_007552

answers: collagenopathy,

answers: NDQ_007553

answers: bone growth

answers: NDQ_007554

answers: collagenopathy,

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: (congenital).

answers: NDQ_007557

answers: collagenopathy,

answers: NDQ_007558

answers: (epiphyses),

answers: NDQ_007560

answers: (epiphyses),

answers: NDQ_007562

answers: 2 and hypochondrogenesis.

answers: NDQ_007563

answers: collagenopathy,

answers: NDQ_007566

answers: collagenopathy,

answers: NDQ_007568

answers: (epiphyses),

answers: NDQ_007569

answers: (epiphyses),

answers: NDQ_007570

answers: spine

answers: NDQ_007571

answers: bone growth

answers: NDQ_007572

answers: collagenopathy,

answers: NDQ_007573

answers: bone growth

answers: NDQ_007574

answers: bones (epiphyses),

answers: NDQ_007575

answers: collagenopathy,

answers: NDQ_007576

answers: achondrogenesis type 2

answers: NDQ_007577

answers: spine

answers: NDQ_007578

answers: collagenopathy,

answers: NDQ_007579

answers: collagenopathy,

answers: NDQ_007580

answers: collagenopathy,

answers: NDQ_007581

answers: collagenopathy,

answers: NDQ_007582

answers: collagenopathy,

answers: NDQ_007583

answers: collagenopathy,

answers: NDQ_007584

answers: achondrogenesis type 2 and hypochondrogenesis.

text: The hair, teeth, and skeletal side effects of TDO are lifelong, and treatment is used to manage those effects.  A person with TDO has the same life expectancy as a person without TDO.  There are no cures or medications used to treat systemic effects of TDO, but medications for the frequent ear and dental infections can be used to manage its symptoms. A team based approach between dental specialists, oral and maxillofacial surgeons, and physicians is necessary for treating the systemic effects and improves the prognosis. It is also recommended for affected individuals to seek counseling to be better able to cope with any psychosocial problems due to oral and facial abnormalities that occur with TDO.

text: The hair, teeth, and skeletal side effects of TDO are lifelong, and treatment is used to manage those effects.  A person with TDO has the same life expectancy as a person without TDO.  There are no cures or medications used to treat systemic effects of TDO, but medications for the frequent ear and dental infections can be used to manage its symptoms. A team based approach between dental specialists, oral and maxillofacial surgeons, and physicians is necessary for treating the systemic effects and improves the prognosis. It is also recommended for affected individuals to seek counseling to be better able to cope with any psychosocial problems due to oral and facial abnormalities that occur with TDO.

answers: NDQ_007549

answers: teeth

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: teeth

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: TDO

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ear

answers: NDQ_007560

answers: ear

answers: NDQ_007562

answers: There are no cures or medications used to treat systemic effects

answers: NDQ_007563

answers: Which of the following is not a side effect of TDO?

answers: NDQ_007566

answers: Which of the following is true of TDO?

answers: NDQ_007568

answers: Which of the following is not an organ: hair, teeth, and skeletal

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What is the opposite of ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a side effect of TDO?

answers: NDQ_007572

answers: Which of the following is not a side effect of TDO?

answers: NDQ_007573

answers: Which of the following is not a side effect of TDO?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a side effect of TDO?

answers: NDQ_007576

answers: Which of the following is true of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: maxilla

answers: NDQ_007583

answers: TDO

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: hair, teeth,

answers: NDQ_007550

answers: skeletal side effects of TDO

answers: NDQ_007551

answers: The hair, teeth,

answers: NDQ_007552

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007553

answers: TDO

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal

answers: NDQ_007556

answers: TDO

answers: NDQ_007557

answers: skeletal side effects of TDO

answers: NDQ_007558

answers: ear

answers: NDQ_007560

answers: ear

answers: NDQ_007562

answers: lifelong,

answers: NDQ_007563

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007566

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007568

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007569

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007570

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007571

answers: skeletal side effects of TDO

answers: NDQ_007572

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007573

answers: same life expectancy as a person without TDO.

answers: NDQ_007574

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007575

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007576

answers: The hair, teeth, and skeletal side effects of TDO

answers: NDQ_007577

answers: same life expectancy as a person without TDO.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: maxillofacial

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: The female skeletal system is less dense, and more prone to breakages. There is also a concern that, in aviation, the female body is not as adept at handling the increased g-forces experienced by combat pilots. However, there is evidence that the male body is less able to handle the g-forces than the female body with regard to black outs: women are less likely to black out due to shorter blood vessel routes in the neck. Furthermore, health issues regarding women are argued as the reason that some submarine services avoid accepting women, although mixed-gender accommodations in a small space is also an issue, as is explained in more depth below.

text: The female skeletal system is less dense, and more prone to breakages. There is also a concern that, in aviation, the female body is not as adept at handling the increased

text: g-force

text: s experienced by combat pilots. However, there is evidence that the male body is less able to handle the g-forces than the female body with regard to black outs: women are less likely to black out due to shorter blood vessel routes in the neck. Furthermore, health issues regarding women are argued as the reason that some submarine services avoid accepting women, although mixed-gender accommodations in a small space is also an issue, as is explained in more depth below.

answers: NDQ_007549

answers: denser

answers: NDQ_007550

answers: denser bones

answers: NDQ_007551

answers: Black outs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: females

answers: NDQ_007554

answers: dense

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: longer blood vessel routes in the neck

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: neck

answers: NDQ_007560

answers: female skeletal system

answers: NDQ_007562

answers: female skeletal system is less dense, and more prone to breakages

answers: NDQ_007563

answers: What is the female skeletal system less dense?

answers: NDQ_007566

answers: The female skeletal system is less dense, and more prone to breakages

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: female skeletal system is less dense, and more prone to breakages

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: dense

answers: NDQ_007579

answers: dense

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: dense

answers: NDQ_007582

answers: blood vessel

answers: NDQ_007583

answers: denser

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: dense,

answers: NDQ_007550

answers: dense,

answers: NDQ_007551

answers: breakages.

answers: NDQ_007552

answers: blood vessel routes

answers: NDQ_007553

answers: blood vessel routes in the neck.

answers: NDQ_007554

answers: dense,

answers: NDQ_007555

answers: female skeletal system

answers: NDQ_007556

answers: shorter blood vessel routes

answers: NDQ_007557

answers: dense,

answers: NDQ_007558

answers: neck.

answers: NDQ_007560

answers: female skeletal system

answers: NDQ_007562

answers: The female skeletal system is less dense,

answers: NDQ_007563

answers: shorter blood vessel routes

answers: NDQ_007566

answers: female skeletal system is less dense, and more prone to breakages.

answers: NDQ_007568

answers: The female skeletal system

answers: NDQ_007569

answers: The female skeletal system is less dense,

answers: NDQ_007570

answers: female skeletal system is less dense, and more prone to breakages.

answers: NDQ_007571

answers: The female skeletal system

answers: NDQ_007572

answers: shorter blood vessel routes in the neck.

answers: NDQ_007573

answers: The female skeletal system is less dense,

answers: NDQ_007574

answers: The female skeletal system

answers: NDQ_007575

answers: g-forces

answers: NDQ_007576

answers: female skeletal system is less dense, and more prone to breakages.

answers: NDQ_007577

answers: female skeletal system is less dense, and more prone to breakages.

answers: NDQ_007578

answers: dense,

answers: NDQ_007579

answers: dense,

answers: NDQ_007580

answers: male

answers: NDQ_007581

answers: dense,

answers: NDQ_007582

answers: blood vessel routes in the neck.

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

text: The terms "back mitre" and "mason's mitre" (or "miter") are often used interchangeably, but are actually different joints, used for different purposes. Both joints are traditionally used in stone or woodwork. Neither joint requires that one part be coped (or fit) over the other.  In the back mitre, the actual joints follow the mitre and stile/rail joining lines. In the mason's mitre, the intersecting mouldings are carved within a single stone block or the woodwork's stile, with the rail or adjacent block having a straight profile.

text: The terms "back mitre" and "mason's mitre" (or "miter") are often used interchangeably, but are actually different joints, used for different purposes. Both joints are traditionally used in stone or woodwork. Neither joint requires that one part be

text: coped

text: (or fit) over the other.  In the back mitre, the actual joints follow the mitre and

text: stile

text: /rail joining lines. In the mason's mitre, the intersecting

text: mouldings

text: are carved within a single stone block or the woodwork's stile, with the rail or adjacent block having a straight profile.

answers: NDQ_007549

answers: back mitre

answers: NDQ_007550

answers: back mitre

answers: NDQ_007551

answers: back mitre

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: masonry

answers: NDQ_007558

answers: back mitre

answers: NDQ_007560

answers: back mitre

answers: NDQ_007562

answers: Neither joint requires that one part be coped (or fit) over the other

answers: NDQ_007563

answers: what is the first word in the passage?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: back mitre

answers: NDQ_007581

answers: back mitre

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: miter

answers: NDQ_007549

answers: "back mitre"

answers: NDQ_007550

answers: "back mitre"

answers: NDQ_007551

answers: "back mitre"

answers: NDQ_007552

answers: "back mitre"

answers: NDQ_007553

answers: "back mitre" and "mason's mitre"

answers: NDQ_007554

answers: stone

answers: NDQ_007555

answers: Neither joint requires that one part be coped

answers: NDQ_007556

answers: Neither joint requires that one part be coped

answers: NDQ_007557

answers: one part be coped (or fit) over the other.

answers: NDQ_007558

answers: "back mitre"

answers: NDQ_007560

answers: back mitre,

answers: NDQ_007562

answers: Neither joint requires that one part be coped

answers: NDQ_007563

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007566

answers: "back mitre" and "mason's mitre"

answers: NDQ_007568

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007569

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007570

answers: Neither joint requires that one part be coped

answers: NDQ_007571

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007572

answers: "back mitre"

answers: NDQ_007573

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007574

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007575

answers: "back mitre" and "mason's mitre"

answers: NDQ_007576

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007577

answers: The terms "back mitre" and "mason's mitre"

answers: NDQ_007578

answers: "back mitre"

answers: NDQ_007579

answers: "back mitre"

answers: NDQ_007580

answers: "back mitre"

answers: NDQ_007581

answers: "back mitre"

answers: NDQ_007582

answers: "back mitre"

answers: NDQ_007583

answers: woodwork.

answers: NDQ_007584

answers: coped

text: "Tonouchisaurus" (meaning "Tonouchi lizard") is the informal name given to an as yet undescribed genus of dinosaur from the Early Cretaceous Period. It was a theropod which lived in what is now Mongolia. The suggested "type species", "Tonouchisaurus mongoliensis", was coined by Barsbold in 1994. It was notably small: less than three feet in length. It may have been a tyrannosaurid, judging by the known skeletal elements, which include only limb bones. These limb bones include "a complete didactyl manus and complete pes, as well as other limb bones" (Olshevsky 1996).

text: "Tonouchisaurus" (meaning "Tonouchi lizard") is the

text: informal name

text: given to an as yet undescribed

text: genus

text: of

text: dinosaur

text: from the Early

text: Cretaceous

text: Period

text: . It was a

text: theropod

text: which lived in what is now

text: Mongolia

text: . The suggested "

text: type species

text: ", "Tonouchisaurus mongoliensis", was coined by

text: Barsbold

text: in 1994. It was notably small: less than three feet in length. It may have been a

text: tyrannosaurid

text: , judging by the known skeletal elements, which include only limb bones. These limb bones include "a complete didactyl

text: manus

text: and complete

text: pes

text: , as well as other limb bones" (

text: Olshevsky

answers: NDQ_007549

answers: limb bones

answers: NDQ_007550

answers: limb bones

answers: NDQ_007551

answers: limb bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the digestive system

answers: NDQ_007554

answers: didactyl

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: Early Cretaceous Period

answers: NDQ_007557

answers: limb bones

answers: NDQ_007558

answers: manus and complete pes

answers: NDQ_007560

answers: pes

answers: NDQ_007562

answers: Tonouchisaurus mongoliensis" was coined by Barsbold in 1994

answers: NDQ_007563

answers: How would you describe Tonouchisaurus mongoliensis?

answers: NDQ_007566

answers: How would you describe Tonouchisaurus?

answers: NDQ_007568

answers: How many types of bones are in a tyrannosaurid?

answers: NDQ_007569

answers: What type of bone lies between spongy bone and periosteum?

answers: NDQ_007570

answers: What is the name of the dinosaur that lived in what is now Mongolia?

answers: NDQ_007571

answers: Which of the following is not a type of dinosaur: Tonouchisaurus or Tonouchi lizard?

answers: NDQ_007572

answers: Which of the following is not a type of bone: limb bones, didactyl manus, or pes?

answers: NDQ_007573

answers: What may have been a tyrannosaurid?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle: didactyl manus or pes?

answers: NDQ_007576

answers: How would you describe Tonouchisaurus?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: pes

answers: NDQ_007579

answers: pes

answers: NDQ_007580

answers: didactyl

answers: NDQ_007581

answers: pes

answers: NDQ_007582

answers: pes

answers: NDQ_007583

answers: pes

answers: NDQ_007584

answers: didactyl

answers: NDQ_007549

answers: limb bones.

answers: NDQ_007550

answers: limb bones.

answers: NDQ_007551

answers: limb bones.

answers: NDQ_007552

answers: "Tonouchisaurus"

answers: NDQ_007553

answers: "Tonouchisaurus"

answers: NDQ_007554

answers: didactyl

answers: NDQ_007555

answers: limb bones.

answers: NDQ_007556

answers: limb bones.

answers: NDQ_007557

answers: limb bones.

answers: NDQ_007558

answers: limb bones.

answers: NDQ_007560

answers: limb bones.

answers: NDQ_007562

answers: limb bones.

answers: NDQ_007563

answers: limb bones.

answers: NDQ_007566

answers: "Tonouchisaurus"

answers: NDQ_007568

answers: limb bones.

answers: NDQ_007569

answers: limb bones.

answers: NDQ_007570

answers: limb bones.

answers: NDQ_007571

answers: limb bones.

answers: NDQ_007572

answers: limb bones.

answers: NDQ_007573

answers: "Tonouchisaurus"

answers: NDQ_007574

answers: limb bones.

answers: NDQ_007575

answers: "Tonouchisaurus"

answers: NDQ_007576

answers: limb bones.

answers: NDQ_007577

answers: limb bones.

answers: NDQ_007578

answers: didactyl

answers: NDQ_007579

answers: didactyl

answers: NDQ_007580

answers: didactyl

answers: NDQ_007581

answers: didactyl

answers: NDQ_007582

answers: didactyl

answers: NDQ_007583

answers: didactyl

answers: NDQ_007584

answers: didactyl

text: The first two performances were canceled after Manson sprained his ankle during the final Beautiful Monsters show in Los Angeles and rescheduled for later dates.

text: The first two performances were canceled after Manson sprained his ankle during the final Beautiful Monsters show in Los Angeles and rescheduled for later dates.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage .

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: sprained his ankle

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Manson sprained his ankle.

answers: NDQ_007563

answers: Calcium is a mineral.

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: The answer: Vitamin D.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: it does not say

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: Ankle

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: Ankle

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: sprain

answers: NDQ_007549

answers: ankle

answers: NDQ_007550

answers: ankle

answers: NDQ_007551

answers: ankle

answers: NDQ_007552

answers: ankle

answers: NDQ_007553

answers: ankle

answers: NDQ_007554

answers: ankle

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: later dates.

answers: NDQ_007557

answers: ankle

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Manson sprained his ankle

answers: NDQ_007563

answers: Manson sprained his ankle

answers: NDQ_007566

answers: Manson sprained his ankle

answers: NDQ_007568

answers: Manson sprained his ankle

answers: NDQ_007569

answers: ankle

answers: NDQ_007570

answers: ankle

answers: NDQ_007571

answers: Manson sprained his ankle

answers: NDQ_007572

answers: ankle

answers: NDQ_007573

answers: rescheduled for later dates.

answers: NDQ_007574

answers: Manson sprained his ankle

answers: NDQ_007575

answers: Manson sprained his ankle

answers: NDQ_007576

answers: ankle

answers: NDQ_007577

answers: ankle

answers: NDQ_007578

answers: ankle

answers: NDQ_007579

answers: ankle

answers: NDQ_007580

answers: ankle

answers: NDQ_007581

answers: ankle

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle

answers: NDQ_007584

answers: ankle

text: Opsismodysplasia is a type of skeletal dysplasia (a bone disease that interferes with bone development) first described by Zonana and associates in 1977, and designated under its current name by Maroteaux (1984). Derived from the Greek opsismos ("late"), the name "opsismodysplasia" describes a delay in bone maturation. In addition to this delay, the disorder is characterized by micromelia (short or undersized bones), particularly of the hands and feet, delay of ossification (bone cell formation), platyspondyly (flattened vertebrae), irregular metaphyses, an array of facial aberrations and respiratory distress related to chronic infection. Opsismodysplasia is congenital, being apparent at birth. It has a variable mortality, with some affected individuals living to adulthood. The disorder is rare, with an incidence of less than 1 per 1,000,000 worldwide. It is inherited in an autosomal recessive pattern, which means the defective (mutated) gene that causes the disorder is located on an autosome, and the disorder occurs when two copies of this defective gene are inherited. No specific gene has been found to be associated with the disorder. It is similar to spondylometaphyseal dysplasia, Sedaghatian type.<ref name=oaur>{{Cite journal | last1 = Tyler | first1 = K. | last2 = Sarioglu | first2 = N. | last3 = Kunze | first3 = J. | doi = 10.1002/(SICI)1096-8628(19990305)83:1

text: Opsismodysplasia is a type of

text: skeletal dysplasia

text: (a bone disease that interferes with bone development) first described by Zonana and associates in 1977, and designated under its current name by Maroteaux (1984). Derived from the

text: Greek

text: opsismos ("late"), the name "opsismodysplasia" describes a delay in

text: bone maturation

text: . In addition to this delay, the disorder is characterized by

text: micromelia

text: (short or undersized bones), particularly of the hands and feet, delay of

text: ossification

text: (bone cell formation),

text: platyspondyly

text: (flattened

text: vertebrae

text: ), irregular

text: metaphyses

text: , an array of facial aberrations and

text: respiratory distress

text: related to chronic

text: infection

text: . Opsismodysplasia is

text: congenital

text: , being apparent at birth. It has a variable mortality, with some affected individuals living to adulthood. The disorder is

text: rare

text: , with an incidence of less than 1 per 1,000,000 worldwide. It is inherited in an

text: autosomal

text: recessive

text: pattern, which means the defective (mutated) gene that causes the disorder is

text: located

text: on an

text: autosome

text: , and the disorder occurs when two copies of this defective gene are inherited. No specific gene has been found to be associated with the disorder. It is similar to

text: spondylometaphyseal dysplasia, Sedaghatian type

text: .<ref name=oaur>{{Cite journal | last1 = Tyler | first1 = K. | last2 = Sarioglu | first2 = N. | last3 = Kunze | first3 = J. | doi = 10.1002/(SICI)1096-8628(19990305)83:1

answers: NDQ_007549

answers: vertebrae

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: Bone cell formation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone cell

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: delay in bone maturation

answers: NDQ_007557

answers: ossification

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: vertebrae

answers: NDQ_007562

answers: It is inherited in an autosomal recessive pattern

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is true of Opsismodysplasia?

answers: NDQ_007568

answers: The disorder is characterized by micromelia (short or undersized bones)

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Opsismodysplasia

answers: NDQ_007572

answers: delay of ossification

answers: NDQ_007573

answers: It has a variable mortality, with some affected individuals living to adulthood.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: The answer: sprain.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: platyspondyly

answers: NDQ_007579

answers: ossification

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: metaphyses

answers: NDQ_007582

answers: ossification

answers: NDQ_007583

answers: ossification

answers: NDQ_007584

answers: osteosis

answers: NDQ_007549

answers: (bone cell formation),

answers: NDQ_007550

answers: defective gene

answers: NDQ_007551

answers: (bone cell formation),

answers: NDQ_007552

answers: spondylometaphyseal dysplasia,

answers: NDQ_007553

answers: defective gene

answers: NDQ_007554

answers: (bone cell

answers: NDQ_007555

answers: spondylometaphyseal dysplasia,

answers: NDQ_007556

answers: somal recessive pattern,

answers: NDQ_007557

answers: spondylometaphyseal dysplasia,

answers: NDQ_007558

answers: vertebrae),

answers: NDQ_007560

answers: spondylometaphyseal

answers: NDQ_007562

answers: mutated) gene that causes the disorder is located on an autosome,

answers: NDQ_007563

answers: spondylometaphyseal dysplasia,

answers: NDQ_007566

answers: spondylometaphyseal dysplasia,

answers: NDQ_007568

answers: spondylometaphyseal dysplasia,

answers: NDQ_007569

answers: spondylometaphyseal dysplasia,

answers: NDQ_007570

answers: sive pattern,

answers: NDQ_007571

answers: spondylometaphyseal dysplasia,

answers: NDQ_007572

answers: defective

answers: NDQ_007573

answers: Sedaghatian type.

answers: NDQ_007574

answers: spondylometaphyseal dysplasia,

answers: NDQ_007575

answers: spondylometaphyseal dysplasia,

answers: NDQ_007576

answers: ive pattern,

answers: NDQ_007577

answers: spondylometaphyseal dysplasia,

answers: NDQ_007578

answers: Sedaghatian

answers: NDQ_007579

answers: ossification

answers: NDQ_007580

answers: Sedaghatian

answers: NDQ_007581

answers: spondylometaphyseal

answers: NDQ_007582

answers: ossification

answers: NDQ_007583

answers: spondylometaphyseal dysplasia,

answers: NDQ_007584

answers: ossification

text: As a child grows the epiphyses become calcified and appear on the x-rays, as do the carpal and tarsal bones of the hands and feet, separated on the x-rays by a layer of invisible cartilage where most of the growth is occurring. As sex steroid levels rise during puberty, bone maturation accelerates. As growth nears conclusion and attainment of adult height, bones begin to approach the size and shape of adult bones. The remaining cartilaginous portions of the epiphyses become thinner. As these cartilaginous zones become obliterated, the epiphyses are said to be "closed" and no further lengthening of the bones will occur. A small amount of spinal growth concludes an adolescent's growth.

text: As a child grows the epiphyses become calcified and appear on the x-rays, as do the carpal and tarsal bones of the

text: hand

text: s and feet, separated on the x-rays by a layer of invisible

text: cartilage

text: where most of the growth is occurring. As

text: sex steroid

text: levels rise during puberty, bone maturation accelerates. As growth nears conclusion and attainment of adult height, bones begin to approach the size and shape of adult bones. The remaining cartilaginous portions of the epiphyses become thinner. As these cartilaginous zones become obliterated, the epiphyses are said to be "

text: closed

text: " and no further lengthening of the bones will occur. A small amount of spinal growth concludes an adolescent's growth.

answers: NDQ_007549

answers: epiphyses

answers: NDQ_007550

answers: bones of the hands and feet

answers: NDQ_007551

answers: growth and maturation

answers: NDQ_007552

answers: cartilaginous

answers: NDQ_007553

answers: sex

answers: NDQ_007554

answers: calcified

answers: NDQ_007555

answers: hands and feet

answers: NDQ_007556

answers: no further lengthening of the bones will occur

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: tarsal bones

answers: NDQ_007560

answers: carpal

answers: NDQ_007562

answers: no further lengthening of the bones will occur

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone: carpal, tarsal or epiphyses?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How does osteoporosis affect bones?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilaginous

answers: NDQ_007579

answers: calcified

answers: NDQ_007580

answers: calcified

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: epiphyses

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: calcification

answers: NDQ_007549

answers: carpal and tarsal bones of the hands and feet,

answers: NDQ_007550

answers: bones.

answers: NDQ_007551

answers: bone maturation

answers: NDQ_007552

answers: sex steroid

answers: NDQ_007553

answers: sex steroid

answers: NDQ_007554

answers: cartilaginous

answers: NDQ_007555

answers: hands and feet,

answers: NDQ_007556

answers: cartilaginous portions of the epiphyses become thinner.

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: carpal and tarsal

answers: NDQ_007560

answers: carpal

answers: NDQ_007562

answers: no further lengthening of the bones will occur.

answers: NDQ_007563

answers: sex steroid levels

answers: NDQ_007566

answers: calcified

answers: NDQ_007568

answers: carpal and tarsal bones

answers: NDQ_007569

answers: cartilage

answers: NDQ_007570

answers: carpal and tarsal bones

answers: NDQ_007571

answers: sex steroid levels

answers: NDQ_007572

answers: cartilage

answers: NDQ_007573

answers: As a child grows the epiphyses become calcified

answers: NDQ_007574

answers: cartilage

answers: NDQ_007575

answers: sex steroid levels

answers: NDQ_007576

answers: As a child grows the epiphyses become calcified

answers: NDQ_007577

answers: bones.

answers: NDQ_007578

answers: cartilaginous

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: calcified

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: cartilaginous

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: calcified

text: Heart muscles are distinct from skeletal muscles because the muscle fibers are laterally connected to each other. Furthermore, just as with smooth muscles, their movement is involuntary. Heart muscles are controlled by the sinus node influenced by the autonomic nervous system.

text: Heart muscles are distinct from skeletal muscles because the

text: muscle fibers

text: are laterally connected to each other. Furthermore, just as with smooth muscles, their movement is involuntary. Heart muscles are controlled by the

text: sinus node

text: influenced by the

text: autonomic nervous system

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: muscle fibers

answers: NDQ_007551

answers: smooth muscle movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the heart

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: heart muscles

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: Heart muscles are involuntary.

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is true of skeletal muscles?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of muscle?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: How do heart muscles differ from skeletal muscles?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: It does not have a smooth muscle.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: muscle fibers are laterally connected to each other.

answers: NDQ_007551

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007552

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007553

answers: Heart muscles

answers: NDQ_007554

answers: skeletal muscles because the muscle fibers

answers: NDQ_007555

answers: skeletal muscles

answers: NDQ_007556

answers: laterally connected to each other.

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: Heart muscles

answers: NDQ_007562

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007563

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007566

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007568

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007569

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007570

answers: skeletal muscles

answers: NDQ_007571

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007572

answers: skeletal muscles

answers: NDQ_007573

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007574

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007575

answers: skeletal muscles

answers: NDQ_007576

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007577

answers: Heart muscles are distinct from skeletal muscles

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscles

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscles

answers: NDQ_007582

answers: skeletal muscles because the muscle fibers

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscles

text: The bony structures can provide a much better stability and reproducibility of the landmarks for patient registration. Based on this concept, a further technique was used: to implant temporary markers into bone structures that are superficial to the skin, under local anestesia. This was also combined with surface markers and CT registration. The technique has the disadvantage of a further minimal surgical procedure of placing the bone implants, with some risk of infection for the patient.

text: The bony structures can provide a much better stability and reproducibility of the landmarks for patient registration. Based on this concept, a further technique was used: to implant temporary markers into bone structures that are superficial to the skin, under local anestesia. This was also combined with surface markers and CT registration. The technique has the disadvantage of a further minimal surgical procedure of placing the bone implants, with some risk of infection for the patient.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bony structures that are superficial to the skin.

answers: NDQ_007551

answers: Bones provide stability and reproducibility

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: Bony structures

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: articular cartilage

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: implant temporary markers into bone structures

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: Which of the following is not a disadvantage of the technique?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the relationship between compact bone and periosteum?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of vitamin?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a risk factor for osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: surface

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: bone

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: bony structures

answers: NDQ_007550

answers: bony structures

answers: NDQ_007551

answers: stability and reproducibility of the landmarks for patient registration.

answers: NDQ_007552

answers: bone structures that are superficial to the skin,

answers: NDQ_007553

answers: The bony structures

answers: NDQ_007554

answers: bony structures

answers: NDQ_007555

answers: The bony structures

answers: NDQ_007556

answers: superficial to the skin, under local anestesia.

answers: NDQ_007557

answers: bone structures

answers: NDQ_007558

answers: bone structures that are superficial to the skin,

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: The bony structures can provide a much better stability and reproducibility

answers: NDQ_007563

answers: The bony structures

answers: NDQ_007566

answers: The bony structures

answers: NDQ_007568

answers: The bony structures

answers: NDQ_007569

answers: The bony structures

answers: NDQ_007570

answers: bony structures

answers: NDQ_007571

answers: The bony structures

answers: NDQ_007572

answers: The bony structures

answers: NDQ_007573

answers: The bony structures

answers: NDQ_007574

answers: The bony structures

answers: NDQ_007575

answers: local anestesia.

answers: NDQ_007576

answers: The bony structures

answers: NDQ_007577

answers: bone structures that are superficial to the skin,

answers: NDQ_007578

answers: superficial

answers: NDQ_007579

answers: bone structures that are superficial to the skin,

answers: NDQ_007580

answers: bony

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: skin, under local anestesia.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: surgical

text: When a mineral is broken in a direction that does not correspond to a plane of cleavage, it is termed to have been fractured. There are several types of uneven fracture. The classic example is conchoidal fracture, like that of quartz; rounded surfaces are created, which are marked by smooth curved lines. This type of fracture occurs only in very homogeneous minerals. Other types of fracture are fibrous, splintery, and hackly. The latter describes a break along a rough, jagged surface; an example of this property is found in native copper.

text: When a mineral is broken in a direction that does not correspond to a plane of cleavage, it is termed to have been fractured. There are several types of uneven fracture. The classic example is conchoidal fracture, like that of quartz; rounded surfaces are created, which are marked by smooth curved lines. This type of fracture occurs only in very homogeneous minerals. Other types of fracture are fibrous, splintery, and hackly. The latter describes a break along a rough, jagged surface; an example of this property is found in

text: native copper

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: fibrous

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: uneven fracture

answers: NDQ_007557

answers: fibrous

answers: NDQ_007558

answers: unanswerable

answers: NDQ_007560

answers: splintery

answers: NDQ_007562

answers: rounded surfaces are created, which are marked by smooth curved lines

answers: NDQ_007563

answers: What type of fracture is found in native copper?

answers: NDQ_007566

answers: Which of the following is not a type of fracture?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Which of the following is not a type of fracture?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What type of fracture is conchoidal fracture?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: fibrous

answers: NDQ_007580

answers: fibrous

answers: NDQ_007581

answers: fibrous

answers: NDQ_007582

answers: fibrous

answers: NDQ_007583

answers: fibrous

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: cleavage,

answers: NDQ_007550

answers: cleavage,

answers: NDQ_007551

answers: cleavage,

answers: NDQ_007552

answers: conchoidal fracture,

answers: NDQ_007553

answers: fractured.

answers: NDQ_007554

answers: fibrous,

answers: NDQ_007555

answers: fractured.

answers: NDQ_007556

answers: uneven fracture. The classic example is conchoidal fracture,

answers: NDQ_007557

answers: smooth curved lines.

answers: NDQ_007558

answers: cleavage,

answers: NDQ_007560

answers: conchoidal fracture,

answers: NDQ_007562

answers: rounded surfaces are created, which are marked by smooth curved lines.

answers: NDQ_007563

answers: conchoidal fracture,

answers: NDQ_007566

answers: conchoidal fracture,

answers: NDQ_007568

answers: several types of uneven fracture. The classic example is conchoidal fracture,

answers: NDQ_007569

answers: conchoidal fracture,

answers: NDQ_007570

answers: conchoidal fracture,

answers: NDQ_007571

answers: conchoidal fracture,

answers: NDQ_007572

answers: conchoidal fracture,

answers: NDQ_007573

answers: uneven fracture. The classic example is conchoidal fracture,

answers: NDQ_007574

answers: conchoidal fracture,

answers: NDQ_007575

answers: conchoidal fracture,

answers: NDQ_007576

answers: fractured.

answers: NDQ_007577

answers: conchoidal fracture,

answers: NDQ_007578

answers: fibrous,

answers: NDQ_007579

answers: fibrous, splintery, and hackly.

answers: NDQ_007580

answers: fibrous,

answers: NDQ_007581

answers: fibrous,

answers: NDQ_007582

answers: fibrous,

answers: NDQ_007583

answers: fibrous,

answers: NDQ_007584

answers: cleavage,

text: Passive-dynamic systems cite low power consumption, high durability, and low cost.  The design is based on the skeletal structure of the human body, consisting of two legs with hip, knee, and ankle joints, each representing 1 degree of freedom (DOF).  Movement is accomplished with the aid of gravity (walking down a slope) or by minimal  actuation to enable the machine to walk on level ground.  SIGMO was developed using proven methods of gravity-driven passive dynamic bipeds.  Small actuators were added to the legs to provide walking capability on level ground.

text: Passive-dynamic systems cite low power consumption, high durability, and low cost.  The design is based on the skeletal structure of the

text: human body

text: , consisting of two legs with hip, knee, and ankle joints, each representing 1

text: degree of freedom

text: (DOF).  Movement is accomplished with the aid of

text: gravity

text: (walking down a slope) or by minimal  actuation to enable the machine to walk on level ground.  SIGMO was developed using proven methods of gravity-driven passive dynamic bipeds.  Small actuators were added to the legs to provide walking capability on level ground.

answers: NDQ_007549

answers: hip, knee, and ankle joints

answers: NDQ_007550

answers: two legs with hip, knee, and ankle

answers: NDQ_007551

answers: hip, knee, and ankle joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gravity

answers: NDQ_007558

answers: knee, ankle

answers: NDQ_007560

answers: knee

answers: NDQ_007562

answers: walking down a slope or by minimal actuation

answers: NDQ_007563

answers: Which of the following is not a type of bone: hip, knee, or ankle?

answers: NDQ_007566

answers: Which of the following is not a characteristic of the skeletal structure of the human body?

answers: NDQ_007568

answers: Which of the following is not a type of bone: hip, knee, or ankle?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a skeletal structure: hip, knee, or ankle?

answers: NDQ_007573

answers: Which of the following is not a benefit of passive-dynamic systems: low power consumption, high durability, and low cost?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a characteristic of the skeletal structure of the human body: low power consumption, high durability, or low cost?

answers: NDQ_007576

answers: Which of the following is not a degree of freedom: hip, knee, or ankle?

answers: NDQ_007577

answers: How many bones make up the skeletal structure of the human body?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal structure

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal structure

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: two legs with hip, knee, and ankle joints,

answers: NDQ_007550

answers: two legs with hip, knee, and ankle joints,

answers: NDQ_007551

answers: Movement

answers: NDQ_007552

answers: 1 degree of freedom

answers: NDQ_007553

answers: human body,

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: hip, knee, and ankle joints,

answers: NDQ_007556

answers: low power consumption, high durability, and low cost.

answers: NDQ_007557

answers: gravity

answers: NDQ_007558

answers: hip, knee, and ankle

answers: NDQ_007560

answers: hip, knee,

answers: NDQ_007562

answers: low power consumption, high durability, and low cost.

answers: NDQ_007563

answers: hip, knee, and ankle joints,

answers: NDQ_007566

answers: Passive-dynamic systems

answers: NDQ_007568

answers: hip, knee, and ankle joints,

answers: NDQ_007569

answers: hip, knee, and ankle joints,

answers: NDQ_007570

answers: hip, knee, and ankle joints, each representing 1 degree of freedom

answers: NDQ_007571

answers: skeletal structure of the human body,

answers: NDQ_007572

answers: hip, knee, and ankle joints, each representing 1 degree of freedom

answers: NDQ_007573

answers: hip, knee, and ankle joints,

answers: NDQ_007574

answers: two legs with hip, knee, and ankle joints,

answers: NDQ_007575

answers: hip, knee, and ankle joints,

answers: NDQ_007576

answers: hip, knee, and ankle joints,

answers: NDQ_007577

answers: 1 degree of freedom (DOF).

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal structure

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal structure of the human body,

answers: NDQ_007583

answers: skeletal structure of the human body,

answers: NDQ_007584

answers: skeletal

text: Galeazzi fractures are best treated with open reduction of the radius and the distal radio-ulnar joint. It has been called the "fracture of necessity," because it necessitates open surgical treatment in the adult. Nonsurgical treatment results in persistent or recurrent dislocations of the distal ulna. However, in skeletally immature patients such as children, the fracture is typically treated with closed reduction.

text: Galeazzi fractures are best treated with open reduction of the radius and the distal

text: radio-ulnar joint

text: . It has been called the "fracture of necessity," because it necessitates open surgical treatment in the adult. Nonsurgical treatment results in persistent or recurrent dislocations of the distal ulna. However, in skeletally immature patients such as

text: children

text: , the fracture is typically treated with closed reduction.

answers: NDQ_007549

answers: distal radio-ulnar joint

answers: NDQ_007550

answers: the distal radio-ulnar joint

answers: NDQ_007551

answers: dislocations

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: distal ulna

answers: NDQ_007556

answers: immature patients

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: distal radio-ulnar

answers: NDQ_007560

answers: distal radio-ulnar

answers: NDQ_007562

answers: The fracture is typically treated with closed reduction

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Galeazzi?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a characteristic of the distal ulna?

answers: NDQ_007573

answers: What is the most common cause of bone fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: radius

answers: NDQ_007579

answers: radius

answers: NDQ_007580

answers: radius

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: ulna

answers: NDQ_007583

answers: ulna

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: radius and the distal radio-ulnar joint.

answers: NDQ_007550

answers: radius and the distal radio-ulnar joint.

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: joint.

answers: NDQ_007553

answers: joint.

answers: NDQ_007554

answers: skeletally

answers: NDQ_007555

answers: distal radio-ulnar

answers: NDQ_007556

answers: skeletally immature

answers: NDQ_007557

answers: skeletally

answers: NDQ_007558

answers: radius and the distal radio-ulnar

answers: NDQ_007560

answers: distal radio-ulnar

answers: NDQ_007562

answers: Nonsurgical treatment

answers: NDQ_007563

answers: "fracture of necessity,"

answers: NDQ_007566

answers: "fracture of necessity,"

answers: NDQ_007568

answers: radius and the distal radio-ulnar joint.

answers: NDQ_007569

answers: radius and the distal radio-ulnar joint.

answers: NDQ_007570

answers: distal radio-ulnar joint.

answers: NDQ_007571

answers: skeletally immature patients

answers: NDQ_007572

answers: skeletally immature patients

answers: NDQ_007573

answers: skeletally immature patients

answers: NDQ_007574

answers: skeletally immature patients

answers: NDQ_007575

answers: skeletally immature patients

answers: NDQ_007576

answers: joint.

answers: NDQ_007577

answers: adult.

answers: NDQ_007578

answers: radius and the distal radio-ulnar joint.

answers: NDQ_007579

answers: radius and the distal radio-ulnar joint.

answers: NDQ_007580

answers: skeletally

answers: NDQ_007581

answers: radio-ulnar joint.

answers: NDQ_007582

answers: ulna.

answers: NDQ_007583

answers: skeletally

answers: NDQ_007584

answers: skeletally immature

text: Sweroside is an iridoid glycoside, found also in the fruits of Cornus officinalis and plant material of Gentiana lutea, with anti-osteoporosis and wound-healing properties.

text: Sweroside

text: is an

text: iridoid

text: glycoside

text: , found also in the fruits of

text: Cornus officinalis

text: and plant material of

text: Gentiana lutea

text: , with anti-

text: osteoporosis

text: and wound-healing properties.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: healing wounds

answers: NDQ_007552

answers: Sweroside

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: sweroside

answers: NDQ_007562

answers: Sweroside is not used to treat osteoporosis

answers: NDQ_007563

answers: What does Sweroside do?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the opposite of spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Sweroside has anti-osteoprosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osteoprosthesis

answers: NDQ_007549

answers: anti-osteoporosis

answers: NDQ_007550

answers: iridoid glycoside,

answers: NDQ_007551

answers: anti-osteoporosis

answers: NDQ_007552

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007553

answers: iridoid glycoside,

answers: NDQ_007554

answers: iridoid glycoside,

answers: NDQ_007555

answers: Gentiana lutea,

answers: NDQ_007556

answers: anti-osteoporosis

answers: NDQ_007557

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007558

answers: anti-osteoporosis

answers: NDQ_007560

answers: Sweroside

answers: NDQ_007562

answers: anti-osteoporosis

answers: NDQ_007563

answers: anti-osteoporosis

answers: NDQ_007566

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007568

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007569

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007570

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007571

answers: anti-osteoporosis

answers: NDQ_007572

answers: anti-osteoporosis

answers: NDQ_007573

answers: anti-osteoporosis

answers: NDQ_007574

answers: Sweroside is an iridoid glycoside,

answers: NDQ_007575

answers: anti-osteoporosis

answers: NDQ_007576

answers: wound-healing

answers: NDQ_007577

answers: anti-osteoporosis

answers: NDQ_007578

answers: anti-osteoporosis

answers: NDQ_007579

answers: anti-osteoporosis

answers: NDQ_007580

answers: anti-osteoporosis

answers: NDQ_007581

answers: anti-osteoporosis

answers: NDQ_007582

answers: Gentiana lutea,

answers: NDQ_007583

answers: Gentiana lutea,

answers: NDQ_007584

answers: anti-osteoporosis

text: The term "established osteoporosis" is used when a broken bone due to osteoporosis has occurred. Osteoporosis is a part of frailty syndrome.

text: The term "established osteoporosis" is used when a

text: broken bone due to osteoporosis

text: has occurred. Osteoporosis is a part of

text: frailty syndrome

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: breaking bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteogenous

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: frailty syndrome

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoid

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Frailty syndrome does not cause bone fractures.

answers: NDQ_007563

answers: Which of the following is not a part of frailty syndrome?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a part of frailty syndrome?

answers: NDQ_007572

answers: Which of the following is not the result of osteoporosis?

answers: NDQ_007573

answers: Why is osteoporosis a part of frailty syndrome

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: broken bone

answers: NDQ_007552

answers: "established osteoporosis"

answers: NDQ_007553

answers: osteoporosis"

answers: NDQ_007554

answers: osteoporosis"

answers: NDQ_007555

answers: "established osteoporosis"

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoporosis"

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: "established osteoporosis"

answers: NDQ_007563

answers: The term "established osteoporosis"

answers: NDQ_007566

answers: "established osteoporosis"

answers: NDQ_007568

answers: "established osteoporosis"

answers: NDQ_007569

answers: The term "established osteoporosis"

answers: NDQ_007570

answers: "established osteoporosis"

answers: NDQ_007571

answers: The term "established osteoporosis"

answers: NDQ_007572

answers: broken bone due to osteoporosis

answers: NDQ_007573

answers: frailty syndrome.

answers: NDQ_007574

answers: "established osteoporosis"

answers: NDQ_007575

answers: "established osteoporosis"

answers: NDQ_007576

answers: "established osteoporosis"

answers: NDQ_007577

answers: The term "established osteoporosis"

answers: NDQ_007578

answers: osteoporosis"

answers: NDQ_007579

answers: osteoporosis"

answers: NDQ_007580

answers: osteoporosis"

answers: NDQ_007581

answers: osteoporosis"

answers: NDQ_007582

answers: osteoporosis"

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis"

text: Virtual entities may contain and be controlled by assorted attributes, such as transform values (location, orientation, and scale) stored in an object's transformation matrix. Animation is the change of an attribute over time. Multiple methods of achieving animation exist; the rudimentary form is based on the creation and editing of keyframes, each storing a value at a given time, per attribute to be animated. The 2D/3D graphics software will change with each keyframe, creating an editable curve of a value mapped over time, in which results in animation. Other methods of animation include procedural and expression-based techniques: the former consolidates related elements of animated entities into sets of attributes, useful for creating particle effects and crowd simulations; the latter allows an evaluated result returned from a user-defined logical expression, coupled with mathematics, to automate animation in a predictable way (convenient for controlling bone behavior beyond what a hierarchy offers in skeletal system set up).

text: Virtual entities may contain and be controlled by assorted attributes, such as transform values (location, orientation, and scale) stored in an object's

text: transformation matrix

text: . Animation is the change of an attribute over time. Multiple methods of achieving animation exist; the rudimentary form is based on the creation and editing of

text: keyframe

text: s, each storing a value at a given time, per attribute to be animated. The 2D/3D graphics software will change with each keyframe, creating an editable curve of a value mapped over time, in which results in animation. Other methods of animation include

text: procedural

text: and

text: expression

text: -based techniques: the former consolidates related elements of animated entities into sets of attributes, useful for creating

text: particle

text: effects and

text: crowd simulation

text: s; the latter allows an evaluated result returned from a user-defined logical expression, coupled with mathematics, to automate animation in a predictable way (convenient for controlling bone behavior beyond what a

text: hierarchy

text: offers in

text: skeletal system

text: set up).

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone behavior

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow.

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: to automate animation in a predictable way

answers: NDQ_007557

answers: keyframes

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: skeletal system set up).

answers: NDQ_007563

answers: keyframes

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: bone

answers: NDQ_007571

answers: Bones

answers: NDQ_007572

answers: keyframes

answers: NDQ_007573

answers: animation

answers: NDQ_007574

answers: Bone

answers: NDQ_007575

answers: animation

answers: NDQ_007576

answers: keyframes

answers: NDQ_007577

answers: description

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone behavior

answers: NDQ_007552

answers: Animation

answers: NDQ_007553

answers: attributes,

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: time.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: skeletal system

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: bone behavior

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: bone behavior beyond what a hierarchy offers in skeletal system

answers: NDQ_007570

answers: bone

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: Animation

answers: NDQ_007574

answers: bone behavior beyond what a hierarchy offers in skeletal system

answers: NDQ_007575

answers: procedural and expression-based techniques:

answers: NDQ_007576

answers: Animation

answers: NDQ_007577

answers: Animation is the change of an attribute over time.

answers: NDQ_007578

answers: skeletal system

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal system

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: bone behavior beyond what a hierarchy offers in skeletal system

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: Animation

text: It is made up of the bones of the skeleton, muscles, cartilage, tendons, ligaments, joints, and other connective tissue that supports and binds tissues and organs together. The musculoskeletal system's primary functions include supporting the body, allowing motion, and protecting vital organs. The skeletal portion of the system serves as the main storage system for calcium and phosphorus and contains critical components of the hematopoietic system.

text: It is made up of the bones of the

text: skeleton

text: muscle

text: s,

text: cartilage

text: tendons

text: ligaments

text: joints

text: , and other

text: connective tissue

text: that supports and binds tissues and organs together. The musculoskeletal system's primary functions include supporting the body, allowing motion, and protecting vital organs. The skeletal portion of the system serves as the main storage system for

text: calcium

text: and

text: phosphorus

text: and contains critical components of the

text: hematopoietic system

answers: NDQ_007549

answers: bones of the skeleton

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: supporting the body

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: hematopoietic system

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: joints

answers: NDQ_007562

answers: The skeletal portion of the system serves as the main storage system for calcium and phosphorus

answers: NDQ_007563

answers: Which of the following is not a component of the hematopoietic system?

answers: NDQ_007566

answers: How would you describe the bones of the skeleton?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, phosphorus, or vitamin D?

answers: NDQ_007572

answers: Which of the following is not a critical component of the hematopoietic system?

answers: NDQ_007573

answers: Which of the following is not a primary function of the musculoskeletal system?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of connective tissue: tendons, ligaments, joints, or bones?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: hematopoietic

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscles, cartilage, tendons, ligaments, joints,

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: supporting the body, allowing motion, and protecting vital organs.

answers: NDQ_007552

answers: cartilage,

answers: NDQ_007553

answers: hematopoietic

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: skeleton,

answers: NDQ_007556

answers: calcium and phosphorus

answers: NDQ_007557

answers: ligaments,

answers: NDQ_007558

answers: tendons, ligaments,

answers: NDQ_007560

answers: musculoskeletal system's

answers: NDQ_007562

answers: It is made up of the bones of the skeleton,

answers: NDQ_007563

answers: The skeletal portion of the system serves as the main storage system for calcium

answers: NDQ_007566

answers: bones of the skeleton,

answers: NDQ_007568

answers: muscles, cartilage, tendons, ligaments, joints,

answers: NDQ_007569

answers: tendons, ligaments, joints, and other connective tissue

answers: NDQ_007570

answers: musculoskeletal system's

answers: NDQ_007571

answers: calcium and phosphorus

answers: NDQ_007572

answers: hematopoietic

answers: NDQ_007573

answers: musculoskeletal system's

answers: NDQ_007574

answers: tendons, ligaments, joints, and other connective tissue

answers: NDQ_007575

answers: musculoskeletal system's

answers: NDQ_007576

answers: tendons, ligaments, joints, and other connective tissue

answers: NDQ_007577

answers: tendons, ligaments, joints, and other connective tissue

answers: NDQ_007578

answers: cartilage,

answers: NDQ_007579

answers: cartilage,

answers: NDQ_007580

answers: cartilage,

answers: NDQ_007581

answers: cartilage, tendons, ligaments,

answers: NDQ_007582

answers: hematopoietic

answers: NDQ_007583

answers: cartilage,

answers: NDQ_007584

answers: bones of the skeleton,

text: , several components of the signaling cascade that mediate the HMB-induced increase in human skeletal muscle protein synthesis have been identified in vivo. Similar to ,

text: , several components of the

text: signaling cascade

text: that mediate the HMB-induced increase in human skeletal muscle protein synthesis have been identified

text: in vivo

text: . Similar to ,

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle and connective tissue.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: fibroblasts.

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: skeletal muscle protein synthesis

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: articular cartilage

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: Human skeletal muscle protein synthesis has been identified in vivo.

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: context:

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis is a condition in which bone density decreases.

answers: NDQ_007574

answers: Context:

answers: NDQ_007575

answers: muscle contraction

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: Context:

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: HMB-induced

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: several components of the signaling cascade that mediate the HMB-induced

answers: NDQ_007563

answers: several components of the signaling cascade that mediate the HMB-induced

answers: NDQ_007566

answers: skeletal muscle protein synthesis have been identified in vivo.

answers: NDQ_007568

answers: several components of the signaling cascade

answers: NDQ_007569

answers: skeletal muscle protein synthesis have been identified in vivo.

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: HMB-induced increase in human skeletal muscle protein synthesis

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: HMB-induced increase in human skeletal muscle protein synthesis

answers: NDQ_007576

answers: skeletal muscle protein synthesis have been identified in vivo.

answers: NDQ_007577

answers: skeletal muscle protein synthesis have been identified in vivo.

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: HMB-induced

text: Open reduction with direct skeletal fixation allows the bones to be directly mandibulated through an incision so that the fractured ends meet, then they can be secured together either rigidly (with screws or plates and screws) or non-rigidly (with transosseous wires).  There are a multitude of various plate and screw combinations including compression plates, non-compression plates, lag-screws, mini-plates and biodegradable plates.

text: Open reduction with direct skeletal fixation allows the bones to be directly mandibulated through an incision so that the fractured ends meet, then they can be secured together either rigidly (with screws or plates and screws) or non-rigidly (with transosseous wires).  There are a multitude of various plate and screw combinations including compression plates, non-compression plates, lag-screws, mini-plates and biodegradable plates.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: osseous

answers: NDQ_007555

answers: Joints connect the bones of the

answers: NDQ_007556

answers: fractured ends

answers: NDQ_007557

answers: transosseous wires

answers: NDQ_007558

answers: transosseous wires

answers: NDQ_007560

answers: mandibulated

answers: NDQ_007562

answers: lag-screws and mini-plates are biodegradable

answers: NDQ_007563

answers: Which of the following is not a type of bone: compression plates, non-compression plates, lag-screws or biodegradable plates?

answers: NDQ_007566

answers: Which of the following is not true of bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of plate: compression plates, lag-screws, mini-plates or biodegradable plates?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: compression plates

answers: NDQ_007580

answers: transosseous

answers: NDQ_007581

answers: mandibulated

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: compression plates

answers: NDQ_007584

answers: Mandibulation

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: fractured ends meet,

answers: NDQ_007552

answers: Open reduction with direct skeletal fixation

answers: NDQ_007553

answers: Open reduction with direct skeletal fixation

answers: NDQ_007554

answers: transosseous wires).

answers: NDQ_007555

answers: transosseous wires).

answers: NDQ_007556

answers: fractured ends

answers: NDQ_007557

answers: transosseous wires).

answers: NDQ_007558

answers: transosseous wires).

answers: NDQ_007560

answers: mandibulated

answers: NDQ_007562

answers: directly mandibulated

answers: NDQ_007563

answers: Open reduction with direct skeletal fixation

answers: NDQ_007566

answers: Open reduction with direct skeletal fixation

answers: NDQ_007568

answers: compression plates,

answers: NDQ_007569

answers: compression plates, non-compression plates,

answers: NDQ_007570

answers: transosseous wires).

answers: NDQ_007571

answers: Open reduction with direct skeletal fixation

answers: NDQ_007572

answers: transosseous wires).

answers: NDQ_007573

answers: Open reduction with direct skeletal fixation

answers: NDQ_007574

answers: Open reduction with direct skeletal fixation

answers: NDQ_007575

answers: Open reduction with direct skeletal fixation

answers: NDQ_007576

answers: Open reduction with direct skeletal fixation

answers: NDQ_007577

answers: bones to be directly mandibulated

answers: NDQ_007578

answers: biodegradable

answers: NDQ_007579

answers: transosseous

answers: NDQ_007580

answers: compression plates, non-compression

answers: NDQ_007581

answers: transosseous wires).

answers: NDQ_007582

answers: transosseous wires).

answers: NDQ_007583

answers: bones

answers: NDQ_007584

answers: mandibulated

text: Rac1 is expressed in significant amounts in insulin sensitive tissues, such as adipose tissue and skeletal muscle. Here Rac1 regulated the translocation of glucose transporting GLUT4 vesicles from intracellular compartments to the plasma membrane. In response to insulin, this allows for blood glucose to enter the cell to lower blood glucose. In conditions of obesity and type 2 diabetes, Rac1 signaling in skeletal muscle is dysfunctional, suggesting that Rac1 contributes to the progression of the disease. Rac1 protein is also necessary for glucose uptake in skeletal muscle activated by exercise  and muscle stretching

text: Rac1 is expressed in significant amounts in insulin sensitive tissues, such as adipose tissue and skeletal muscle. Here Rac1 regulated the translocation of glucose transporting

text: vesicles from intracellular compartments to the plasma membrane. In response to

text: insulin

text: , this allows for blood glucose to enter the cell to lower blood glucose. In conditions of

text: obesity

text: and

text: type 2 diabetes

text: , Rac1 signaling in skeletal muscle is dysfunctional, suggesting that Rac1 contributes to the progression of the disease. Rac1 protein is also necessary for glucose uptake in skeletal muscle activated by exercise  and muscle stretching

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: exercise and muscle stretching

answers: NDQ_007552

answers: Rac1

answers: NDQ_007553

answers: adipose tissue

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body to each other.

answers: NDQ_007556

answers: in conditions of obesity and type 2 diabetes

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Rac1 protein is also necessary for glucose uptake

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: What do you need to keep your bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the cause of osteoporosis?

answers: NDQ_007574

answers: What does the human skeleton consist of?

answers: NDQ_007575

answers: What is the main function of ras1?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: skeletal muscle.

answers: NDQ_007551

answers: exercise and muscle stretching

answers: NDQ_007552

answers: Rac1

answers: NDQ_007553

answers: skeletal muscle.

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: Rac1

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: skeletal muscle.

answers: NDQ_007562

answers: Rac1

answers: NDQ_007563

answers: Rac1

answers: NDQ_007566

answers: Rac1

answers: NDQ_007568

answers: Rac1

answers: NDQ_007569

answers: Rac1

answers: NDQ_007570

answers: Rac1

answers: NDQ_007571

answers: Rac1

answers: NDQ_007572

answers: skeletal muscle.

answers: NDQ_007573

answers: Rac1

answers: NDQ_007574

answers: Rac1

answers: NDQ_007575

answers: exercise and muscle stretching

answers: NDQ_007576

answers: Rac1

answers: NDQ_007577

answers: adipose tissue and skeletal muscle.

answers: NDQ_007578

answers: skeletal muscle.

answers: NDQ_007579

answers: skeletal muscle.

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: skeletal muscle.

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: skeletal muscle.

text: Osteoporosis is common in ankylosing spondylitis, both from chronic systemic inflammation and decreased mobility resulting from AS. Over a long-term period, osteopenia or osteoporosis of the AP spine may occur, causing eventual compression fractures and a back "hump". Hyperkyphosis from ankylosing spondylitis can also lead to impairment in mobility and balance, as well as impaired peripheral vision, which increases the risk of falls which can cause fracture of already-fragile vertebrae.  Typical signs of progressed AS are the visible formation of syndesmophytes on X-rays and abnormal bone outgrowths similar to osteophytes affecting the spine. In compression fractures of the vertebrae, paresthesia is a complication due to the inflammation of the tissue surrounding nerves.

text: Osteoporosis is common in ankylosing spondylitis, both from chronic systemic inflammation and decreased mobility resulting from AS. Over a long-term period,

text: osteopenia

text: or

text: osteoporosis

text: of the AP spine may occur, causing eventual compression fractures and a back "hump". Hyperkyphosis from ankylosing spondylitis can also lead to impairment in mobility and balance, as well as impaired peripheral vision, which increases the risk of falls which can cause fracture of already-fragile vertebrae.  Typical signs of progressed AS are the visible formation of

text: syndesmophyte

text: s on X-rays and abnormal bone outgrowths similar to

text: osteophyte

text: s affecting the spine. In compression fractures of the vertebrae,

text: paresthesia

text: is a complication due to the inflammation of the tissue surrounding nerves.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: mobility and balance

answers: NDQ_007552

answers: Osteoporosis

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteophytes

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: hyperkyphosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: AP spine

answers: NDQ_007562

answers: the visible formation of syndesmophytes on X-rays

answers: NDQ_007563

answers: Which of the following is not a result of osteoporosis: compression fractures and a back "hump"

answers: NDQ_007566

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: syndesmophytes, osteophytes, or vertebrae?

answers: NDQ_007569

answers: What type of bone lies between spongy bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a complication due to the inflammation of the tissue surrounding nerves?

answers: NDQ_007572

answers: Which of the following is not a characteristic of osteopenia?

answers: NDQ_007573

answers: Why is osteoporosis common in ankylosing spondylitis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a symptom of osteoporosis: compression fractures and a back "hump"

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: syndesmophytes

answers: NDQ_007579

answers: osteophytes

answers: NDQ_007580

answers: osteophytes

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: osteophytes

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: osteophytes

answers: NDQ_007549

answers: AP spine

answers: NDQ_007550

answers: AP spine

answers: NDQ_007551

answers: mobility and balance,

answers: NDQ_007552

answers: osteophytes

answers: NDQ_007553

answers: inflammation

answers: NDQ_007554

answers: osteophytes

answers: NDQ_007555

answers: AP spine

answers: NDQ_007556

answers: chronic systemic inflammation

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrae.

answers: NDQ_007560

answers: AP spine

answers: NDQ_007562

answers: "hump".

answers: NDQ_007563

answers: osteophytes

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: syndesmophytes

answers: NDQ_007569

answers: osteophytes

answers: NDQ_007570

answers: AP spine

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: syndesmophytes

answers: NDQ_007573

answers: compression fractures and a back "hump".

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: osteophytes

answers: NDQ_007576

answers: Osteoporosis

answers: NDQ_007577

answers: AP spine

answers: NDQ_007578

answers: osteophytes

answers: NDQ_007579

answers: osteophytes

answers: NDQ_007580

answers: osteophytes

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: syndesmophytes

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: osteophytes

text: Following denervation, muscular atrophy and degeneration occurs within affected skeletal muscle tissue. Within the skeletal tissue is observable progressive loss of weight of denervated muscles as well as reduction in muscle fiber size and quantity. These muscles exhibit a slowing of contraction speed, a reduction of developed tension, and twitch force.

text: Following denervation, muscular atrophy and degeneration occurs within affected skeletal muscle tissue. Within the skeletal tissue is observable progressive loss of weight of denervated muscles as well as reduction in muscle fiber size and quantity. These muscles exhibit a slowing of contraction speed, a reduction of developed tension, and twitch force.

answers: NDQ_007549

answers: muscle tissue

answers: NDQ_007550

answers: skeletal muscle tissue

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Muscles

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal tissue

answers: NDQ_007556

answers: denervation

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: Bone fractures do not affect muscle tissue.

answers: NDQ_007563

answers: Which of the following is not a result of denervation?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: denervation

answers: NDQ_007579

answers: skeletal tissue

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal tissue

answers: NDQ_007582

answers: denervation

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: denervation

answers: NDQ_007549

answers: skeletal muscle tissue.

answers: NDQ_007550

answers: skeletal muscle tissue.

answers: NDQ_007551

answers: twitch force.

answers: NDQ_007552

answers: muscle fiber

answers: NDQ_007553

answers: denervation,

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle tissue.

answers: NDQ_007556

answers: denervation,

answers: NDQ_007557

answers: skeletal muscle tissue.

answers: NDQ_007558

answers: skeletal muscle tissue.

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Following denervation,

answers: NDQ_007563

answers: denervation,

answers: NDQ_007566

answers: Following denervation,

answers: NDQ_007568

answers: skeletal muscle tissue. Within the skeletal tissue

answers: NDQ_007569

answers: Following denervation,

answers: NDQ_007570

answers: Following denervation,

answers: NDQ_007571

answers: Following denervation,

answers: NDQ_007572

answers: denervation,

answers: NDQ_007573

answers: progressive loss of weight of denervated muscles

answers: NDQ_007574

answers: Following denervation,

answers: NDQ_007575

answers: denervation,

answers: NDQ_007576

answers: Following denervation,

answers: NDQ_007577

answers: Following denervation,

answers: NDQ_007578

answers: denervation,

answers: NDQ_007579

answers: skeletal muscle tissue. Within the skeletal tissue

answers: NDQ_007580

answers: denervation,

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: muscle fiber

answers: NDQ_007583

answers: muscle fiber

answers: NDQ_007584

answers: denervation,

text: Up to 8 different types of animations can be assigned to a single object, including skeletal and per-vertex animation. The speed and the direction of animation (forward/backward play), as well as particle system parameters (size, initial velocity and count) can be changed though the API.

text: Up to 8 different types of animations can be assigned to a single object, including

text: skeletal

text: and

text: per-vertex

text: animation. The speed and the direction of animation (forward/backward play), as well as particle system parameters (size, initial velocity and count) can be changed though the

text: API

answers: NDQ_007549

answers: up to 8 different types of animations

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: up to 8 different types of animations

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: per-vertex

answers: NDQ_007562

answers: the speed and direction of animation can be changed though the API

answers: NDQ_007563

answers: skeletal

answers: NDQ_007566

answers: skeletal

answers: NDQ_007568

answers: skeletal

answers: NDQ_007569

answers: skeleton

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed

answers: NDQ_007572

answers: skeletal

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: skeletal

answers: NDQ_007576

answers: skeletal

answers: NDQ_007577

answers: skeletal

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: particle system parameters (size, initial velocity and count)

answers: NDQ_007550

answers: skeletal and per-vertex

answers: NDQ_007551

answers: skeletal and per-vertex animation.

answers: NDQ_007552

answers: skeletal and per-vertex animation.

answers: NDQ_007553

answers: skeletal and per-vertex animation.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal and per-vertex

answers: NDQ_007556

answers: skeletal and per-vertex animation.

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Up

answers: NDQ_007563

answers: skeletal and per-vertex animation.

answers: NDQ_007566

answers: skeletal and per-vertex animation.

answers: NDQ_007568

answers: Up to 8

answers: NDQ_007569

answers: skeletal and per-vertex animation.

answers: NDQ_007570

answers: skeletal

answers: NDQ_007571

answers: skeletal and per-vertex animation.

answers: NDQ_007572

answers: skeletal

answers: NDQ_007573

answers: skeletal and per-vertex animation.

answers: NDQ_007574

answers: skeletal and per-vertex animation.

answers: NDQ_007575

answers: skeletal and per-vertex animation.

answers: NDQ_007576

answers: skeletal and per-vertex animation.

answers: NDQ_007577

answers: Up to 8

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: The prognosis after different treatments varies and is based on several factors which include the age of the patient, the affected joint, the stage of the lesion and, most importantly, the state of the growth plate. It follows that the two main forms of osteochondritis dissecans are defined by skeletal maturity. The juvenile form of the disease occurs in open growth plates, usually affecting children between the ages of 5 and 15 years. The adult form commonly occurs between ages 16 to 50, although it is unclear whether these adults developed the disease after skeletal maturity or were undiagnosed as children.

text: The prognosis after different treatments varies and is based on several factors which include the age of the patient, the affected joint, the stage of the lesion and, most importantly, the state of the growth plate. It follows that the two main forms of osteochondritis dissecans are defined by skeletal maturity. The juvenile form of the disease occurs in open growth plates, usually affecting children between the ages of 5 and 15 years. The adult form commonly occurs between ages 16 to 50, although it is unclear whether these adults developed the disease after skeletal maturity or were undiagnosed as children.

answers: NDQ_007549

answers: growth plate

answers: NDQ_007550

answers: The adult form commonly occurs between ages 16 to 50

answers: NDQ_007551

answers: growth plate

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: growth plate

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: growth plates

answers: NDQ_007558

answers: osteochondritis dissecans

answers: NDQ_007560

answers: osteochondritis

answers: NDQ_007562

answers: osteochondritis dissecans are defined by skeletal maturity

answers: NDQ_007563

answers: What does osteochondritis dissecans mean?

answers: NDQ_007566

answers: How are bones like chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: osteochondritis dissecans

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteochondritis dissecans

answers: NDQ_007572

answers: What does osteochondritis dissecans refer to?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: growth plate

answers: NDQ_007579

answers: growth plate

answers: NDQ_007580

answers: growth plate

answers: NDQ_007581

answers: growth plate

answers: NDQ_007582

answers: growth plate

answers: NDQ_007583

answers: osteochondritis

answers: NDQ_007584

answers: growth plate

answers: NDQ_007549

answers: growth plate.

answers: NDQ_007550

answers: growth plate.

answers: NDQ_007551

answers: growth plate.

answers: NDQ_007552

answers: growth plate.

answers: NDQ_007553

answers: growth plate.

answers: NDQ_007554

answers: growth plate.

answers: NDQ_007555

answers: growth plate.

answers: NDQ_007556

answers: skeletal maturity.

answers: NDQ_007557

answers: growth plate.

answers: NDQ_007558

answers: osteochondritis dissecans

answers: NDQ_007560

answers: osteochondritis dissecans

answers: NDQ_007562

answers: skeletal maturity.

answers: NDQ_007563

answers: osteochondritis dissecans are defined by skeletal maturity.

answers: NDQ_007566

answers: skeletal maturity.

answers: NDQ_007568

answers: skeletal maturity.

answers: NDQ_007569

answers: growth plate.

answers: NDQ_007570

answers: affected joint,

answers: NDQ_007571

answers: osteochondritis dissecans are defined by skeletal maturity.

answers: NDQ_007572

answers: open growth plates,

answers: NDQ_007573

answers: the state of the growth plate.

answers: NDQ_007574

answers: open growth plates,

answers: NDQ_007575

answers: growth plate.

answers: NDQ_007576

answers: joint,

answers: NDQ_007577

answers: 50,

answers: NDQ_007578

answers: open growth plates,

answers: NDQ_007579

answers: growth plate.

answers: NDQ_007580

answers: growth plate.

answers: NDQ_007581

answers: growth plate.

answers: NDQ_007582

answers: growth plate.

answers: NDQ_007583

answers: growth plate.

answers: NDQ_007584

answers: growth plate.

text: A Soft tissue injury (STI) is the damage of muscles, ligaments and tendons throughout the body. Common soft tissue injuries usually occur from a sprain, strain, a one off blow resulting in a contusion or overuse of a particular part of the body. Soft tissue injuries can result in pain, swelling, bruising and loss of function (Lovering, 2008)

text: A Soft tissue injury (STI) is the damage of

text: muscles

text: ligaments

text: and

text: tendons

text: throughout the body. Common

text: soft tissue

text: injuries usually occur from a

text: sprain

text: strain

text: , a one off blow resulting in a

text: contusion

text: or overuse of a particular part of the body. Soft tissue injuries can result in

text: pain

text: swelling

text: bruising

text: and loss of function (Lovering, 2008)

answers: NDQ_007549

answers: Soft tissue injuries

answers: NDQ_007550

answers: soft tissue injuries

answers: NDQ_007551

answers: loss of function

answers: NDQ_007552

answers: STI

answers: NDQ_007553

answers: Soft tissue injuries

answers: NDQ_007554

answers: tendons

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: soft tissue injuries

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: unanswerable

answers: NDQ_007560

answers: tendons

answers: NDQ_007562

answers: Soft tissue injuries can result in pain, swelling and bruising

answers: NDQ_007563

answers: Which of the following is not a type of soft tissue injury?

answers: NDQ_007566

answers: Which of the following is true of soft tissue injuries?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: ligaments, tendons, or soft tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact, spongy, or periosteum?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Soft tissue injuries can result in pain, swelling, bruising and loss of function

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Which of the following is not a type of soft tissue injury?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: contusion

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: contusion

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: contusion

answers: NDQ_007549

answers: muscles, ligaments and tendons

answers: NDQ_007550

answers: muscles, ligaments and tendons

answers: NDQ_007551

answers: muscles,

answers: NDQ_007552

answers: muscles,

answers: NDQ_007553

answers: Soft tissue injury

answers: NDQ_007554

answers: ligaments and tendons

answers: NDQ_007555

answers: tendons

answers: NDQ_007556

answers: overuse

answers: NDQ_007557

answers: ligaments and tendons

answers: NDQ_007558

answers: muscles, ligaments and tendons

answers: NDQ_007560

answers: ligaments

answers: NDQ_007562

answers: A Soft tissue injury

answers: NDQ_007563

answers: A Soft tissue injury

answers: NDQ_007566

answers: A Soft tissue injury

answers: NDQ_007568

answers: muscles, ligaments and tendons

answers: NDQ_007569

answers: A Soft tissue injury

answers: NDQ_007570

answers: Soft tissue injury

answers: NDQ_007571

answers: A Soft tissue injury

answers: NDQ_007572

answers: A Soft tissue injury

answers: NDQ_007573

answers: A Soft tissue injury

answers: NDQ_007574

answers: Soft tissue injury

answers: NDQ_007575

answers: Soft tissue injury

answers: NDQ_007576

answers: sprain,

answers: NDQ_007577

answers: 2008)

answers: NDQ_007578

answers: Soft tissue injury

answers: NDQ_007579

answers: ligaments and tendons

answers: NDQ_007580

answers: Soft tissue injury

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: muscles, ligaments and tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: contusion

text: This technique is used by constructing a series of 'bones,' sometimes referred to as rigging. Each bone has a three-dimensional transformation (which includes its position, scale and orientation), and an optional parent bone. The bones therefore form a hierarchy. The full transform of a child node is the product of its parent transform and its own transform. So moving a thigh-bone will move the lower leg too. As the character is animated, the bones change their transformation over time, under the influence of some animation controller. A rig is generally composed of both forward kinematics and inverse kinematics parts that may interact with each other. Skeletal animation is referring to the forward kinematics part of the rig, where a complete set of bones configurations identifies a unique pose.

text: This technique is used by constructing a series of 'bones,' sometimes referred to as rigging. Each bone has a

text: three-dimensional transformation

text: (which includes its position, scale and orientation), and an optional parent bone. The bones therefore form a

text: hierarchy

text: . The full transform of a

text: child node

text: is the product of its parent transform and its own transform. So moving a thigh-bone will move the lower leg too. As the character is animated, the bones change their transformation over time, under the influence of some animation controller. A rig is generally composed of both

text: forward kinematics

text: and

text: inverse kinematics

text: parts that may interact with each other. Skeletal animation is referring to the

text: forward kinematics

text: part of the rig, where a complete set of bones configurations identifies a unique pose.

answers: NDQ_007549

answers: forward kinematics

answers: NDQ_007550

answers: a series of 'bones'

answers: NDQ_007551

answers: identifying a unique pose

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: Skeletal animation

answers: NDQ_007556

answers: a complete set of bones configurations

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: the lower leg

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: the bones change their transformation over time under the influence of some animation controller

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: How do bones compare to chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: How do bones grow thicker?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal animation

answers: NDQ_007549

answers: 'bones,'

answers: NDQ_007550

answers: parent bone.

answers: NDQ_007551

answers: its position, scale and orientation),

answers: NDQ_007552

answers: 'bones,'

answers: NDQ_007553

answers: 'bones,'

answers: NDQ_007554

answers: 'bones,'

answers: NDQ_007555

answers: thigh-bone will move the lower leg

answers: NDQ_007556

answers: rigging. Each bone has a three-dimensional transformation

answers: NDQ_007557

answers: 'bones,'

answers: NDQ_007558

answers: thigh-bone

answers: NDQ_007560

answers: thigh-bone

answers: NDQ_007562

answers: 'bones,' sometimes referred to as rigging.

answers: NDQ_007563

answers: 'bones,'

answers: NDQ_007566

answers: 'bones,'

answers: NDQ_007568

answers: Each bone has a three-dimensional transformation

answers: NDQ_007569

answers: thigh-bone

answers: NDQ_007570

answers: thigh-bone will move the lower leg

answers: NDQ_007571

answers: Each bone has a three-dimensional transformation

answers: NDQ_007572

answers: rigging. Each bone has a three-dimensional transformation

answers: NDQ_007573

answers: rigging.

answers: NDQ_007574

answers: optional parent bone.

answers: NDQ_007575

answers: rigging. Each bone has a three-dimensional transformation

answers: NDQ_007576

answers: rigging. Each bone has a three-dimensional transformation

answers: NDQ_007577

answers: 'bones,'

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: inverse kinematics

answers: NDQ_007582

answers: 'bones,'

answers: NDQ_007583

answers: 'bones,'

answers: NDQ_007584

answers: Skeletal animation

text: Further investigation into the mechanisms of heterotopic bone formation in FOP could aid in the development of treatments for other disorders involving extra-skeletal bone formation.

text: Further investigation into the mechanisms of heterotopic bone formation in FOP could aid in the development of treatments for other disorders involving extra-skeletal bone formation.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone formation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: extra-skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: heterotopic bone formation

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: extra-skeletal

answers: NDQ_007560

answers: extra-skeletal

answers: NDQ_007562

answers: heterotopic bone formation in FOP is not a disease.

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: None of the above choices.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: heterotopic

answers: NDQ_007579

answers: extra-skeletal

answers: NDQ_007580

answers: extra-skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: heterotopic

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: extra-skeletal bone formation.

answers: NDQ_007552

answers: extra-skeletal bone formation.

answers: NDQ_007553

answers: extra-skeletal bone formation.

answers: NDQ_007554

answers: extra-skeletal

answers: NDQ_007555

answers: extra-skeletal

answers: NDQ_007556

answers: heterotopic bone formation

answers: NDQ_007557

answers: extra-skeletal bone

answers: NDQ_007558

answers: extra-skeletal

answers: NDQ_007560

answers: extra-skeletal bone

answers: NDQ_007562

answers: extra-skeletal bone formation.

answers: NDQ_007563

answers: extra-skeletal bone formation.

answers: NDQ_007566

answers: FOP

answers: NDQ_007568

answers: extra-skeletal bone formation.

answers: NDQ_007569

answers: extra-skeletal bone

answers: NDQ_007570

answers: extra-skeletal bone formation.

answers: NDQ_007571

answers: extra-skeletal bone formation.

answers: NDQ_007572

answers: extra-skeletal bone

answers: NDQ_007573

answers: heterotopic bone formation

answers: NDQ_007574

answers: extra-skeletal bone formation.

answers: NDQ_007575

answers: extra-skeletal bone formation.

answers: NDQ_007576

answers: extra-skeletal bone formation.

answers: NDQ_007577

answers: extra-skeletal bone

answers: NDQ_007578

answers: heterotopic

answers: NDQ_007579

answers: extra-skeletal

answers: NDQ_007580

answers: heterotopic

answers: NDQ_007581

answers: extra-skeletal

answers: NDQ_007582

answers: extra-skeletal bone

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: heterotopic bone formation

text: In 1994, a 28-year-old man with EIS was reported. He was fully masculinized. At 204 cm, he had tall stature. His epiphyses were unfused, and there was evidence of still-occurring slow linear growth (for comparison, his height at 16 years of age was 178 cm). He also had markedly delayed skeletal maturation (bone age 15 years), a severely undermineralized skeleton, evidence of increased bone resorption, and very early-onset osteoporosis. The genitalia, testes, and prostate of the patient were all normal and of normal size/volume. The sperm count of the patient was normal (25 million/mL; normal, >20 million/mL), but his sperm viability was low (18%; normal, >50%), indicating some degree of infertility. The patient also had early-onset temporal hair loss. He reported no history of gender identity disorder, considered himself to have strong heterosexual interests, and had normal sexual function, including morning erections and nocturnal emissions.

text: In 1994, a 28-year-old man with EIS was reported. He was fully masculinized. At 204 cm, he had

text: tall stature

text: . His

text: epiphyses

text: were unfused, and there was evidence of still-occurring slow linear growth (for comparison, his height at 16 years of age was 178 cm). He also had markedly delayed

text: skeletal maturation

text: bone age

text: 15 years), a severely undermineralized skeleton, evidence of increased

text: bone resorption

text: , and very early-onset

text: osteoporosis

text: . The

text: genitalia

text: testes

text: , and

text: prostate

text: of the patient were all normal and of normal size/volume. The

text: sperm count

text: of the patient was normal (25 million/mL; normal, >20 million/mL), but his

text: sperm viability

text: was low (18%; normal, >50%), indicating some degree of

text: infertility

text: . The patient also had early-onset

text: temporal hair loss

text: . He reported no history of

text: gender identity disorder

text: , considered himself to have strong

text: heterosexual

text: interests, and had normal

text: sexual function

text: , including

text: morning erection

text: s and

text: nocturnal emission

text: s.

answers: NDQ_007549

answers: bone resorption

answers: NDQ_007550

answers: Which of the following is not a type of bone: femur, rib, or tibia?

answers: NDQ_007551

answers: bone resorption and osteoporosis

answers: NDQ_007552

answers: What is cartilage made of?

answers: NDQ_007553

answers: Sperm

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: bone age 15 years

answers: NDQ_007557

answers: epiphyses

answers: NDQ_007558

answers: epiphyses

answers: NDQ_007560

answers: epiphyses

answers: NDQ_007562

answers: bone age 15 years

answers: NDQ_007563

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007566

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues: epiphyses, skeleton, resorption, and osteoporosis?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, spongy bone or periosteum?

answers: NDQ_007570

answers: Which joint is the ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: calcium, vitamin D, or bone resorption?

answers: NDQ_007572

answers: Which of the following is not a characteristic of bone: compact bone, bone resorption, or bone viability?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a symptom of osteoporosis: bone resorption, bone age, or bone resorption?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphyses

answers: NDQ_007579

answers: epiphyses

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: epiphyses

answers: NDQ_007583

answers: epiphyses

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: a severely undermineralized skeleton,

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: morning erections and nocturnal emissions.

answers: NDQ_007552

answers: epiphyses were unfused,

answers: NDQ_007553

answers: sperm

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: skeleton,

answers: NDQ_007556

answers: delayed skeletal maturation (bone age 15 years),

answers: NDQ_007557

answers: epiphyses were unfused,

answers: NDQ_007558

answers: epiphyses

answers: NDQ_007560

answers: (bone

answers: NDQ_007562

answers: gender identity disorder,

answers: NDQ_007563

answers: bone resorption,

answers: NDQ_007566

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007568

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007569

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007570

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: undermineralized skeleton,

answers: NDQ_007573

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007574

answers: (bone age 15 years),

answers: NDQ_007575

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007576

answers: bone resorption, and very early-onset osteoporosis.

answers: NDQ_007577

answers: (bone age 15 years),

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: epiphyses

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: epiphyses

answers: NDQ_007582

answers: epiphyses

answers: NDQ_007583

answers: epiphyses

answers: NDQ_007584

answers: resorption,

text: In humans, it is provided by proprioceptors (muscle spindles) in skeletal striated muscles  and tendons (Golgi tendon organ) and the fibrous capsules in joints. It is distinguished from exteroception, by which one perceives the outside world, and interoception, by which one perceives pain, hunger, etc., and the movement of internal organs.

text: In humans, it is provided by proprioceptors (

text: muscle spindle

text: s) in

text: skeletal striated muscle

text: s  and

text: tendon

text: s (

text: Golgi tendon organ

text: ) and the fibrous capsules in

text: joint

text: s. It is distinguished from

text: exteroception

text: , by which one perceives the outside world, and

text: interoception

text: , by which one perceives pain, hunger, etc., and the movement of internal organs.

answers: NDQ_007549

answers: striated muscles and tendons

answers: NDQ_007550

answers: skeletal striated muscles

answers: NDQ_007551

answers: movement of internal organs

answers: NDQ_007552

answers: fibrous capsules

answers: NDQ_007553

answers: proprioception

answers: NDQ_007554

answers: fibrous capsules

answers: NDQ_007555

answers: human

answers: NDQ_007556

answers: skeletal striated muscles and tendons

answers: NDQ_007557

answers: fibrous capsules

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Exteroception is provided by muscle spindles.

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal striated muscles and tendons or fibrous capsules?

answers: NDQ_007566

answers: What is the opposite of brittle?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the main function of proprioceptors?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: capsules

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: capsules

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseous

answers: NDQ_007549

answers: striated muscles and tendons

answers: NDQ_007550

answers: skeletal striated muscles and tendons

answers: NDQ_007551

answers: striated muscles and tendons

answers: NDQ_007552

answers: (Golgi tendon organ)

answers: NDQ_007553

answers: proprioceptors (muscle spindles)

answers: NDQ_007554

answers: tendons

answers: NDQ_007555

answers: humans,

answers: NDQ_007556

answers: proprioceptors

answers: NDQ_007557

answers: fibrous capsules

answers: NDQ_007558

answers: skeletal striated muscles

answers: NDQ_007560

answers: tendon

answers: NDQ_007562

answers: proprioceptors

answers: NDQ_007563

answers: proprioceptors

answers: NDQ_007566

answers: In humans,

answers: NDQ_007568

answers: (Golgi tendon organ) and the fibrous capsules

answers: NDQ_007569

answers: proprioceptors

answers: NDQ_007570

answers: fibrous capsules in joints.

answers: NDQ_007571

answers: proprioceptors

answers: NDQ_007572

answers: joints.

answers: NDQ_007573

answers: proprioceptors

answers: NDQ_007574

answers: proprioceptors

answers: NDQ_007575

answers: proprioceptors

answers: NDQ_007576

answers: tendons

answers: NDQ_007577

answers: humans,

answers: NDQ_007578

answers: fibrous capsules

answers: NDQ_007579

answers: capsules

answers: NDQ_007580

answers: fibrous capsules

answers: NDQ_007581

answers: capsules

answers: NDQ_007582

answers: (Golgi tendon organ)

answers: NDQ_007583

answers: fibrous capsules in joints.

answers: NDQ_007584

answers: skeletal

text: This area of the femur being an important pillar for weight bearing through the skeletal system is subject to comparatively high levels of dynamic stress, pathological strain, physiological strain and trauma. This area is prone to fractures due to high velocity trauma in the young and trivial trauma in the elderly. The fractures in this line are called intertrochantric fractures and are classified as per the pattern of the fracture geometry.

text: This area of the femur being an important pillar for weight bearing through the skeletal system is subject to comparatively high levels of dynamic stress, pathological strain, physiological strain and trauma. This area is prone to fractures due to high velocity trauma in the young and trivial trauma in the elderly. The fractures in this line are called intertrochantric fractures and are classified as per the pattern of the fracture geometry.

answers: NDQ_007549

answers: femur

answers: NDQ_007550

answers: femur

answers: NDQ_007551

answers: weight bearing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: elderly

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: intertrochantric

answers: NDQ_007562

answers: The fractures in this line are called intertrochantric fractures

answers: NDQ_007563

answers: Which of the following is not a type of bone: intertrochantric fractures or bones?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What type of bone is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of fracture?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: Which of the following is not a type of fracture?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: femur

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: femur

answers: NDQ_007583

answers: femur

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: femur

answers: NDQ_007550

answers: femur

answers: NDQ_007551

answers: weight bearing

answers: NDQ_007552

answers: intertrochantric fractures

answers: NDQ_007553

answers: skeletal system

answers: NDQ_007554

answers: weight bearing through the skeletal system

answers: NDQ_007555

answers: femur

answers: NDQ_007556

answers: comparatively high levels of dynamic stress,

answers: NDQ_007557

answers: intertrochantric fractures

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: femur

answers: NDQ_007562

answers: high velocity trauma in the young

answers: NDQ_007563

answers: intertrochantric fractures

answers: NDQ_007566

answers: intertrochantric fractures

answers: NDQ_007568

answers: intertrochantric fractures

answers: NDQ_007569

answers: intertrochantric

answers: NDQ_007570

answers: intertrochantric fractures

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: intertrochantric fractures

answers: NDQ_007573

answers: intertrochantric fractures

answers: NDQ_007574

answers: femur

answers: NDQ_007575

answers: intertrochantric fractures

answers: NDQ_007576

answers: intertrochantric fractures

answers: NDQ_007577

answers: intertrochantric fractures

answers: NDQ_007578

answers: intertrochantric

answers: NDQ_007579

answers: femur

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: intertrochantric

answers: NDQ_007582

answers: physiological

answers: NDQ_007583

answers: femur

answers: NDQ_007584

answers: intertrochantric

text: The Occupational Health Safety Network is a system developed by the National Institute for Occupational Safety and Health (NIOSH) to address health and safety risks among health care providers. Hospitals and other healthcare facilities can upload the occupational injury data they already collect to the secure database for analysis and benchmarking with other de-identified facilities from throughout the U.S. NIOSH works with OHSN participants in identifying and implementing timely and targeted interventions. OHSN modules currently focus on three high risk and preventable events that can lead to injuries or musculoskeletal disorders among healthcare providers: musculoskeletal injuries from patient handling activities; slips, trips, and falls; and workplace violence. Slips, trips, and falls are the second-most common cause of worker's compensation claims in the US, and cause 21% of work absences due to injury. These injuries most commonly result in strains and sprains; women, those older than 45, and those who have been working less than a year in a healthcare setting are at the highest risk.

text: The Occupational Health Safety Network is a system developed by the

entity_name: National Institute for Occupational Safety and Health

text: National Institute for Occupational Safety and Health (NIOSH)

text: to address health and safety risks among health care providers. Hospitals and other healthcare facilities can upload the occupational injury data they already collect to the secure database for analysis and benchmarking with other de-identified facilities from throughout the U.S. NIOSH works with OHSN participants in identifying and implementing timely and targeted interventions. OHSN modules currently focus on three high risk and preventable events that can lead to injuries or musculoskeletal disorders among healthcare providers: musculoskeletal injuries from patient handling activities; slips, trips, and falls; and workplace violence. Slips, trips, and falls are the second-most common cause of worker's compensation claims in the US, and cause 21% of work absences due to injury. These injuries most commonly result in

text: strain

text: s and

text: sprains

text: ; women, those older than 45, and those who have been working less than a year in a healthcare setting are at the highest risk.

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: musculoskeletal

answers: NDQ_007551

answers: patient handling activities

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Musculoskeletal

answers: NDQ_007556

answers: older

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: musculoskeletal

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: are the second-most common cause of worker's compensation claims in the US

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What type of joint is the ball-and-socket joint?

answers: NDQ_007571

answers: What are the three high risk and preventable events that can lead to injuries?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Slips, trips, and falls

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: musculoskeletal

answers: NDQ_007579

answers: Muscles

answers: NDQ_007580

answers: Musculoskeletal

answers: NDQ_007581

answers: muscle

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: Muscles

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: musculoskeletal disorders

answers: NDQ_007550

answers: musculoskeletal

answers: NDQ_007551

answers: patient handling activities;

answers: NDQ_007552

answers: musculoskeletal disorders

answers: NDQ_007553

answers: musculoskeletal disorders

answers: NDQ_007554

answers: musculoskeletal

answers: NDQ_007555

answers: musculoskeletal

answers: NDQ_007556

answers: musculoskeletal injuries from patient handling activities;

answers: NDQ_007557

answers: musculoskeletal

answers: NDQ_007558

answers: musculoskeletal disorders among healthcare providers: musculoskeletal

answers: NDQ_007560

answers: musculoskeletal

answers: NDQ_007562

answers: women, those older than 45,

answers: NDQ_007563

answers: musculoskeletal injuries

answers: NDQ_007566

answers: musculoskeletal injuries

answers: NDQ_007568

answers: musculoskeletal disorders

answers: NDQ_007569

answers: The Occupational Health Safety Network

answers: NDQ_007570

answers: musculoskeletal disorders

answers: NDQ_007571

answers: Occupational Health Safety Network

answers: NDQ_007572

answers: The Occupational Health Safety Network

answers: NDQ_007573

answers: The Occupational Health Safety Network

answers: NDQ_007574

answers: musculoskeletal disorders

answers: NDQ_007575

answers: musculoskeletal injuries from patient handling activities;

answers: NDQ_007576

answers: strains and sprains;

answers: NDQ_007577

answers: musculoskeletal disorders

answers: NDQ_007578

answers: musculoskeletal

answers: NDQ_007579

answers: musculoskeletal

answers: NDQ_007580

answers: musculoskeletal

answers: NDQ_007581

answers: musculoskeletal

answers: NDQ_007582

answers: musculoskeletal

answers: NDQ_007583

answers: musculoskeletal

answers: NDQ_007584

answers: musculoskeletal

text: In late September 2013, the San Diego County Medical Examiner's office released results of the autopsies of Christina and Ethan Anderson.  The autopsy of Christina Anderson found that a plastic cable tie had been used to bind her ankles, and that duct tape was wrapped around her neck and mouth. Her right arm and both legs were fractured, and there was a cut on her neck. She had been struck at least twelve times in the head. The autopsy of Ethan Anderson determined that the boy died because of the fire, though he also had skeletal fractures that could have been caused by events the day of the murders.

text: In late September 2013, the San Diego County

text: Medical Examiner

text: 's office released results of the

text: autopsies

text: of Christina and Ethan Anderson.  The autopsy of Christina Anderson found that a plastic cable tie had been used to bind her ankles, and that duct tape was wrapped around her neck and mouth. Her right arm and both legs were fractured, and there was a cut on her neck. She had been struck at least twelve times in the head. The autopsy of Ethan Anderson determined that the boy died because of the fire, though he also had skeletal fractures that could have been caused by events the day of the murders.

answers: NDQ_007549

answers: ankles

answers: NDQ_007550

answers: bones that support the rest of the body

answers: NDQ_007551

answers: bones that support the bones of the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Christina's body

answers: NDQ_007554

answers: duct

answers: NDQ_007555

answers: ankles

answers: NDQ_007556

answers: the day of the murders

answers: NDQ_007557

answers: duct tape

answers: NDQ_007558

answers: ankles

answers: NDQ_007560

answers: ankles

answers: NDQ_007562

answers: Ethan Anderson determined that the boy died because of the fire

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Christina Anderson?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, ankle, or ankle?

answers: NDQ_007571

answers: Which of the following is not true of Christina Anderson?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone or skeletal fractures?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones did Christina Anderson have?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: duct tape

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: duct tape

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: Her right arm and both legs

answers: NDQ_007550

answers: legs

answers: NDQ_007551

answers: legs

answers: NDQ_007552

answers: skeletal fractures

answers: NDQ_007553

answers: a plastic cable tie had been used to bind her ankles,

answers: NDQ_007554

answers: duct tape

answers: NDQ_007555

answers: skeletal fractures

answers: NDQ_007556

answers: a plastic cable tie had been used to bind her ankles,

answers: NDQ_007557

answers: plastic cable tie

answers: NDQ_007558

answers: legs

answers: NDQ_007560

answers: right arm

answers: NDQ_007562

answers: the boy died because of the fire,

answers: NDQ_007563

answers: skeletal fractures

answers: NDQ_007566

answers: skeletal fractures

answers: NDQ_007568

answers: skeletal fractures

answers: NDQ_007569

answers: skeletal fractures

answers: NDQ_007570

answers: arm

answers: NDQ_007571

answers: skeletal fractures

answers: NDQ_007572

answers: skeletal fractures

answers: NDQ_007573

answers: skeletal fractures

answers: NDQ_007574

answers: skeletal fractures

answers: NDQ_007575

answers: struck at least twelve times in the head.

answers: NDQ_007576

answers: fractured,

answers: NDQ_007577

answers: twelve

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: duct tape

answers: NDQ_007582

answers: skeletal fractures

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Myology is the study of the muscular system, including the study of the structure, function and diseases of muscle. The muscular system consists of skeletal muscle, which contracts to move or position parts of the body (e.g., the bones that articulate at joints), smooth and cardiac muscle that propels, expels or controls the flow of fluids and contained substance.

text: Myology is the study of the muscular system, including the study of the structure, function and

text: diseases

text: of

text: muscle

text: . The muscular system consists of

text: skeletal muscle

text: , which contracts to move or position parts of the body (e.g., the bones that articulate at joints),

text: smooth

text: and

text: cardiac muscle

text: that propels, expels or controls the flow of fluids and contained substance.

answers: NDQ_007549

answers: bones that articulate at joints

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: move or position parts of the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cardiac muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: skeletal muscle

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: bones that articulate at joints

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: skeletal muscle does not contract.

answers: NDQ_007563

answers: What does cardiac muscle do?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: Which of the following is not an organ: skeletal muscle, smooth and cardiac muscle?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: Bones that articulate at joints

answers: NDQ_007571

answers: Which of the following is not a muscle: skeletal muscle, smooth and cardiac muscle?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: cardiac muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: skeletal muscle,

answers: NDQ_007550

answers: skeletal muscle,

answers: NDQ_007551

answers: move or position parts of the body

answers: NDQ_007552

answers: skeletal muscle,

answers: NDQ_007553

answers: skeletal muscle,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: skeletal muscle,

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: bones

answers: NDQ_007560

answers: bones

answers: NDQ_007562

answers: bones that articulate at joints),

answers: NDQ_007563

answers: skeletal muscle,

answers: NDQ_007566

answers: skeletal muscle,

answers: NDQ_007568

answers: skeletal muscle,

answers: NDQ_007569

answers: skeletal muscle,

answers: NDQ_007570

answers: bones that articulate at joints),

answers: NDQ_007571

answers: skeletal muscle,

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: skeletal muscle,

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: skeletal muscle,

answers: NDQ_007576

answers: skeletal muscle,

answers: NDQ_007577

answers: skeletal muscle,

answers: NDQ_007578

answers: smooth

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: smooth and cardiac muscle

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: articulate at joints),

text: The hyphae are Dimitic, composed of binding or skeletal hyphae.   The skeletal hyphae is inflated and axial.

text: The hyphae are Dimitic, composed of binding or skeletal hyphae.   The skeletal hyphae is inflated and axial.

answers: NDQ_007549

answers: skeletal hyphae

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: binding or skeletal hyphae

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: inflated and axial

answers: NDQ_007557

answers: binding hyphae

answers: NDQ_007558

answers: skeletal hyphae

answers: NDQ_007560

answers: axial

answers: NDQ_007562

answers: The skeletal hyphae is inflated and axial.

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are there?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a benefit of vitamin D?

answers: NDQ_007572

answers: No, blood cells are not produced by compact bone.

answers: NDQ_007573

answers: Which of the following is not a type of hyphae?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of hyphae: binding or skeletal?

answers: NDQ_007576

answers: It is not possible to tell

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Dimitic

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: Dimitic

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: hyphae

answers: NDQ_007550

answers: binding or skeletal hyphae.

answers: NDQ_007551

answers: inflated and axial.

answers: NDQ_007552

answers: The hyphae

answers: NDQ_007553

answers: hyphae

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal hyphae.

answers: NDQ_007556

answers: inflated

answers: NDQ_007557

answers: skeletal hyphae.

answers: NDQ_007558

answers: The hyphae

answers: NDQ_007560

answers: axial.

answers: NDQ_007562

answers: The hyphae are Dimitic,

answers: NDQ_007563

answers: skeletal hyphae.

answers: NDQ_007566

answers: The hyphae are Dimitic,

answers: NDQ_007568

answers: The hyphae are Dimitic,

answers: NDQ_007569

answers: The hyphae are Dimitic,

answers: NDQ_007570

answers: skeletal hyphae.

answers: NDQ_007571

answers: The hyphae are Dimitic,

answers: NDQ_007572

answers: skeletal hyphae.

answers: NDQ_007573

answers: skeletal hyphae.

answers: NDQ_007574

answers: skeletal hyphae.

answers: NDQ_007575

answers: skeletal hyphae.

answers: NDQ_007576

answers: The hyphae are Dimitic,

answers: NDQ_007577

answers: skeletal hyphae.

answers: NDQ_007578

answers: Dimitic,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: hyphae

answers: NDQ_007583

answers: Dimitic,

answers: NDQ_007584

answers: skeletal

text: Drinking more than one drink a day for women or two drinks for men increases the risk of heart disease, high blood pressure, atrial fibrillation, and stroke. Risk is greater in younger people due to binge drinking which may result in violence or accidents. About 3.3 million deaths (5.9% of all deaths) are believed to be due to alcohol each year. Alcoholism reduces a person's life expectancy by around ten years and alcohol use is the third leading cause of early death in the United States. No professional medical association recommends that people who are nondrinkers should start drinking wine. Long-term alcohol abuse can cause a number of physical symptoms, including cirrhosis of the liver, pancreatitis, epilepsy, polyneuropathy, alcoholic dementia, heart disease, nutritional deficiencies, peptic ulcers and sexual dysfunction, and can eventually be fatal. Other physical effects include an increased risk of developing cardiovascular disease, malabsorption, alcoholic liver disease, and cancer. Damage to the central nervous system and peripheral nervous system can occur from sustained alcohol consumption. A wide range of immunologic defects can result and there may be a generalized skeletal fragility, in addition to a recognized tendency to accidental injury, resulting a propensity to bone fractures.

text: Drinking more than one drink a day for women or two drinks for men increases the risk of heart disease,

text: high blood pressure

text: atrial fibrillation

text: , and

text: stroke

text: . Risk is greater in younger people due to

text: binge drinking

text: which may result in violence or accidents. About 3.3 million deaths (5.9% of all deaths) are believed to be due to alcohol each year. Alcoholism reduces a person's life expectancy by around ten years and alcohol use is the third leading cause of early death in the United States. No professional medical association recommends that people who are nondrinkers should start drinking wine. Long-term alcohol abuse can cause a number of physical symptoms, including

text: cirrhosis

text: of the liver,

text: pancreatitis

text: epilepsy

text: polyneuropathy

text: alcoholic dementia

text: , heart disease, nutritional deficiencies,

text: peptic ulcers

text: and

text: sexual dysfunction

text: , and can eventually be fatal. Other physical effects include an increased risk of developing

text: cardiovascular disease

text: malabsorption

text: alcoholic liver disease

text: , and

text: cancer

text: . Damage to the

text: central nervous system

text: and

text: peripheral nervous system

text: can occur from sustained alcohol consumption. A wide range of immunologic defects can result and there may be a generalized skeletal fragility, in addition to a recognized tendency to accidental injury, resulting a propensity to bone fractures.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: immune cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: tendency to accidental injury

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: peripheral nervous system

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: There may be a generalized skeletal fragility

answers: NDQ_007563

answers: Which of the following is not a physical symptom of long-term alcohol abuse?

answers: NDQ_007566

answers: Which of the following is not a physical symptom of sustained alcohol abuse: damage to the central nervous system and peripheral nervous system?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a physical symptom of sustained alcohol abuse?

answers: NDQ_007572

answers: Which of the following is not a physical symptom of sustained alcohol abuse?

answers: NDQ_007573

answers: Which of the following is not a physical symptom of sustained alcohol abuse?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: peptic

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: skeletal fragility

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone fractures.

answers: NDQ_007552

answers: bone fractures.

answers: NDQ_007553

answers: immunologic

answers: NDQ_007554

answers: immunologic defects

answers: NDQ_007555

answers: skeletal fragility,

answers: NDQ_007556

answers: tendency to accidental injury,

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: wine.

answers: NDQ_007563

answers: bone fractures.

answers: NDQ_007566

answers: bone fractures.

answers: NDQ_007568

answers: bone fractures.

answers: NDQ_007569

answers: bone fractures.

answers: NDQ_007570

answers: bone fractures.

answers: NDQ_007571

answers: nutritional deficiencies,

answers: NDQ_007572

answers: immunologic defects

answers: NDQ_007573

answers: skeletal fragility,

answers: NDQ_007574

answers: bone fractures.

answers: NDQ_007575

answers: injury,

answers: NDQ_007576

answers: bone fractures.

answers: NDQ_007577

answers: bone fractures.

answers: NDQ_007578

answers: immunologic

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: immunologic

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal

text: Cal3D is a skeletal animation based 3D character animation library written in C++ in a platform-/graphic API-independent way. Originally designed to be used in a 3D client for Worldforge, it evolved into a stand-alone product which can be used in many different kinds of projects. It supports combining animations and actions through a "mixer" interface, and work is currently underway to integrate morph targets (interpolating between one mesh and another, using the same vertex sequence) easily into the system.

text: Cal3D is a

text: skeletal animation

text: based 3D character animation library written in

text: C++

text: in a platform-/graphic API-independent way. Originally designed to be used in a 3D client for

text: Worldforge

text: , it evolved into a stand-alone product which can be used in many different kinds of projects. It supports combining animations and actions through a "mixer" interface, and work is currently underway to integrate morph targets (interpolating between one mesh and another, using the same vertex sequence) easily into the system.

answers: NDQ_007549

answers: Cal3D

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: 3D character animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: character

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: skeletons

answers: NDQ_007558

answers: articulations

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: Cal3D is a skeletal animation based 3D character animation

answers: NDQ_007563

answers: What is Cal3D?

answers: NDQ_007566

answers: Cal3D

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong

answers: NDQ_007572

answers: Cal3D

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: What is Cal3D based on?

answers: NDQ_007575

answers: Cal3D

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: morph

answers: NDQ_007549

answers: morph targets

answers: NDQ_007550

answers: vertex sequence)

answers: NDQ_007551

answers: combining animations and actions

answers: NDQ_007552

answers: Cal3D

answers: NDQ_007553

answers: Cal3D

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Cal3D

answers: NDQ_007556

answers: a platform-/graphic API-independent way.

answers: NDQ_007557

answers: morph targets

answers: NDQ_007558

answers: morph targets

answers: NDQ_007560

answers: "mixer"

answers: NDQ_007562

answers: Cal3D is a skeletal animation

answers: NDQ_007563

answers: Cal3D

answers: NDQ_007566

answers: Cal3D

answers: NDQ_007568

answers: Cal3D

answers: NDQ_007569

answers: Cal3D

answers: NDQ_007570

answers: Cal3D

answers: NDQ_007571

answers: Cal3D

answers: NDQ_007572

answers: Cal3D

answers: NDQ_007573

answers: Cal3D

answers: NDQ_007574

answers: Cal3D

answers: NDQ_007575

answers: Cal3D

answers: NDQ_007576

answers: Cal3D

answers: NDQ_007577

answers: Cal3D

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: Cal3D

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: morph targets

text: Osteochondrodysplasia or skeletal dysplasia is a general term for a disorder of the development (dysplasia) of bone ("osteo") and cartilage ("chondro").

text: Osteochondrodysplasia or skeletal dysplasia is a general term for a disorder of the development (

text: dysplasia

text: ) of

text: bone

text: ("osteo") and

text: cartilage

text: ("chondro").

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone and cartilage

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: osteochondrodysplasia

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: osteochondral

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Osteochondrodysplasia is a disorder of the development of bone.

answers: NDQ_007563

answers: What does osteochondrodysplasia refer to?

answers: NDQ_007566

answers: What is Osteochondrodysplasia?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Osteochondrodysplasia

answers: NDQ_007570

answers: What is the opposite of ball?

answers: NDQ_007571

answers: Osteochondrodysplasia

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Osteochondrodysplasia

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: A sprain is a type of injury.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Osteochondro

answers: NDQ_007580

answers: osteo

answers: NDQ_007581

answers: osteochondral

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteochondrosis

answers: NDQ_007549

answers: bone ("osteo") and cartilage

answers: NDQ_007550

answers: bone ("osteo") and cartilage

answers: NDQ_007551

answers: bone ("osteo") and cartilage

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Osteochondrodysplasia

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: Osteochondrodysplasia

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: Osteochondrodysplasia

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: Osteochondrodysplasia

answers: NDQ_007563

answers: Osteochondrodysplasia

answers: NDQ_007566

answers: Osteochondrodysplasia

answers: NDQ_007568

answers: Osteochondrodysplasia

answers: NDQ_007569

answers: Osteochondrodysplasia

answers: NDQ_007570

answers: Osteochondrodysplasia

answers: NDQ_007571

answers: Osteochondrodysplasia

answers: NDQ_007572

answers: Osteochondrodysplasia

answers: NDQ_007573

answers: Osteochondrodysplasia

answers: NDQ_007574

answers: bone ("osteo") and cartilage

answers: NDQ_007575

answers: Osteochondrodysplasia

answers: NDQ_007576

answers: Osteochondrodysplasia

answers: NDQ_007577

answers: Osteochondrodysplasia

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: ("osteo")

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: development

text: Like other technologies for estimating the bone mineral density, the outputs are an areal BMD value, a T-score and a Z-score for assessing osteoporosis and the risk of bone fracture.

text: Like other technologies for estimating the bone mineral density, the outputs are an areal BMD value, a

text: T-score

text: and a

text: Z-score

text: for assessing

text: osteoporosis

text: and the risk of bone fracture.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: Bone mineral density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone mineral

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: osteoporosis is the only cause of bone fractures

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the Z-score?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: 206

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: bone mineral density,

answers: NDQ_007550

answers: bone mineral density,

answers: NDQ_007551

answers: bone fracture.

answers: NDQ_007552

answers: bone mineral density,

answers: NDQ_007553

answers: bone mineral density,

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: bone fracture.

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone mineral density,

answers: NDQ_007558

answers: osteoporosis and the risk of bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: osteoporosis

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: bone mineral density,

answers: NDQ_007568

answers: T-score and a Z-score

answers: NDQ_007569

answers: Like other technologies for estimating the bone mineral density,

answers: NDQ_007570

answers: bone fracture.

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: osteoporosis

answers: NDQ_007573

answers: a T-score and a Z-score

answers: NDQ_007574

answers: bone mineral density,

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: fracture.

answers: NDQ_007577

answers: Like other technologies for estimating the bone mineral density,

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: osteoporosis

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: Cardiac and skeletal muscles are "striated" in that they contain sarcomeres and are packed into highly regular arrangements of bundles; smooth muscle has neither. While skeletal muscles are arranged in regular, parallel bundles, cardiac muscle connects at branching, irregular angles (called intercalated discs). Striated muscle contracts and relaxes in short, intense bursts, whereas smooth muscle sustains longer or even near-permanent contractions.

text: Cardiac and skeletal muscles are "striated" in that they contain

text: sarcomere

text: s and are packed into highly regular arrangements of bundles; smooth muscle has neither. While skeletal muscles are arranged in regular, parallel bundles, cardiac muscle connects at branching, irregular angles (called

text: intercalated disc

text: s). Striated muscle contracts and relaxes in short, intense bursts, whereas smooth muscle sustains longer or even near-permanent contractions.

answers: NDQ_007549

answers: cardiac muscle

answers: NDQ_007550

answers: muscle bundles

answers: NDQ_007551

answers: muscle contractions and relaxations

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: cardiac muscle connects at branching, irregular angles

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: cardiac muscle

answers: NDQ_007560

answers: cardiac muscle

answers: NDQ_007562

answers: smooth muscle does not contain sarcomeres

answers: NDQ_007563

answers: unanswerable

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: sarcomere

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: Cardiac

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: regular, parallel bundles,

answers: NDQ_007551

answers: contracts and relaxes in short, intense bursts,

answers: NDQ_007552

answers: sarcomeres

answers: NDQ_007553

answers: sarcomeres

answers: NDQ_007554

answers: sarcomeres

answers: NDQ_007555

answers: smooth muscle

answers: NDQ_007556

answers: cardiac muscle connects at branching, irregular angles

answers: NDQ_007557

answers: cardiac muscle

answers: NDQ_007558

answers: cardiac muscle

answers: NDQ_007560

answers: cardiac muscle

answers: NDQ_007562

answers: smooth muscle

answers: NDQ_007563

answers: Cardiac and skeletal muscles

answers: NDQ_007566

answers: Cardiac and skeletal muscles

answers: NDQ_007568

answers: Cardiac and skeletal muscles

answers: NDQ_007569

answers: Cardiac and skeletal muscles

answers: NDQ_007570

answers: cardiac muscle connects at branching, irregular angles

answers: NDQ_007571

answers: Cardiac and skeletal muscles

answers: NDQ_007572

answers: smooth muscle

answers: NDQ_007573

answers: Cardiac and skeletal muscles

answers: NDQ_007574

answers: Cardiac and skeletal muscles

answers: NDQ_007575

answers: smooth muscle sustains longer or even near-permanent contractions.

answers: NDQ_007576

answers: Striated muscle

answers: NDQ_007577

answers: sarcomeres

answers: NDQ_007578

answers: smooth

answers: NDQ_007579

answers: sarcomeres

answers: NDQ_007580

answers: skeletal muscles are "striated"

answers: NDQ_007581

answers: sarcomeres

answers: NDQ_007582

answers: sarcomeres

answers: NDQ_007583

answers: smooth muscle

answers: NDQ_007584

answers: skeletal muscles

text: AARP has also shown to play a role in models of disease. AARP has also exhibited elevated expression following skeletal muscle denervation, persisting for four weeks following the insult. AARP (ANKRD2) gene expression was also shown to be rapidly induced in a model of eccentric contraction-related injury, showing peak expression (6-11 times normal value) within 12–24 hours following injury, suggesting that AARP may play a role in repair. In a mouse model of muscular dystrophy with myositis (mdm) caused by a small deletion in titin, ANKRD2 mRNA expression was shown to be significantly elevated in skeletal muscle tissue along with that of CARP, suggesting a role for AARP in titin-based signaling. Levels of AARP were also altered in a mouse model of diabetes.

text: AARP has also shown to play a role in models of disease. AARP has also exhibited elevated expression following

text: skeletal muscle

text: denervation

text: , persisting for four weeks following the insult. AARP (ANKRD2) gene expression was also shown to be rapidly induced in a model of

text: eccentric contraction

text: -related injury, showing peak expression (6-11 times normal value) within 12–24 hours following injury, suggesting that AARP may play a role in repair. In a mouse model of

text: muscular dystrophy

text: with

text: myositis

text: (mdm) caused by a small deletion in

text: titin

text: , ANKRD2

text: mRNA

text: expression was shown to be significantly elevated in

text: skeletal muscle

text: tissue along with that of

text: CARP

text: , suggesting a role for AARP in

text: titin

text: -based signaling. Levels of AARP were also altered in a mouse model of diabetes.

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: AARP

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: denervation

answers: NDQ_007557

answers: muscle fibers.

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: eccentric contraction

answers: NDQ_007562

answers: AARP has also shown to play a role in models of disease

answers: NDQ_007563

answers: What is the function of AARP?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: What type of joint is AARP associated with?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: What is the function of compact bone?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: What is AARP (ANKRD2)?

answers: NDQ_007575

answers: What is the function of AARP?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: denervation

answers: NDQ_007579

answers: titin

answers: NDQ_007580

answers: denervation

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: myosin

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: denervation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: repair.

answers: NDQ_007552

answers: AARP

answers: NDQ_007553

answers: AARP

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: AARP

answers: NDQ_007557

answers: titin,

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: AARP

answers: NDQ_007563

answers: AARP

answers: NDQ_007566

answers: AARP

answers: NDQ_007568

answers: AARP

answers: NDQ_007569

answers: AARP

answers: NDQ_007570

answers: AARP

answers: NDQ_007571

answers: AARP

answers: NDQ_007572

answers: AARP

answers: NDQ_007573

answers: AARP

answers: NDQ_007574

answers: AARP

answers: NDQ_007575

answers: AARP

answers: NDQ_007576

answers: eccentric contraction-related injury,

answers: NDQ_007577

answers: AARP

answers: NDQ_007578

answers: myositis

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle denervation,

answers: NDQ_007581

answers: myositis

answers: NDQ_007582

answers: myositis

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: denervation,

text: At one point the Yonkers Public Library operated four branch libraries.  Though Armour Villa Park closed (as superfluous) at about the same time that the Sprain Brook/Grinton I. Will branch opened, the Crestwood branch has always continued to operate.  And Sprain Brook and Crestwood were joined for a time by branch libraries in Coyne Park and in the Hudson River Museum (both now closed).

text: At one point the Yonkers Public Library operated four branch libraries.  Though Armour Villa Park closed (as superfluous) at about the same time that the Sprain Brook/Grinton I. Will branch opened, the Crestwood branch has always continued to operate.  And Sprain Brook and Crestwood were joined for a time by branch libraries in Coyne Park and in the Hudson River Museum (both now closed).

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: Armour Villa Park

answers: NDQ_007560

answers: armour

answers: NDQ_007562

answers: The Crestwood branch has always continued to operate.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the difference between bones and chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a reason to keep bones strong?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: How many branch libraries did the Yonkers Public Library operate?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many branches did the Yonkers Public Library operate?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Armour

answers: NDQ_007580

answers: Armour

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: Sprain Brook

answers: NDQ_007583

answers: Armour

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: Hudson River Museum

answers: NDQ_007550

answers: Hudson River Museum

answers: NDQ_007551

answers: Hudson River Museum

answers: NDQ_007552

answers: Hudson River Museum

answers: NDQ_007553

answers: Hudson River Museum

answers: NDQ_007554

answers: Hudson River Museum

answers: NDQ_007555

answers: Hudson River Museum

answers: NDQ_007556

answers: Hudson River Museum

answers: NDQ_007557

answers: Hudson River Museum

answers: NDQ_007558

answers: Sprain Brook/Grinton I. Will

answers: NDQ_007560

answers: Sprain Brook/Grinton

answers: NDQ_007562

answers: the Crestwood branch has always continued to operate.

answers: NDQ_007563

answers: Hudson River Museum

answers: NDQ_007566

answers: Hudson River Museum

answers: NDQ_007568

answers: Hudson River Museum

answers: NDQ_007569

answers: Hudson River Museum

answers: NDQ_007570

answers: Hudson River Museum

answers: NDQ_007571

answers: Hudson River Museum

answers: NDQ_007572

answers: Hudson River Museum

answers: NDQ_007573

answers: Hudson River Museum

answers: NDQ_007574

answers: Hudson River Museum

answers: NDQ_007575

answers: Hudson River Museum

answers: NDQ_007576

answers: Sprain Brook/Grinton I. Will

answers: NDQ_007577

answers: Hudson River Museum

answers: NDQ_007578

answers: Hudson River Museum

answers: NDQ_007579

answers: Hudson River Museum

answers: NDQ_007580

answers: Hudson River Museum

answers: NDQ_007581

answers: Hudson River Museum

answers: NDQ_007582

answers: Sprain Brook/Grinton I. Will

answers: NDQ_007583

answers: Hudson River Museum

answers: NDQ_007584

answers: Hudson River Museum

text: The Young-Burgess classification is a system of categorizing pelvic fractures based on fracture pattern, allowing judgment on the stability of the pelvic ring.

text: The Young-Burgess classification is a system of categorizing

text: pelvic fracture

text: s based on fracture pattern, allowing judgment on the stability of the

text: pelvic ring

answers: NDQ_007549

answers: pelvic rings

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: stability

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: pelvis

answers: NDQ_007556

answers: based on fracture pattern

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: pelvic

answers: NDQ_007560

answers: pelvic ring

answers: NDQ_007562

answers: The Young-Burgess classification is a system of categorizing pelvic fractures.

answers: NDQ_007563

answers: What does the Young-Burgess classification mean?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: The Young-Burgess classification is based on fracture pattern

answers: NDQ_007570

answers: None of the above choices are true

answers: NDQ_007571

answers: What is the Young-Burgess classification?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: It's impossible to say

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: ring

answers: NDQ_007580

answers: ring

answers: NDQ_007581

answers: ring

answers: NDQ_007582

answers: peritoneum

answers: NDQ_007583

answers: ring

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: pelvic ring.

answers: NDQ_007550

answers: pelvic ring.

answers: NDQ_007551

answers: stability of the pelvic ring.

answers: NDQ_007552

answers: Young-Burgess classification

answers: NDQ_007553

answers: The Young-Burgess classification

answers: NDQ_007554

answers: fracture pattern, allowing judgment on the stability of the pelvic ring.

answers: NDQ_007555

answers: pelvic ring.

answers: NDQ_007556

answers: fracture pattern,

answers: NDQ_007557

answers: pelvic ring.

answers: NDQ_007558

answers: pelvic ring.

answers: NDQ_007560

answers: pelvic ring.

answers: NDQ_007562

answers: fracture pattern, allowing judgment on the stability of the pelvic ring.

answers: NDQ_007563

answers: The Young-Burgess classification

answers: NDQ_007566

answers: The Young-Burgess classification

answers: NDQ_007568

answers: The Young-Burgess classification

answers: NDQ_007569

answers: The Young-Burgess classification

answers: NDQ_007570

answers: Young-Burgess classification

answers: NDQ_007571

answers: The Young-Burgess classification

answers: NDQ_007572

answers: The Young-Burgess classification

answers: NDQ_007573

answers: The Young-Burgess classification

answers: NDQ_007574

answers: The Young-Burgess classification

answers: NDQ_007575

answers: The Young-Burgess classification

answers: NDQ_007576

answers: The Young-Burgess classification

answers: NDQ_007577

answers: The Young-Burgess classification

answers: NDQ_007578

answers: pelvic ring.

answers: NDQ_007579

answers: ring.

answers: NDQ_007580

answers: pelvic ring.

answers: NDQ_007581

answers: pelvic ring.

answers: NDQ_007582

answers: pelvic ring.

answers: NDQ_007583

answers: pelvic ring.

answers: NDQ_007584

answers: fracture

text: Slip joints can be designed to allow continuous relative motion of two components or it can allow an adjustment from one temporarily fixed position to another.  Examples of the latter are tripods, hiking poles, or similar telescoping device.  The position is fixed using a clamping mechanism based on a cam, a set screw or similar locking mechanism.  Slip joints can also be non-telescoping, such as the joints on some older wooden surveyor's levelling rods.  These use a joint that keeps the sections offset from each other but able to be slid together for transport.

text: Slip joints can be designed to allow continuous relative motion of two components or it can allow an adjustment from one temporarily fixed position to another.  Examples of the latter are

text: tripod

text: s,

text: hiking pole

text: s, or similar

text: telescoping

text: device.  The position is fixed using a clamping mechanism based on a

text: cam

text: , a

text: set screw

text: or similar locking mechanism.  Slip joints can also be non-telescoping, such as the joints on some older wooden surveyor's

text: levelling rod

text: s.  These use a joint that keeps the sections offset from each other but able to be slid together for transport.

answers: NDQ_007549

answers: slip joints

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: allowing relative motion

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: tendons

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: telescoping

answers: NDQ_007557

answers: a cam

answers: NDQ_007558

answers: surveyor's levelling rods

answers: NDQ_007560

answers: non-telescoping

answers: NDQ_007562

answers: can be slid together for transport

answers: NDQ_007563

answers: What is the purpose of a clamping mechanism?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Slip joints can also be non-telescoping

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Slip joints

answers: NDQ_007550

answers: Slip joints

answers: NDQ_007551

answers: continuous relative motion

answers: NDQ_007552

answers: Slip joints

answers: NDQ_007553

answers: Slip joints

answers: NDQ_007554

answers: wooden

answers: NDQ_007555

answers: Slip joints

answers: NDQ_007556

answers: Slip joints

answers: NDQ_007557

answers: a cam, a set screw or similar locking mechanism.

answers: NDQ_007558

answers: surveyor's levelling rods.

answers: NDQ_007560

answers: Slip joints

answers: NDQ_007562

answers: Slip joints

answers: NDQ_007563

answers: Slip joints

answers: NDQ_007566

answers: Slip joints

answers: NDQ_007568

answers: Slip joints

answers: NDQ_007569

answers: Slip joints

answers: NDQ_007570

answers: tripods, hiking poles,

answers: NDQ_007571

answers: Slip joints

answers: NDQ_007572

answers: Slip joints

answers: NDQ_007573

answers: Slip joints

answers: NDQ_007574

answers: Slip joints

answers: NDQ_007575

answers: Slip joints

answers: NDQ_007576

answers: Slip joints

answers: NDQ_007577

answers: Slip joints

answers: NDQ_007578

answers: Slip joints

answers: NDQ_007579

answers: wooden

answers: NDQ_007580

answers: Slip joints

answers: NDQ_007581

answers: cam,

answers: NDQ_007582

answers: Slip joints

answers: NDQ_007583

answers: Slip joints

answers: NDQ_007584

answers: clamping

text: Joints are structures that connect individual bones and may allow bones to move against each other to cause movement. There are two divisions of joints, diarthroses which allow extensive mobility between two or more articular heads, and false joints or synarthroses, joints that are immovable, that allow little or no movement and are predominantly fibrous. Synovial joints, joints that are not directly joined, are lubricated by a solution called synovial fluid that is produced by the synovial membranes. This fluid lowers the friction between the articular surfaces and is kept within an articular capsule, binding the joint with its taut tissue.

text: Joints are structures that connect individual bones and may allow bones to move against each other to cause movement. There are two divisions of joints,

text: diarthroses

text: which allow extensive mobility between two or more articular heads, and false joints or

text: synarthroses

text: , joints that are immovable, that allow little or no movement and are predominantly

text: fibrous

text: Synovial joint

text: s, joints that are not directly joined, are lubricated by a solution called

text: synovial fluid

text: that is produced by the

text: synovial membrane

text: s. This fluid lowers the

text: friction

text: between the articular surfaces and is kept within an

text: articular capsule

text: , binding the joint with its taut tissue.

answers: NDQ_007549

answers: Joints

answers: NDQ_007550

answers: two divisions of joints

answers: NDQ_007551

answers: movement

answers: NDQ_007552

answers: synovial fluid

answers: NDQ_007553

answers: Synovial membranes

answers: NDQ_007554

answers: fibrous

answers: NDQ_007555

answers: synarthroses

answers: NDQ_007556

answers: synovial fluid

answers: NDQ_007557

answers: synovial fluid

answers: NDQ_007558

answers: two or more articular heads

answers: NDQ_007560

answers: diarthroses

answers: NDQ_007562

answers: Synovial fluid lowers the friction between the articular surfaces

answers: NDQ_007563

answers: Which of the following is not a type of joint?

answers: NDQ_007566

answers: Which of the following is not a type of joint?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a division of joints, diarthroses or false joints?

answers: NDQ_007572

answers: Which of the following is not a division of joints, diarthroses or synarthroses?

answers: NDQ_007573

answers: Which of the following is not a joint: diarthroses, false joints, or synarthroses?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of joint?

answers: NDQ_007576

answers: Which of the following is not a type of joint?

answers: NDQ_007577

answers: How many divisions of joints are there?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: articular capsule

answers: NDQ_007580

answers: fibrous

answers: NDQ_007581

answers: synarthroses

answers: NDQ_007582

answers: synovial membranes

answers: NDQ_007583

answers: synovial fluid

answers: NDQ_007584

answers: synovial fluid

answers: NDQ_007549

answers: Joints

answers: NDQ_007550

answers: Joints are structures that connect individual bones

answers: NDQ_007551

answers: Joints

answers: NDQ_007552

answers: synovial fluid

answers: NDQ_007553

answers: synovial membranes.

answers: NDQ_007554

answers: taut

answers: NDQ_007555

answers: false joints or synarthroses,

answers: NDQ_007556

answers: Joints

answers: NDQ_007557

answers: Synovial joints,

answers: NDQ_007558

answers: articular heads,

answers: NDQ_007560

answers: diarthroses

answers: NDQ_007562

answers: false joints or synarthroses, joints that are immovable,

answers: NDQ_007563

answers: synovial fluid

answers: NDQ_007566

answers: Joints

answers: NDQ_007568

answers: Joints

answers: NDQ_007569

answers: Joints

answers: NDQ_007570

answers: Synovial joints,

answers: NDQ_007571

answers: Joints

answers: NDQ_007572

answers: synovial fluid

answers: NDQ_007573

answers: Joints

answers: NDQ_007574

answers: Joints

answers: NDQ_007575

answers: synovial fluid

answers: NDQ_007576

answers: Synovial joints,

answers: NDQ_007577

answers: Joints

answers: NDQ_007578

answers: fibrous.

answers: NDQ_007579

answers: articular capsule,

answers: NDQ_007580

answers: fibrous.

answers: NDQ_007581

answers: articular capsule,

answers: NDQ_007582

answers: synovial membranes.

answers: NDQ_007583

answers: fibrous.

answers: NDQ_007584

answers: synovial fluid

text: The Teisen classification is a system of categorizing lunate fractures.

text: The Teisen classification is a system of categorizing

text: lunate

text: fractures.

answers: NDQ_007549

answers: ribs

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: shin

answers: NDQ_007556

answers: lunate fractures

answers: NDQ_007557

answers: ligaments.

answers: NDQ_007558

answers: lunate

answers: NDQ_007560

answers: lunate

answers: NDQ_007562

answers: The Teisen classification is not used to categorize lunate fractures.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the opposite of compact bone?

answers: NDQ_007570

answers: What kind of joint is the ball-and-socket?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a type of bone fracture?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: lunate

answers: NDQ_007579

answers: lunate

answers: NDQ_007580

answers: lunate

answers: NDQ_007581

answers: lunate

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: epiphysis

answers: NDQ_007549

answers: lunate fractures.

answers: NDQ_007550

answers: lunate fractures.

answers: NDQ_007551

answers: lunate fractures.

answers: NDQ_007552

answers: The Teisen classification

answers: NDQ_007553

answers: The Teisen classification

answers: NDQ_007554

answers: The Teisen classification

answers: NDQ_007555

answers: lunate

answers: NDQ_007556

answers: lunate fractures.

answers: NDQ_007557

answers: The Teisen classification

answers: NDQ_007558

answers: lunate

answers: NDQ_007560

answers: lunate

answers: NDQ_007562

answers: lunate fractures.

answers: NDQ_007563

answers: The Teisen classification

answers: NDQ_007566

answers: The Teisen classification

answers: NDQ_007568

answers: The Teisen classification

answers: NDQ_007569

answers: The Teisen classification

answers: NDQ_007570

answers: The Teisen classification

answers: NDQ_007571

answers: The Teisen classification

answers: NDQ_007572

answers: The Teisen classification

answers: NDQ_007573

answers: The Teisen classification

answers: NDQ_007574

answers: The Teisen classification

answers: NDQ_007575

answers: The Teisen classification

answers: NDQ_007576

answers: The Teisen classification

answers: NDQ_007577

answers: The Teisen classification

answers: NDQ_007578

answers: lunate

answers: NDQ_007579

answers: lunate fractures.

answers: NDQ_007580

answers: lunate

answers: NDQ_007581

answers: lunate

answers: NDQ_007582

answers: lunate

answers: NDQ_007583

answers: lunate fractures.

answers: NDQ_007584

answers: fractures.

text: In his last years he suffered from osteoporosis. He died in Eching near Munich. Felmy was the son of the German airforce general and war criminal Hellmuth Felmy (1885-1965).

text: In his last years he suffered from

text: osteoporosis

text: . He died in

text: Eching

text: near

text: Munich

text: . Felmy was the son of the German airforce general and war criminal

text: Hellmuth Felmy

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: bone density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteoblasts

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Hellmuth Felmy was not a war criminal.

answers: NDQ_007563

answers: How would you describe Felmy?

answers: NDQ_007566

answers: How would you describe Felmy?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: How many years did Hellmuth Felmy live?

answers: NDQ_007571

answers: Which of the following is not true of Felmy?

answers: NDQ_007572

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007573

answers: what is the purpose of this passage?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: How would you describe Felmy?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: osteoporosis.

answers: NDQ_007550

answers: osteoporosis.

answers: NDQ_007551

answers: osteoporosis.

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: osteoporosis.

answers: NDQ_007562

answers: osteoporosis.

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: osteoporosis.

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: Hellmuth Felmy

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: Felmy

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: osteoporosis.

answers: NDQ_007577

answers: osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: osteoporosis.

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: s, steroids, and so forth, leading to low bone turnover or adynamic bone disease. Both high and low bone turnover diseases are currently observed equally in CKD patients treated by dialysis, and all types of renal osteodystrophy are associated with an increased risk of skeletal fractures, reduced quality of life, and poor clinical outcomes.

text: s, steroids, and so forth, leading to low bone turnover or adynamic bone disease. Both high and low bone turnover diseases are currently observed equally in CKD patients treated by dialysis, and all types of renal osteodystrophy are associated with an increased risk of skeletal fractures, reduced quality of life, and poor clinical outcomes.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: skeletal

answers: NDQ_007556

answers: low bone turnover

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: low bone turnover diseases are observed equally in CKD patients treated by dialysis

answers: NDQ_007563

answers: Which of the following is not a type of bone disease?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: skeletal fractures

answers: NDQ_007571

answers: Which of the following is not a type of bone disease?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteodystrophy

answers: NDQ_007579

answers: osteodystrophy

answers: NDQ_007580

answers: osteodystrophy

answers: NDQ_007581

answers: Osteodermis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteodystrophy

answers: NDQ_007584

answers: bone turnover

answers: NDQ_007549

answers: bone turnover or adynamic bone disease.

answers: NDQ_007550

answers: bone turnover or adynamic bone disease.

answers: NDQ_007551

answers: bone turnover

answers: NDQ_007552

answers: s, steroids, and so forth, leading to low bone turnover

answers: NDQ_007553

answers: steroids,

answers: NDQ_007554

answers: bone turnover

answers: NDQ_007555

answers: skeletal fractures,

answers: NDQ_007556

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007557

answers: bone turnover or adynamic bone disease.

answers: NDQ_007558

answers: skeletal fractures,

answers: NDQ_007560

answers: renal osteodystrophy

answers: NDQ_007562

answers: adynamic bone disease.

answers: NDQ_007563

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007566

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007568

answers: s, steroids, and so forth,

answers: NDQ_007569

answers: adynamic bone disease.

answers: NDQ_007570

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007571

answers: adynamic bone disease.

answers: NDQ_007572

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007573

answers: all types of renal osteodystrophy

answers: NDQ_007574

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007575

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007576

answers: adynamic bone disease.

answers: NDQ_007577

answers: low bone turnover or adynamic bone disease.

answers: NDQ_007578

answers: renal osteodystrophy

answers: NDQ_007579

answers: osteodystrophy

answers: NDQ_007580

answers: osteodystrophy

answers: NDQ_007581

answers: osteodystrophy

answers: NDQ_007582

answers: renal osteodystrophy

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: turnover

text: Webb officially retired from Major League Baseball on February 4, 2013. In May 2013, he filed a workers' compensation claim against the Texas Rangers for shoulder, neck, back, arm, and musculo-skeletal system injuries.

text: Webb officially retired from Major League Baseball on February 4, 2013. In May 2013, he filed a workers' compensation claim against the Texas Rangers for shoulder, neck, back, arm, and musculo-skeletal system injuries.

answers: NDQ_007549

answers: musculoskeletal

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: musculoskeletal system injuries

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: shoulder

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: Webb filed a workers' compensation claim against the Texas Rangers for shoulder, neck, back, arm, and musculo-skeletal system injuries.

answers: NDQ_007563

answers: What is the best title for this passage?

answers: NDQ_007566

answers: How would you describe Webb?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of Webb?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: Musculoskeletal

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: shoulder, neck, back, arm,

answers: NDQ_007550

answers: musculo-skeletal system

answers: NDQ_007551

answers: musculo-skeletal system

answers: NDQ_007552

answers: musculo-skeletal system

answers: NDQ_007553

answers: musculo-skeletal system

answers: NDQ_007554

answers: musculo-skeletal

answers: NDQ_007555

answers: musculo-skeletal system

answers: NDQ_007556

answers: 2013.

answers: NDQ_007557

answers: musculo-skeletal system

answers: NDQ_007558

answers: shoulder, neck, back, arm,

answers: NDQ_007560

answers: shoulder, neck, back, arm,

answers: NDQ_007562

answers: Webb officially retired from Major League Baseball on February 4, 2013.

answers: NDQ_007563

answers: musculo-skeletal system

answers: NDQ_007566

answers: 2013.

answers: NDQ_007568

answers: musculo-skeletal system

answers: NDQ_007569

answers: musculo-skeletal system

answers: NDQ_007570

answers: shoulder, neck, back, arm,

answers: NDQ_007571

answers: Webb officially retired from Major League Baseball on February 4, 2013.

answers: NDQ_007572

answers: musculo-skeletal system

answers: NDQ_007573

answers: Webb officially retired from Major League Baseball on February 4, 2013.

answers: NDQ_007574

answers: musculo-skeletal system

answers: NDQ_007575

answers: musculo-skeletal system

answers: NDQ_007576

answers: musculo-skeletal system

answers: NDQ_007577

answers: 2013.

answers: NDQ_007578

answers: musculo-skeletal system

answers: NDQ_007579

answers: musculo-skeletal

answers: NDQ_007580

answers: musculo-skeletal system

answers: NDQ_007581

answers: musculo-skeletal

answers: NDQ_007582

answers: musculo-skeletal system

answers: NDQ_007583

answers: musculo-skeletal

answers: NDQ_007584

answers: musculo-skeletal

text: Since the late eighties, during long-duration space travel, was placed as a problem as the ability to maintain power the muscles of astronauts engaged in missions, given that the absence of gravity led to an environment in which they operated ipotrofismo of the musculoskeletal system, no longer called to support the load of the body weight, as well as a reduction in bone mineral density. Studies and research carried out about a solution that led to the strengthening of muscles of astronauts and subsequently, over the years, has become a method of muscle training very useful for preservation, prevention and rehabilitation. In practice it was created a system for resistance training with a belt and a flywheel that, driven by the belt, controlling a process which generated movement regardless of the strength of gravity.

text: Since the late eighties, during long-duration

text: space travel

text: , was placed as a problem as the ability to maintain power the muscles of

text: astronauts

text: engaged in missions, given that the absence of

text: gravity

text: led to an environment in which they operated

text: ipotrofismo

text: of the

text: musculoskeletal system

text: , no longer called to support the load of the body weight, as well as a reduction in bone mineral density. Studies and research carried out about a solution that led to the strengthening of

text: muscles

text: of astronauts and subsequently, over the years, has become a method of muscle training very useful for preservation, prevention and rehabilitation. In practice it was created a system for

text: resistance training

text: with a belt and a

text: flywheel

text: that, driven by the belt, controlling a process which generated movement regardless of the strength of gravity.

answers: NDQ_007549

answers: bone mineral density

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: support the load of the body weight

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: reduction in bone mineral density

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: flywheel

answers: NDQ_007562

answers: a reduction in bone mineral density

answers: NDQ_007563

answers: What is a reduction in bone mineral density?

answers: NDQ_007566

answers: Which of the following is not true of astronauts?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Bone mineral density

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of astronauts?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: reduction in bone mineral density

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones are in the skeletal system?

answers: NDQ_007578

answers: mineral

answers: NDQ_007579

answers: mineral density

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: musculoskeletal

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone mineral density

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: support the load of the body weight,

answers: NDQ_007552

answers: musculoskeletal system,

answers: NDQ_007553

answers: musculoskeletal system,

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: musculoskeletal system,

answers: NDQ_007556

answers: reduction in bone mineral density.

answers: NDQ_007557

answers: gravity

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: flywheel

answers: NDQ_007562

answers: space travel,

answers: NDQ_007563

answers: bone mineral density.

answers: NDQ_007566

answers: bone mineral density.

answers: NDQ_007568

answers: bone mineral density.

answers: NDQ_007569

answers: bone mineral density.

answers: NDQ_007570

answers: musculoskeletal system,

answers: NDQ_007571

answers: bone mineral density.

answers: NDQ_007572

answers: bone mineral density.

answers: NDQ_007573

answers: reduction in bone mineral density.

answers: NDQ_007574

answers: bone mineral density.

answers: NDQ_007575

answers: resistance training

answers: NDQ_007576

answers: bone mineral density.

answers: NDQ_007577

answers: bone mineral density.

answers: NDQ_007578

answers: mineral density.

answers: NDQ_007579

answers: mineral density.

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: musculoskeletal system,

answers: NDQ_007582

answers: musculoskeletal system,

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: ipotrofismo of the musculoskeletal system,

text: Early examples of animation databases include the system MOVE which used an object oriented database. Modern animation databases can be populated via the extraction of skeletal animations from motion capture data.

text: Early examples of animation databases include the system MOVE which used an

text: object oriented database

text: . Modern animation databases can be populated via the extraction of

text: skeletal animation

text: s from

text: motion capture

text: data.

answers: NDQ_007549

answers: motion capture data

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: motion capture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: Modern animation databases can be populated via the extraction of skeletal animations

answers: NDQ_007563

answers: What is the primary function of skeletal animations?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: MOVE

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: motion capture data.

answers: NDQ_007550

answers: object oriented database.

answers: NDQ_007551

answers: motion capture data.

answers: NDQ_007552

answers: Modern animation databases can be populated via the extraction of skeletal animations

answers: NDQ_007553

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal animations

answers: NDQ_007556

answers: object oriented database.

answers: NDQ_007557

answers: skeletal animations from motion capture data.

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Early examples of animation databases

answers: NDQ_007563

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007566

answers: Early examples of animation databases

answers: NDQ_007568

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007569

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007570

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007571

answers: Modern animation databases

answers: NDQ_007572

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007573

answers: Modern animation databases

answers: NDQ_007574

answers: Modern animation databases

answers: NDQ_007575

answers: Modern animation databases can be populated via the extraction of skeletal animations

answers: NDQ_007576

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007577

answers: Early examples of animation databases include the system MOVE

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal animations

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: According to the Trigenics Manual, contraindications to treatment include: nerve lesions, unexplained severe calf pain, open sores or skin lesions, severe bruising, fractured bone, acute systemic flare-ups (RA, diabetic shock), direct treatment over both carotid arteries, tissues subject to highly exaggerated pain on palpation, dislocated shoulder that has not been reduced. Risk of injury from Trigenics can occur during manual muscle testing (strains, sprains). Due to the maximal contraction during a lengthening procedure, there is a risk of injury and subluxation. Minor bruising may also occur in susceptible patients due to manual pressure being applied to the muscles.

text: According to the Trigenics Manual, contraindications to treatment include: nerve lesions, unexplained severe calf pain, open sores or skin lesions, severe bruising, fractured bone, acute systemic flare-ups (

text: RA

text: diabetic shock

text: ), direct treatment over both carotid arteries, tissues subject to highly exaggerated pain on palpation, dislocated shoulder that has not been reduced. Risk of injury from Trigenics can occur during manual muscle testing (

text: strains

text: sprain

text: s). Due to the maximal contraction during a lengthening procedure, there is a risk of injury and subluxation. Minor bruising may also occur in susceptible patients due to manual pressure being applied to the muscles.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractured bone

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Trigenics

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: shoulder

answers: NDQ_007556

answers: maximal contraction during a lengthening procedure

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: shoulder

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: dislocated shoulder that has not been reduced

answers: NDQ_007563

answers: Which of the following is not a type of bone: fractured bone, open sores, or skin lesions?

answers: NDQ_007566

answers: Which of the following is not a contraindication to treatment?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: dislocated shoulder

answers: NDQ_007571

answers: Which of the following is not a contraindication to treatment?

answers: NDQ_007572

answers: Which of the following is not a contraindication to treatment?

answers: NDQ_007573

answers: Which of the following is not a contraindication to treatment?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fractured bone

answers: NDQ_007579

answers: fractured bone

answers: NDQ_007580

answers: fractured bone

answers: NDQ_007581

answers: fractured bone

answers: NDQ_007582

answers: arteries

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: fractured

answers: NDQ_007549

answers: fractured bone,

answers: NDQ_007550

answers: bone,

answers: NDQ_007551

answers: fractured bone,

answers: NDQ_007552

answers: nerve lesions,

answers: NDQ_007553

answers: Trigenics

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: dislocated shoulder

answers: NDQ_007556

answers: maximal contraction

answers: NDQ_007557

answers: muscles.

answers: NDQ_007558

answers: shoulder

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: nerve lesions, unexplained severe calf pain,

answers: NDQ_007563

answers: fractured bone,

answers: NDQ_007566

answers: fractured bone,

answers: NDQ_007568

answers: fractured bone,

answers: NDQ_007569

answers: fractured bone,

answers: NDQ_007570

answers: dislocated shoulder

answers: NDQ_007571

answers: fractured bone,

answers: NDQ_007572

answers: fractured bone,

answers: NDQ_007573

answers: fractured bone,

answers: NDQ_007574

answers: fractured bone,

answers: NDQ_007575

answers: manual muscle testing

answers: NDQ_007576

answers: manual muscle testing

answers: NDQ_007577

answers: fractured bone,

answers: NDQ_007578

answers: fractured bone,

answers: NDQ_007579

answers: fractured bone,

answers: NDQ_007580

answers: fractured bone,

answers: NDQ_007581

answers: fractured bone,

answers: NDQ_007582

answers: arteries,

answers: NDQ_007583

answers: bone,

answers: NDQ_007584

answers: fractured bone,

text: The somatic nervous system (SoNS or voluntary nervous system) is the part of the peripheral nervous system associated with skeletal muscle voluntary control of body movements. The SoNS consists of afferent nerves and efferent nerves. Afferent nerves are responsible for relaying sensation from the body to the  central nervous system (CNS); efferent nerves are responsible for sending out commands from the CNS to the body, stimulating muscle contraction; they include all the non-sensory neurons connected with skeletal muscles and skin. The a- of afferent and the e- of efferent correspond to the prefixes ad- (to, toward) and ex- (out of).

text: The somatic nervous system (SoNS or voluntary nervous system) is the part of the

text: peripheral nervous system

text: associated with

text: skeletal muscle

text: voluntary

text: control of body movements. The SoNS consists of

text: afferent nerves

text: and

text: efferent nerve

text: s. Afferent nerves are responsible for relaying sensation from the body to the  central nervous system (CNS); efferent nerves are responsible for sending out commands from the CNS to the body, stimulating

text: muscle contraction

text: ; they include all the non-sensory

text: neuron

text: s connected with skeletal

text: muscle

text: s and

text: skin

text: . The a- of afferent and the e- of efferent correspond to the

text: prefix

text: es ad- (to, toward) and ex- (out of).

answers: NDQ_007549

answers: somatic nervous system

answers: NDQ_007550

answers: afferent nerves

answers: NDQ_007551

answers: control of body movements

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: efferent nerves

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Afferent nerves are responsible for relaying sensation from the body to the central nervous system

answers: NDQ_007563

answers: What is the primary function of the efferent nerves?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: periosteum

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: What is the skeleton made of?

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: The answer: efferent nerves

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: efferent

answers: NDQ_007579

answers: efferent

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: skeletal muscles and skin.

answers: NDQ_007550

answers: muscles

answers: NDQ_007551

answers: voluntary control of body movements.

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: The somatic nervous system

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: The somatic nervous system

answers: NDQ_007563

answers: efferent nerves

answers: NDQ_007566

answers: The somatic nervous system

answers: NDQ_007568

answers: afferent nerves and efferent nerves.

answers: NDQ_007569

answers: The somatic nervous system

answers: NDQ_007570

answers: efferent nerves

answers: NDQ_007571

answers: The somatic nervous system

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: The somatic nervous system

answers: NDQ_007574

answers: The somatic nervous system

answers: NDQ_007575

answers: efferent nerves

answers: NDQ_007576

answers: The somatic nervous system

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: skin.

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skin.

answers: NDQ_007583

answers: skin.

answers: NDQ_007584

answers: skeletal muscle

text: If a sudden pull or stretch occurs, the body responds by automatically increasing the muscle's tension, a reflex which helps guard against danger as well as helping maintain balance.  Such near-continuous innervation can be thought of as a "default" or "steady state" condition for muscles. Both the extensor and flexor muscles are involved in the maintenance of a constant tone while at rest. In skeletal muscles, this helps maintain a normal posture.

text: If a sudden

text: pull

text: or stretch occurs, the body responds by automatically increasing the muscle's tension, a reflex which helps guard against danger as well as helping maintain

text: balance

text: .  Such near-continuous innervation can be thought of as a "default" or "steady state" condition for muscles. Both the

text: extensor

text: and

text: flexor

text: muscles are involved in the maintenance of a constant tone while at rest. In skeletal muscles, this helps maintain a normal posture.

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: maintaining a normal posture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: maintains a normal posture

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: extensor and flexor muscles

answers: NDQ_007560

answers: flexor

answers: NDQ_007562

answers: the body responds by automatically increasing the muscle's tension

answers: NDQ_007563

answers: Which of the following is not involved in the maintenance of a constant tone while at rest?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: Which of the following is not an organ: extensor, flexor, or skeletal?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of muscle?

answers: NDQ_007573

answers: How does the body respond to a sudden pull or stretch?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: extensor and flexor muscles

answers: NDQ_007550

answers: extensor and flexor muscles

answers: NDQ_007551

answers: maintain a normal posture.

answers: NDQ_007552

answers: muscle's tension,

answers: NDQ_007553

answers: muscles.

answers: NDQ_007554

answers: skeletal muscles,

answers: NDQ_007555

answers: skeletal muscles,

answers: NDQ_007556

answers: balance.

answers: NDQ_007557

answers: skeletal muscles,

answers: NDQ_007558

answers: extensor and flexor muscles

answers: NDQ_007560

answers: flexor

answers: NDQ_007562

answers: increasing the muscle's tension,

answers: NDQ_007563

answers: increasing the muscle's tension,

answers: NDQ_007566

answers: If a sudden pull or stretch occurs,

answers: NDQ_007568

answers: extensor and flexor muscles

answers: NDQ_007569

answers: extensor and flexor muscles

answers: NDQ_007570

answers: extensor and flexor muscles

answers: NDQ_007571

answers: increasing the muscle's tension,

answers: NDQ_007572

answers: skeletal muscles,

answers: NDQ_007573

answers: increasing the muscle's tension,

answers: NDQ_007574

answers: increasing the muscle's tension,

answers: NDQ_007575

answers: increasing the muscle's tension,

answers: NDQ_007576

answers: If a sudden pull or stretch

answers: NDQ_007577

answers: balance.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscles,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscles,

answers: NDQ_007582

answers: skeletal muscles,

answers: NDQ_007583

answers: skeletal muscles,

answers: NDQ_007584

answers: skeletal muscles,

text: Joints that connect bodies in this system remove degrees of freedom and reduce mobility. Specifically, hinges and sliders each impose five constraints and therefore remove five degrees of freedom.  It is convenient to define the number of constraints c that a joint imposes in terms of the joint's freedom f, where c=6-f.  In the case of a hinge or slider, which are one degree of freedom joints, we have f=1 and therefore c=6-1=5.

text: Joints that connect bodies in this system remove degrees of freedom and reduce mobility. Specifically, hinges and sliders each impose five constraints and therefore remove five degrees of freedom.  It is convenient to define the number of constraints c that a joint imposes in terms of the joint's freedom f, where c=6-f.  In the case of a hinge or slider, which are one degree of freedom joints, we have f=1 and therefore c=6-1=5.

answers: NDQ_007549

answers: joints that connect bodies

answers: NDQ_007550

answers: joints that connect bodies in this system

answers: NDQ_007551

answers: joints that connect bodies

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the human body.

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: joints that connect bodies

answers: NDQ_007557

answers: constraint

answers: NDQ_007558

answers: hinges

answers: NDQ_007560

answers: slider

answers: NDQ_007562

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: How many degrees of freedom do ball-and-socket joints have?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: What does osteoporosis cause?

answers: NDQ_007574

answers: How many degrees of freedom does the human skeleton have?

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal, muscular, or muscular tissue?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many degrees of freedom does the skeletal system have?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Joints

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: hinges

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Joints

answers: NDQ_007550

answers: Joints

answers: NDQ_007551

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

answers: NDQ_007552

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007553

answers: Joints that connect bodies

answers: NDQ_007554

answers: Joints that connect bodies

answers: NDQ_007555

answers: bodies

answers: NDQ_007556

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

answers: NDQ_007557

answers: hinges and sliders each impose five constraints

answers: NDQ_007558

answers: hinges and sliders

answers: NDQ_007560

answers: slider,

answers: NDQ_007562

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007563

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007566

answers: Joints

answers: NDQ_007568

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007569

answers: Joints

answers: NDQ_007570

answers: hinges and sliders

answers: NDQ_007571

answers: Joints

answers: NDQ_007572

answers: Joints

answers: NDQ_007573

answers: Joints

answers: NDQ_007574

answers: Joints

answers: NDQ_007575

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007576

answers: Joints that connect bodies in this system remove degrees of freedom

answers: NDQ_007577

answers: f=1 and therefore c=6-1=5.

answers: NDQ_007578

answers: f, where c=6-f.

answers: NDQ_007579

answers: Joints

answers: NDQ_007580

answers: c

answers: NDQ_007581

answers: Joints

answers: NDQ_007582

answers: Joints that connect bodies

answers: NDQ_007583

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

answers: NDQ_007584

answers: Joints that connect bodies in this system remove degrees of freedom and reduce mobility.

text: The somatosensory system comprises a diverse range of receptors and processing centers to produce the perception of touch, temperature, proprioception, and nociception.  Receptors are located throughout the body including the skin, epithelia, internal organs, skeletal muscles, bones, and joints. The cutaneous receptors of the skin project in an orderly fashion to the spinal cord, and from there, via different afferent pathways (dorsal column-medial lemniscus tract and spinothalamic tract), to the ventral posterior nucleus of the thalamus and the primary somatosensory cortex. Again, adjacent areas on the skin are represented by adjacent neurons in all aforementioned structures.  This projection pattern has been termed somatotopy.

text: The

text: somatosensory system

text: comprises a diverse range of receptors and processing centers to produce the perception of touch, temperature,

text: proprioception

text: , and

text: nociception

text: .  Receptors are located throughout the body including the

text: skin

text: , epithelia, internal organs,

text: skeletal muscle

text: s,

text: bone

text: s, and

text: joint

text: s. The

text: cutaneous receptors

text: of the skin project in an orderly fashion to the

text: spinal cord

text: , and from there, via different afferent pathways (

text: dorsal column-medial lemniscus tract

text: and

text: spinothalamic tract

text: ), to the

text: ventral posterior nucleus

text: of the

text: thalamus

text: and the primary

text: somatosensory cortex

text: . Again, adjacent areas on the skin are represented by adjacent neurons in all aforementioned structures.  This projection pattern has been termed

text: somatotopy

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: internal organs

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: somatotopy

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: joints

answers: NDQ_007562

answers: somatotopy

answers: NDQ_007563

answers: What does the somatosensory system comprise?

answers: NDQ_007566

answers: How would you describe the somatosensory system?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Bones

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the cutaneous receptors of the skin projecting to?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epithelia

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: bones

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: epithelia

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal muscles, bones,

answers: NDQ_007550

answers: bones, and joints.

answers: NDQ_007551

answers: skeletal muscles,

answers: NDQ_007552

answers: epithelia, internal organs, skeletal muscles,

answers: NDQ_007553

answers: somatosensory system

answers: NDQ_007554

answers: skeletal muscles,

answers: NDQ_007555

answers: skeletal muscles,

answers: NDQ_007556

answers: (dorsal column-medial lemniscus tract

answers: NDQ_007557

answers: skeletal muscles,

answers: NDQ_007558

answers: skeletal muscles,

answers: NDQ_007560

answers: joints.

answers: NDQ_007562

answers: The somatosensory system

answers: NDQ_007563

answers: Receptors

answers: NDQ_007566

answers: bones,

answers: NDQ_007568

answers: Receptors

answers: NDQ_007569

answers: The somatosensory system

answers: NDQ_007570

answers: skeletal muscles,

answers: NDQ_007571

answers: Receptors

answers: NDQ_007572

answers: skeletal muscles,

answers: NDQ_007573

answers: The somatosensory system

answers: NDQ_007574

answers: bones, and joints.

answers: NDQ_007575

answers: skeletal muscles,

answers: NDQ_007576

answers: joints.

answers: NDQ_007577

answers: skeletal muscles,

answers: NDQ_007578

answers: epithelia,

answers: NDQ_007579

answers: skeletal muscles,

answers: NDQ_007580

answers: skeletal muscles,

answers: NDQ_007581

answers: joints.

answers: NDQ_007582

answers: epithelia,

answers: NDQ_007583

answers: skeletal muscles, bones, and joints.

answers: NDQ_007584

answers: skeletal muscles, bones, and joints.

text: The surviving arches of the structure have been described as "beautifully boned", "strong" and "impressive", "almost surreal", and "a striking collection of skeletal arches".

text: The surviving arches of the structure have been described as "beautifully boned", "strong" and "impressive", "almost surreal", and "a striking collection of skeletal arches".

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: arches

answers: NDQ_007556

answers: skeletal arches

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: The arches of the structure have been described as "beautifully boned"

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between compact bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: boned",

answers: NDQ_007550

answers: skeletal arches".

answers: NDQ_007551

answers: boned",

answers: NDQ_007552

answers: boned",

answers: NDQ_007553

answers: boned",

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal arches".

answers: NDQ_007556

answers: "beautifully boned",

answers: NDQ_007557

answers: boned",

answers: NDQ_007558

answers: arches

answers: NDQ_007560

answers: arches

answers: NDQ_007562

answers: "beautifully boned",

answers: NDQ_007563

answers: "beautifully boned",

answers: NDQ_007566

answers: "beautifully boned",

answers: NDQ_007568

answers: "beautifully boned",

answers: NDQ_007569

answers: "beautifully boned",

answers: NDQ_007570

answers: "beautifully boned",

answers: NDQ_007571

answers: "beautifully boned",

answers: NDQ_007572

answers: "beautifully boned",

answers: NDQ_007573

answers: "beautifully boned",

answers: NDQ_007574

answers: "beautifully boned",

answers: NDQ_007575

answers: "beautifully boned",

answers: NDQ_007576

answers: "beautifully boned",

answers: NDQ_007577

answers: "beautifully boned",

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal arches".

answers: NDQ_007583

answers: boned",

answers: NDQ_007584

answers: skeletal

text: The skeletal system of the horse has three major functions in the body.  It protects vital organs, provides framework, and supports soft parts of the body.  Horses typically have 205 bones.  The pelvic limb typically contains 19 bones, while the thoracic limb contains 20 bones.

text: The skeletal system of the

text: horse

text: has three major functions in the body.  It protects vital organs, provides framework, and supports soft parts of the body.  Horses typically have 205 bones.  The pelvic limb typically contains 19 bones, while the thoracic limb contains 20 bones.

answers: NDQ_007549

answers: vital organs

answers: NDQ_007550

answers: 205 bones

answers: NDQ_007551

answers: protects vital organs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: thoracic limb

answers: NDQ_007556

answers: thoracic limb

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: pelvic limb

answers: NDQ_007560

answers: pelvic limb

answers: NDQ_007562

answers: Horses typically have 205 bones.

answers: NDQ_007563

answers: Which of the following is not a function of the horse's skeletal system?

answers: NDQ_007566

answers: Which of the following is not a function of bones?

answers: NDQ_007568

answers: Which organs are made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact, spongy, or periosteum?

answers: NDQ_007570

answers: how many bones does the pelvic limb typically contain?

answers: NDQ_007571

answers: Which of the following is not a major function of the skeletal system?

answers: NDQ_007572

answers: Which of the following is not a major function of the skeletal system?

answers: NDQ_007573

answers: How many bones does a horse typically have?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a function of the skeletal system: protects vital organs, provides framework, or supports soft parts?

answers: NDQ_007576

answers: The thoracic limb contains 20 bones

answers: NDQ_007577

answers: How many bones does the horse have?

answers: NDQ_007578

answers: thoracic

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: thoracic

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: 205 bones.

answers: NDQ_007550

answers: 205 bones.

answers: NDQ_007551

answers: protects vital organs, provides framework, and supports soft parts

answers: NDQ_007552

answers: 205 bones.

answers: NDQ_007553

answers: horse has three major functions in the body. It protects vital organs,

answers: NDQ_007554

answers: framework,

answers: NDQ_007555

answers: horse

answers: NDQ_007556

answers: It protects vital organs,

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: thoracic limb contains 20 bones.

answers: NDQ_007560

answers: thoracic limb

answers: NDQ_007562

answers: Horses typically have 205

answers: NDQ_007563

answers: 205

answers: NDQ_007566

answers: 205 bones.

answers: NDQ_007568

answers: 205

answers: NDQ_007569

answers: 205

answers: NDQ_007570

answers: 19 bones,

answers: NDQ_007571

answers: 205

answers: NDQ_007572

answers: 205

answers: NDQ_007573

answers: The skeletal system of the horse

answers: NDQ_007574

answers: 205 bones. The pelvic limb typically contains 19

answers: NDQ_007575

answers: 205

answers: NDQ_007576

answers: 205

answers: NDQ_007577

answers: 205

answers: NDQ_007578

answers: soft parts of the body. Horses typically have 205 bones.

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: horse

answers: NDQ_007581

answers: framework,

answers: NDQ_007582

answers: soft parts of the body.

answers: NDQ_007583

answers: soft

answers: NDQ_007584

answers: bones.

text: The pressure immobilisation technique is a first aid treatment used as a way to treat spider bite, snakebite, bee, wasp and ant stings in allergic individuals, blue ringed octopus stings, cone shell stings, etc.The object of pressure immobilisation is to contain venom within a bitten limb and prevent it from moving through the lymphatic system to the vital organs. This therapy has two components: pressure to prevent lymphatic drainage, and immobilisation of the bitten limb to prevent the pumping action of the skeletal muscles.

text: The pressure immobilisation technique is a

text: first aid

text: treatment used as a way to treat

text: spider bite

text: snakebite

text: , bee, wasp and ant stings in allergic individuals,

text: blue ringed octopus

text: stings,

text: cone shell

text: stings, etc.The object of pressure immobilisation is to contain venom within a bitten limb and prevent it from moving through the

text: lymphatic system

text: to the vital organs. This therapy has two components: pressure to prevent lymphatic drainage, and immobilisation of the bitten limb to prevent the pumping action of the

text: skeletal muscle

text: s.

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: pumping action

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphatic system

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: pressure immobilisation

answers: NDQ_007557

answers: pressure

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: The object of pressure immobilisation is to contain venom within a bitten limb

answers: NDQ_007563

answers: What does the pressure immobilisation technique do?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: The object of pressure immobilisation is to contain venom within a bitten limb

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a component of pressure immobilisation?

answers: NDQ_007573

answers: How is pressure immobilisation used?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: The object of pressure immobilisation is to contain venom within a bitten limb

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscles

answers: NDQ_007582

answers: lymphatic system

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: skeletal muscles.

answers: NDQ_007551

answers: pumping action of the skeletal muscles.

answers: NDQ_007552

answers: venom

answers: NDQ_007553

answers: lymphatic system

answers: NDQ_007554

answers: skeletal muscles.

answers: NDQ_007555

answers: skeletal muscles.

answers: NDQ_007556

answers: skeletal muscles.

answers: NDQ_007557

answers: skeletal muscles.

answers: NDQ_007558

answers: skeletal muscles.

answers: NDQ_007560

answers: skeletal muscles.

answers: NDQ_007562

answers: The pressure immobilisation

answers: NDQ_007563

answers: skeletal muscles.

answers: NDQ_007566

answers: The pressure immobilisation

answers: NDQ_007568

answers: skeletal muscles.

answers: NDQ_007569

answers: The pressure immobilisation

answers: NDQ_007570

answers: skeletal muscles.

answers: NDQ_007571

answers: The pressure immobilisation technique

answers: NDQ_007572

answers: lymphatic system

answers: NDQ_007573

answers: The pressure immobilisation technique

answers: NDQ_007574

answers: skeletal muscles.

answers: NDQ_007575

answers: skeletal muscles.

answers: NDQ_007576

answers: The pressure immobilisation

answers: NDQ_007577

answers: skeletal muscles.

answers: NDQ_007578

answers: skeletal muscles.

answers: NDQ_007579

answers: skeletal muscles.

answers: NDQ_007580

answers: skeletal muscles.

answers: NDQ_007581

answers: skeletal muscles.

answers: NDQ_007582

answers: lymphatic system

answers: NDQ_007583

answers: skeletal muscles.

answers: NDQ_007584

answers: skeletal muscles.

text: For ball-and-socket joints (also known as spherical joints), the inner joint is a ball and the outer joint is a socket, both having holes leading to the interior of their respective tube ends, to which they are fused. The ball tip is a hemisphere with a ground-glass surface on the outside, which fits inside of the socket, where the ground glass surface is on the inside. Ball-and-socket joints are labeled with a size code consisting of a number, a slash, and another number. The first number represents the outer diameter in mm of the ball at its base or the inner diameter in millimeters at the tip of the socket, in both cases where the diameters are their maximum in the joints.

text: For ball-and-socket joints (also known as spherical joints), the inner joint is a ball and the outer joint is a socket, both having holes leading to the interior of their respective tube ends, to which they are fused. The ball tip is a hemisphere with a ground-glass surface on the outside, which fits inside of the socket, where the ground glass surface is on the inside. Ball-and-socket joints are labeled with a size code consisting of a number, a slash, and another number. The first number represents the outer diameter in mm of the ball at its base or the inner diameter in millimeters at the tip of the socket, in both cases where the diameters are their maximum in the joints.

answers: NDQ_007549

answers: ball and socket joints

answers: NDQ_007550

answers: ball and socket joints

answers: NDQ_007551

answers: ball and socket joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: ground glass

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: spherical joints

answers: NDQ_007557

answers: ball and socket

answers: NDQ_007558

answers: spherical joints

answers: NDQ_007560

answers: socket

answers: NDQ_007562

answers: ball-and-socket joints

answers: NDQ_007563

answers: what is the first number of the ball at its base

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: ball-and-socket joints

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: ground glass

answers: NDQ_007579

answers: ground glass

answers: NDQ_007580

answers: ground glass

answers: NDQ_007581

answers: socket

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: ground glass

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: ball-and-socket joints

answers: NDQ_007550

answers: ball-and-socket joints

answers: NDQ_007551

answers: ball-and-socket joints

answers: NDQ_007552

answers: ground-glass

answers: NDQ_007553

answers: ball-and-socket joints

answers: NDQ_007554

answers: ground-glass

answers: NDQ_007555

answers: ball-and-socket joints

answers: NDQ_007556

answers: ball-and-socket joints

answers: NDQ_007557

answers: fused.

answers: NDQ_007558

answers: ball-and-socket joints

answers: NDQ_007560

answers: inner joint is a ball

answers: NDQ_007562

answers: ball-and-socket joints

answers: NDQ_007563

answers: ball-and-socket joints

answers: NDQ_007566

answers: ball-and-socket joints

answers: NDQ_007568

answers: ball-and-socket joints

answers: NDQ_007569

answers: ball-and-socket joints

answers: NDQ_007570

answers: spherical joints), the inner joint is a ball

answers: NDQ_007571

answers: ball-and-socket joints

answers: NDQ_007572

answers: ball-and-socket joints

answers: NDQ_007573

answers: ball-and-socket joints

answers: NDQ_007574

answers: ball-and-socket joints

answers: NDQ_007575

answers: ball-and-socket joints

answers: NDQ_007576

answers: ball-and-socket joints

answers: NDQ_007577

answers: ball-and-socket joints

answers: NDQ_007578

answers: ground-glass

answers: NDQ_007579

answers: ground-glass

answers: NDQ_007580

answers: ground-glass

answers: NDQ_007581

answers: tube

answers: NDQ_007582

answers: ground-glass

answers: NDQ_007583

answers: ground-glass

answers: NDQ_007584

answers: fused.

text: There are certain factors which increase risk of sprains. Fatigue of muscles generally leads to sprains. When one suddenly starts to exercise after a sedentary lifestyle, sprains are quite common.While scientific studies are lacking, it is often thought that not warming-up is a common cause of sprains in athletes. Warming-up is thought to loosen the joint, increases blood flow and makes the joint more flexible.

text: There are certain factors which increase risk of sprains.

text: Fatigue

text: of muscles generally leads to sprains. When one suddenly starts to exercise after a

text: sedentary lifestyle

text: , sprains are quite common.While scientific studies are lacking, it is often thought that not warming-up is a common cause of sprains in athletes. Warming-up is thought to loosen the joint, increases

text: blood flow

text: and makes the joint more flexible.

answers: NDQ_007549

answers: muscles, bones, and bones

answers: NDQ_007550

answers: __.

answers: NDQ_007551

answers: muscle contraction and movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood vessels.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Muscles

answers: NDQ_007556

answers: sedentary lifestyle

answers: NDQ_007557

answers: blood flow

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: Not warming up is a common cause of sprains

answers: NDQ_007563

answers: Which of the following is not a source of stored calcium?

answers: NDQ_007566

answers: Which of the following is not a reason to warm up before exercising?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a risk factor for sprains?

answers: NDQ_007574

answers: Which of the following is true of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a cause of sprains?

answers: NDQ_007576

answers: Which of the following is not a cause of sprains?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: muscles

answers: NDQ_007551

answers: muscles

answers: NDQ_007552

answers: Warming-up is thought to loosen the joint, increases blood flow

answers: NDQ_007553

answers: muscles

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: muscles

answers: NDQ_007556

answers: not warming-up

answers: NDQ_007557

answers: muscles

answers: NDQ_007558

answers: muscles

answers: NDQ_007560

answers: muscles

answers: NDQ_007562

answers: sprains.

answers: NDQ_007563

answers: Warming-up is thought to loosen the joint, increases blood flow

answers: NDQ_007566

answers: Warming-up

answers: NDQ_007568

answers: Warming-up

answers: NDQ_007569

answers: scientific studies are lacking, it is often thought that not warming-up

answers: NDQ_007570

answers: Warming-up

answers: NDQ_007571

answers: Warming-up

answers: NDQ_007572

answers: blood flow

answers: NDQ_007573

answers: Warming-up

answers: NDQ_007574

answers: Warming-up

answers: NDQ_007575

answers: Warming-up

answers: NDQ_007576

answers: Warming-up

answers: NDQ_007577

answers: Warming-up

answers: NDQ_007578

answers: muscles

answers: NDQ_007579

answers: muscles

answers: NDQ_007580

answers: muscles

answers: NDQ_007581

answers: muscles

answers: NDQ_007582

answers: blood flow

answers: NDQ_007583

answers: muscles

answers: NDQ_007584

answers: joint,

text: The syrinx depends on the air sac system in birds to function; specifically, it requires the presence of a clavicular air sac near the wishbone or collar bone. This air sac leaves distinctive marks or opening on the bones, including a distinct opening in the upper arm bone (humerus). While extensive air sac systems are a unique characteristic of saurischian dinosaurs, the clavicular air sac necessary to vocalize does not appear in the fossil record until the enantiornithines (one exception, Aerosteon, probably evolved its clavicular air sac independently of birds for reasons other than vocalization). Senter suggests that non-avian dinosaurs used primarily visual communication, in the form of distinctive-looking (and possibly brightly colored) horns, frills, crests, sails and feathers. This is similar to some modern reptile groups such as lizards, in which many forms are largely silent (though like dinosaurs they possess well-developed senses of hearing) but use complex coloration and display behaviors to communicate. In addition, other, non-vocal, methods of producing sound for communication include hissing, jaw grinding or clapping, use of environment (such as splashing), and wing beating (possible in winged maniraptoran dinosaurs). Senter states that the presence of resonance chambers in some dinosaurs is not necessarily evidence of vocalization as modern snake such chambers which intensify their hisses.

text: The syrinx depends on the air sac system in birds to function; specifically, it requires the presence of a clavicular air sac near the wishbone or collar bone. This air sac leaves distinctive marks or opening on the bones, including a distinct opening in the upper arm bone (humerus). While extensive air sac systems are a unique characteristic of saurischian dinosaurs, the clavicular air sac necessary to vocalize does not appear in the fossil record until the

text: enantiornithine

text: s (one exception,

text: Aerosteon

text: , probably evolved its clavicular air sac independently of birds for reasons other than vocalization). Senter suggests that non-avian dinosaurs used primarily visual communication, in the form of distinctive-looking (and possibly brightly colored) horns, frills, crests, sails and feathers. This is similar to some modern reptile groups such as lizards, in which many forms are largely silent (though like dinosaurs they possess well-developed senses of hearing) but use complex coloration and display behaviors to communicate. In addition, other, non-vocal, methods of producing sound for communication include hissing, jaw grinding or clapping, use of environment (such as splashing), and wing beating (possible in winged

text: maniraptora

text: n dinosaurs). Senter states that the presence of resonance chambers in some dinosaurs is not necessarily evidence of vocalization as modern snake such chambers which intensify their hisses.

answers: NDQ_007549

answers: wishbone or collar bone

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: syrinx depends on the air sac system

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: erythrocytes

answers: NDQ_007554

answers: air sac

answers: NDQ_007555

answers: humerus

answers: NDQ_007556

answers: air sac

answers: NDQ_007557

answers: resonance chambers

answers: NDQ_007558

answers: wishbone or collar bone

answers: NDQ_007560

answers: wishbone

answers: NDQ_007562

answers: vocalization does not appear in the fossil record until the enantiornithines

answers: NDQ_007563

answers: What does the syrinx depend on?

answers: NDQ_007566

answers: Which of the following is not a characteristic of saurischian dinosaurs?

answers: NDQ_007568

answers: What does the upper arm bone (humerus) contain?

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does the syrinx depend on?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What does the syrinx depend on?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: humerus

answers: NDQ_007579

answers: humerus

answers: NDQ_007580

answers: humerus

answers: NDQ_007581

answers: wishbone

answers: NDQ_007582

answers: humerus

answers: NDQ_007583

answers: humerus

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: upper arm bone (humerus).

answers: NDQ_007550

answers: (humerus).

answers: NDQ_007551

answers: vocalize

answers: NDQ_007552

answers: air sac system

answers: NDQ_007553

answers: birds

answers: NDQ_007554

answers: air sac system

answers: NDQ_007555

answers: syrinx

answers: NDQ_007556

answers: clavicular air sac

answers: NDQ_007557

answers: air sac system

answers: NDQ_007558

answers: upper arm bone

answers: NDQ_007560

answers: upper arm bone

answers: NDQ_007562

answers: modern snake

answers: NDQ_007563

answers: clavicular air sac near the wishbone or collar bone.

answers: NDQ_007566

answers: bones,

answers: NDQ_007568

answers: clavicular air sac

answers: NDQ_007569

answers: clavicular air sac near the wishbone or collar bone.

answers: NDQ_007570

answers: upper arm bone

answers: NDQ_007571

answers: The syrinx

answers: NDQ_007572

answers: clavicular air sac near the wishbone or collar bone.

answers: NDQ_007573

answers: clavicular air sac near the wishbone or collar bone.

answers: NDQ_007574

answers: enantiornithines

answers: NDQ_007575

answers: enantiornithines

answers: NDQ_007576

answers: clavicular air sac near the wishbone or collar bone.

answers: NDQ_007577

answers: enantiornithines

answers: NDQ_007578

answers: resonance chambers

answers: NDQ_007579

answers: clavicular air sac

answers: NDQ_007580

answers: (humerus).

answers: NDQ_007581

answers: air sac

answers: NDQ_007582

answers: clavicular air sac

answers: NDQ_007583

answers: birds

answers: NDQ_007584

answers: evolved

text: Amphibians have a skeletal system that is structurally homologous to other tetrapods, though with a number of variations. They all have four limbs except for the legless caecilians and a few species of salamander with reduced or no limbs. The bones are hollow and lightweight. The musculoskeletal system is strong to enable it to support the head and body. The bones are fully ossified and the vertebrae interlock with each other by means of overlapping processes. The pectoral girdle is supported by muscle, and the well-developed pelvic girdle is attached to the backbone by a pair of sacral ribs. The ilium slopes forward and the body is held closer to the ground than is the case in mammals.

text: Amphibians have a skeletal system that is structurally

text: homologous

text: to other tetrapods, though with a number of variations. They all have four limbs except for the legless caecilians and a few species of salamander with reduced or no limbs. The bones are hollow and lightweight. The musculoskeletal system is strong to enable it to support the head and body. The bones are fully

text: ossified

text: and the vertebrae interlock with each other by means of overlapping processes. The

text: pectoral girdle

text: is supported by muscle, and the well-developed

text: pelvic girdle

text: is attached to the backbone by a pair of sacral ribs. The

text: ilium

text: slopes forward and the body is held closer to the ground than is the case in mammals.

answers: NDQ_007549

answers: vertebrae interlocking with each other

answers: NDQ_007550

answers: vertebrae interlocking with each other

answers: NDQ_007551

answers: support the head and body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Amphibians

answers: NDQ_007554

answers: ossified

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: The ilium slopes forward

answers: NDQ_007557

answers: overlapping processes

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: pelvic girdle

answers: NDQ_007562

answers: The bones are fully ossified

answers: NDQ_007563

answers: Which of the following is not true of amphibians?

answers: NDQ_007566

answers: Which of the following is not true of Amphibians?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: The bones are fully ossified

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of amphibians?

answers: NDQ_007572

answers: Which of the following is not a tetrapod?

answers: NDQ_007573

answers: The bones are fully ossified

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a tetrapod?

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many vertebrae interlock with each other

answers: NDQ_007578

answers: ossified

answers: NDQ_007579

answers: ossified

answers: NDQ_007580

answers: ossified

answers: NDQ_007581

answers: ossified

answers: NDQ_007582

answers: musculoskeletal

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: osseous

answers: NDQ_007549

answers: The bones are fully ossified

answers: NDQ_007550

answers: The bones are fully ossified

answers: NDQ_007551

answers: support the head and body.

answers: NDQ_007552

answers: muscle,

answers: NDQ_007553

answers: mammals.

answers: NDQ_007554

answers: ossified

answers: NDQ_007555

answers: overlapping processes.

answers: NDQ_007556

answers: overlapping processes.

answers: NDQ_007557

answers: muscle,

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: ilium

answers: NDQ_007562

answers: mammals.

answers: NDQ_007563

answers: mammals.

answers: NDQ_007566

answers: hollow and lightweight.

answers: NDQ_007568

answers: four limbs

answers: NDQ_007569

answers: hollow and lightweight.

answers: NDQ_007570

answers: overlapping processes.

answers: NDQ_007571

answers: fully ossified

answers: NDQ_007572

answers: hollow and lightweight.

answers: NDQ_007573

answers: Amphibians

answers: NDQ_007574

answers: mammals.

answers: NDQ_007575

answers: muscle,

answers: NDQ_007576

answers: Amphibians

answers: NDQ_007577

answers: four limbs

answers: NDQ_007578

answers: hollow

answers: NDQ_007579

answers: ossified

answers: NDQ_007580

answers: ossified

answers: NDQ_007581

answers: ossified

answers: NDQ_007582

answers: musculoskeletal system

answers: NDQ_007583

answers: muscle,

answers: NDQ_007584

answers: ossified

text: Camazepam is a benzodiazepine psychoactive drug, marketed under the brand names Albego, Limpidon and Paxor. It is the dimethyl carbamate ester of temazepam, a metabolite of diazepam. While it possesses anxiolytic, anticonvulsant, skeletal muscle relaxant and hypnotic properties it differs from other benzodiazepines in that its anxiolytic properties are particularly prominent but has comparatively limited anticonvulsant, hypnotic and skeletal muscle relaxant properties.

text: Camazepam is a

text: benzodiazepine

text: psychoactive drug, marketed under the brand names Albego, Limpidon and Paxor. It is the dimethyl

text: carbamate

text: ester

text: of

text: temazepam

text: , a metabolite of

text: diazepam

text: . While it possesses

text: anxiolytic

text: anticonvulsant

text: skeletal muscle relaxant

text: and

text: hypnotic

text: properties it differs from other benzodiazepines in that its

text: anxiolytic

text: properties are particularly prominent but has comparatively limited

text: anticonvulsant

text: hypnotic

text: and

text: skeletal muscle relaxant

text: properties.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle relaxant

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: It possesses anxiolytic, anticonvulsant, skeletal muscle relaxant and hypnotic properties

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal muscle or bone?

answers: NDQ_007566

answers: What is the best title for this passage?

answers: NDQ_007568

answers: Which of the following is not an organ: skeletal muscle relaxant, hypnotic or hypnotic?

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a brand name of Camazepam: Albego, Limpidon, or Paxor?

answers: NDQ_007573

answers: Which of the following is not a benzodiazepine psychoactive drug: Camazepam, Limpidon or Paxor?

answers: NDQ_007574

answers: What is Camazepam?

answers: NDQ_007575

answers: Which of the following is not a metabolite of diazepam?

answers: NDQ_007576

answers: How would you describe Camazepam?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle relaxant

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: Camazepam

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: Camazepam

answers: NDQ_007556

answers: Camazepam

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Camazepam

answers: NDQ_007563

answers: Camazepam

answers: NDQ_007566

answers: Camazepam

answers: NDQ_007568

answers: Camazepam

answers: NDQ_007569

answers: Camazepam

answers: NDQ_007570

answers: Camazepam

answers: NDQ_007571

answers: Camazepam

answers: NDQ_007572

answers: Camazepam

answers: NDQ_007573

answers: Camazepam

answers: NDQ_007574

answers: Camazepam

answers: NDQ_007575

answers: Camazepam

answers: NDQ_007576

answers: Camazepam

answers: NDQ_007577

answers: Camazepam

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: The Isosceles Stance passively absorbs the recoil of firing the handgun using the shooter's skeletal structure, rather than active muscular tension, as in other shooting stances, like the Weaver Stance.

text: The Isosceles Stance passively absorbs the

text: recoil

text: of firing the handgun using the shooter's skeletal structure, rather than active muscular tension, as in other shooting stances, like the

text: Weaver Stance

answers: NDQ_007549

answers: muscular

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: recoil of firing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal structure

answers: NDQ_007556

answers: active muscular tension

answers: NDQ_007557

answers: skeletal structure

answers: NDQ_007558

answers: Isosceles

answers: NDQ_007560

answers: Isosceles

answers: NDQ_007562

answers: Active muscular tension absorbs the recoil of firing the handgun.

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: What is the opposite of brittle?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the purpose of the Weaver Stance?

answers: NDQ_007572

answers: What does the Isosceles Stance absorb?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: not enough information

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal structure

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal structure

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal structure

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscular tension,

answers: NDQ_007550

answers: skeletal structure, rather than active muscular tension,

answers: NDQ_007551

answers: absorbs the recoil

answers: NDQ_007552

answers: skeletal structure,

answers: NDQ_007553

answers: muscular tension,

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: skeletal structure,

answers: NDQ_007556

answers: active muscular tension,

answers: NDQ_007557

answers: skeletal structure,

answers: NDQ_007558

answers: Isosceles

answers: NDQ_007560

answers: Isosceles

answers: NDQ_007562

answers: active muscular tension,

answers: NDQ_007563

answers: skeletal structure,

answers: NDQ_007566

answers: skeletal structure,

answers: NDQ_007568

answers: skeletal structure,

answers: NDQ_007569

answers: The Isosceles Stance

answers: NDQ_007570

answers: skeletal structure,

answers: NDQ_007571

answers: skeletal structure,

answers: NDQ_007572

answers: skeletal structure,

answers: NDQ_007573

answers: The Isosceles Stance

answers: NDQ_007574

answers: skeletal structure, rather than active muscular tension,

answers: NDQ_007575

answers: muscular tension,

answers: NDQ_007576

answers: The Isosceles Stance

answers: NDQ_007577

answers: skeletal structure,

answers: NDQ_007578

answers: skeletal structure,

answers: NDQ_007579

answers: skeletal structure,

answers: NDQ_007580

answers: skeletal structure,

answers: NDQ_007581

answers: skeletal structure,

answers: NDQ_007582

answers: muscular

answers: NDQ_007583

answers: skeletal structure,

answers: NDQ_007584

answers: skeletal structure,

text: The PlayStation had a 512 x 240 video mode and used up video memory that would normally be used for textures, but was effective in rendering shaded (if untextured) polygons. Rubin pointed out that since the polygons on the characters were just a few pixels in size, shaded characters would look better than textured ones. Thus, polygons were emphasized over textures; this was advantageous in that it allowed the programmers more polygons to work with and allowed them to work around the PlayStation's lack of texture correction or polygon clipping. To give the game more of a resemblance to an animated cartoon, vertex animation was implemented rather than the standard skeletal animation with "one-joint" weighting; this allowed the programmers to use the more sophisticated three-to-four-joint weighting available in PowerAnimator. Because the PlayStation was unable to match this at runtime, the location of every vertex was stored in every frame at 30 frames a second. Gavin, Baggett, and Cerny attempted to invent assembly language vertex compressors for this manner of animation; Cerny's version was the most successful and the most complicated.

text: The PlayStation had a 512 x 240 video mode and used up video memory that would normally be used for textures, but was effective in rendering shaded (if untextured) polygons. Rubin pointed out that since the polygons on the characters were just a few pixels in size, shaded characters would look better than textured ones. Thus, polygons were emphasized over textures; this was advantageous in that it allowed the programmers more polygons to work with and allowed them to work around the PlayStation's lack of texture correction or polygon clipping. To give the game more of a resemblance to an animated cartoon,

text: vertex animation

text: was implemented rather than the standard

text: skeletal animation

text: with "one-joint" weighting; this allowed the programmers to use the more sophisticated three-to-four-joint weighting available in

text: PowerAnimator

text: . Because the PlayStation was unable to match this at runtime, the location of every vertex was stored in every frame at 30 frames a second. Gavin, Baggett, and Cerny attempted to invent assembly language vertex compressors for this manner of animation; Cerny's version was the most successful and the most complicated.

answers: NDQ_007549

answers: one-joint

answers: NDQ_007550

answers: four-joint

answers: NDQ_007551

answers: weighting

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: one-joint" weighting

answers: NDQ_007557

answers: weighting

answers: NDQ_007558

answers: vertex animation

answers: NDQ_007560

answers: one-joint

answers: NDQ_007562

answers: Vertex animation was implemented rather than the standard skeletal animation

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Vitamin D is needed to keep bones strong.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: vertex animation

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: polygons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: "one-joint" weighting;

answers: NDQ_007550

answers: "one-joint"

answers: NDQ_007551

answers: "one-joint" weighting;

answers: NDQ_007552

answers: "one-joint" weighting;

answers: NDQ_007553

answers: The PlayStation had a 512 x 240 video mode

answers: NDQ_007554

answers: skeletal animation with "one-joint"

answers: NDQ_007555

answers: "one-joint"

answers: NDQ_007556

answers: "one-joint" weighting;

answers: NDQ_007557

answers: "one-joint" weighting;

answers: NDQ_007558

answers: three-to-four-joint

answers: NDQ_007560

answers: "one-joint"

answers: NDQ_007562

answers: "one-joint"

answers: NDQ_007563

answers: "one-joint" weighting;

answers: NDQ_007566

answers: vertex animation

answers: NDQ_007568

answers: three-to-four-joint weighting

answers: NDQ_007569

answers: The PlayStation had a 512 x 240 video mode

answers: NDQ_007570

answers: "one-joint"

answers: NDQ_007571

answers: vertex animation was implemented rather than the standard skeletal animation

answers: NDQ_007572

answers: skeletal animation with "one-joint" weighting;

answers: NDQ_007573

answers: The PlayStation had a 512 x 240 video mode

answers: NDQ_007574

answers: "one-joint" weighting;

answers: NDQ_007575

answers: vertex animation

answers: NDQ_007576

answers: The PlayStation had a 512 x 240 video mode

answers: NDQ_007577

answers: "one-joint" weighting;

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: "one-joint"

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Evidence for the semi-aquatic life of dyrosaurids comes from careful analysis of bone structure. There are two types of structural bone organization that can occur in aquatic tetrapods: osteoporotic or pachyostotic. Osteoporotic bone is spongy and porous whereas pachyostotic involves an increase in skeletal mass. Spongy/porous bone such as osteoporotic is associated with faster swimming and better maneuverability in water because of the reduction in bone tissue many extant cetaceans and marine turtles have osteoporotic bone which enables them to be good swimmers. Pachyostotic bone is a general/local increase in skeletal mass which can be caused by osteosclerosis (inner compaction of bone), pachyostosis (hyperplasy of compact cortices) or pachyeosclerosis (combination of the two). Research on dryosaur bone performed by Rafael César Lima Pedroso de Andrade, Juliana Manso Sayao revealed that this family had osteoporotic bone tissue indicative of a fast-swimming ecology as well as some osteosclerosis which is a component of pachyostotic bone tissue. Osteoporosis is associated with a fully aquatic lifestyle whereas pachyostotic is not fully aquatic but is associated with fast swimming ecology. therefore dyrosaurs are semi-aquatic fast swimmers as indicated by their bone structure. Other evidence for near shore, semi-aquatic life style is where the fossils are found, often in transitional marine sediments. -using axial frequency swimming (that used primarily by extant crocodylians) with a greater undulatory motion and frequency of the tail due to highly developed musculature allowing a more powerful forward thrust.

text: Evidence for the semi-aquatic life of dyrosaurids comes from careful analysis of bone structure. There are two types of structural bone organization that can occur in aquatic tetrapods:

text: osteoporotic

text: or

text: pachyostotic

text: . Osteoporotic bone is spongy and porous whereas pachyostotic involves an increase in skeletal mass. Spongy/porous bone such as osteoporotic is associated with faster swimming and better maneuverability in water because of the reduction in bone tissue many extant cetaceans and marine turtles have osteoporotic bone which enables them to be good swimmers. Pachyostotic bone is a general/local increase in skeletal mass which can be caused by osteosclerosis (inner compaction of bone), pachyostosis (hyperplasy of compact cortices) or pachyeosclerosis (combination of the two). Research on dryosaur bone performed by Rafael César Lima Pedroso de Andrade, Juliana Manso Sayao revealed that this family had osteoporotic bone tissue indicative of a fast-swimming

text: ecology

text: as well as some

text: osteosclerosis

text: which is a component of pachyostotic bone tissue. Osteoporosis is associated with a fully aquatic lifestyle whereas pachyostotic is not fully aquatic but is associated with fast swimming ecology. therefore dyrosaurs are semi-aquatic fast swimmers as indicated by their bone structure. Other evidence for near shore, semi-aquatic life style is where the fossils are found, often in transitional marine sediments. -using axial frequency swimming (that used primarily by extant crocodylians) with a greater

text: undulatory

text: motion and frequency of the tail due to highly developed

text: musculature

text: allowing a more powerful forward thrust.

answers: NDQ_007549

answers: osteoporotic bone

answers: NDQ_007550

answers: Osteoporotic

answers: NDQ_007551

answers: fast swimming and better maneuverability

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bone tissue

answers: NDQ_007554

answers: osteosclerosis

answers: NDQ_007555

answers: Tetrapods

answers: NDQ_007556

answers: osteosclerosis

answers: NDQ_007557

answers: Osteosclerosis

answers: NDQ_007558

answers: dryosaur

answers: NDQ_007560

answers: axial

answers: NDQ_007562

answers: Osteoporosis is associated with a fully aquatic lifestyle

answers: NDQ_007563

answers: Which of the following is not a type of structural bone organization that can occur in aquatic tetrapods?

answers: NDQ_007566

answers: Osteoporotic bone is spongy and porous

answers: NDQ_007568

answers: How many types of bone tissues are mentioned in the passage?

answers: NDQ_007569

answers: Which of the following is not a type of structural bone organization that can occur in aquatic tetrapods?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of skeletal bone?

answers: NDQ_007572

answers: Which of the following is not a type of structural bone organization that can occur in aquatic tetrapods?

answers: NDQ_007573

answers: Which is not a type of structural bone organization that can occur in aquatic tetrapods: osteoporotic or pachyostotic?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of structural bone organization that can occur in aquatic tetrapods: osteoporotic or pachyostotic

answers: NDQ_007576

answers: Which of the following is not a type of structural bone organization that can occur in aquatic tetrapods: osteoporotic or pachyostotic?

answers: NDQ_007577

answers: How many types of structural bone organization can occur in aquatic tetrapods

answers: NDQ_007578

answers: Osteoporotic

answers: NDQ_007579

answers: osteosclerosis

answers: NDQ_007580

answers: pachyostotic

answers: NDQ_007581

answers: osteosclerosis

answers: NDQ_007582

answers: bone tissue

answers: NDQ_007583

answers: Osteoporotic

answers: NDQ_007584

answers: osteosclerosis

answers: NDQ_007549

answers: osteosclerosis

answers: NDQ_007550

answers: osteosclerosis which is a component of pachyostotic bone tissue.

answers: NDQ_007551

answers: faster swimming and better maneuverability in water

answers: NDQ_007552

answers: osteosclerosis

answers: NDQ_007553

answers: dyrosaurs

answers: NDQ_007554

answers: osteosclerosis

answers: NDQ_007555

answers: dyrosaurs

answers: NDQ_007556

answers: highly developed musculature

answers: NDQ_007557

answers: musculature

answers: NDQ_007558

answers: dyrosaurs

answers: NDQ_007560

answers: axial frequency swimming

answers: NDQ_007562

answers: fully aquatic lifestyle

answers: NDQ_007563

answers: dyrosaurs are semi-aquatic fast swimmers

answers: NDQ_007566

answers: dyrosaurs

answers: NDQ_007568

answers: osteoporotic

answers: NDQ_007569

answers: osteosclerosis which is a component of pachyostotic

answers: NDQ_007570

answers: Juliana Manso Sayao

answers: NDQ_007571

answers: dyrosaurs

answers: NDQ_007572

answers: dyrosaurs

answers: NDQ_007573

answers: Osteoporosis is associated with a fully aquatic lifestyle

answers: NDQ_007574

answers: osteoporotic

answers: NDQ_007575

answers: highly developed musculature

answers: NDQ_007576

answers: dyrosaurs

answers: NDQ_007577

answers: dyrosaurs

answers: NDQ_007578

answers: Osteoporotic

answers: NDQ_007579

answers: osteosclerosis

answers: NDQ_007580

answers: osteoporotic

answers: NDQ_007581

answers: osteosclerosis

answers: NDQ_007582

answers: osteosclerosis

answers: NDQ_007583

answers: osteosclerosis

answers: NDQ_007584

answers: osteosclerosis

text: Decorin is an example of a proteoglycan which functions as a myokine. Kanzleiter et al have established that this myokine is secreted during muscular contraction against resistance, and plays a role in muscle growth. They reported on July 1, 2014: "The small leucine-rich proteoglycan decorin has been described as a myokine for some time. However, its regulation and impact on skeletal muscle (had) not been investigated in detail. In (our recent) study, we report decorin to be differentially expressed and released in response to muscle contraction using different approaches. Decorin is released from contracting human myotubes, and circulating decorin levels are increased in response to acute resistance exercise in humans. Moreover, decorin expression in skeletal muscle is increased in humans and mice after chronic training. Because decorin directly binds myostatin, a potent inhibitor of muscle growth, we investigated a potential function of decorin in the regulation of skeletal muscle growth. In vivo overexpression of decorin in murine skeletal muscle promoted expression of the pro-myogenic factor Mighty, which is negatively regulated by myostatin. We also found Myod1 and follistatin to be increased in response to decorin overexpression. Moreover, muscle-specific ubiquitin ligases atrogin1 and MuRF1, which are involved in atrophic pathways, were reduced by decorin overexpression. In summary, our findings suggest that decorin secreted from myotubes in response to exercise is involved in the regulation of muscle hypertrophy and hence could play a role in exercise-related restructuring processes of skeletal muscle."

text: Decorin

answers: NDQ_007549

answers: Muscles

answers: NDQ_007550

answers: articulation with the rest of the body. The articulation of the skeleton with the rest of the body is called articulation.

answers: NDQ_007551

answers: muscle contraction and muscle growth

answers: NDQ_007552

answers: Cartilage is a tough, flexible tissue that contains the protein

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: long bones

answers: NDQ_007557

answers: muscle fibers.

answers: NDQ_007558

answers: myotubes

answers: NDQ_007560

answers: myotubes

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: Bones release calcium to the blood as needed.

answers: NDQ_007566

answers: They are like chalk: dead, dry, and brittle.

answers: NDQ_007568

answers: Bones are organs made up of four types of bone tissues.

answers: NDQ_007569

answers: Compact bone is a type of bone that forms between spongy bone and periosteum.

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: context: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Osteoporosis is a condition in which bone density decreases.

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: Contraction of skeletal muscle causes bone to grow thicker.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: myotubes

answers: NDQ_007579

answers: myotubes

answers: NDQ_007580

answers: myotubes

answers: NDQ_007581

answers: myotubes

answers: NDQ_007582

answers: myotubes

answers: NDQ_007583

answers: myotubes

answers: NDQ_007584

answers: myogenic

answers: NDQ_007549

answers: decorin

answers: NDQ_007550

answers: myotubes,

answers: NDQ_007551

answers: muscle hypertrophy

answers: NDQ_007552

answers: decorin

answers: NDQ_007553

answers: decorin

answers: NDQ_007554

answers: skeletal muscle."

answers: NDQ_007555

answers: skeletal muscle."

answers: NDQ_007556

answers: overexpression of decorin

answers: NDQ_007557

answers: skeletal muscle."

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: myotubes,

answers: NDQ_007562

answers: myostatin.

answers: NDQ_007563

answers: decorin

answers: NDQ_007566

answers: decorin

answers: NDQ_007568

answers: decorin

answers: NDQ_007569

answers: decorin

answers: NDQ_007570

answers: decorin

answers: NDQ_007571

answers: decorin overexpression.

answers: NDQ_007572

answers: decorin overexpression.

answers: NDQ_007573

answers: decorin

answers: NDQ_007574

answers: decorin

answers: NDQ_007575

answers: decorin

answers: NDQ_007576

answers: decorin

answers: NDQ_007577

answers: decorin overexpression.

answers: NDQ_007578

answers: myotubes

answers: NDQ_007579

answers: myotubes

answers: NDQ_007580

answers: myotubes

answers: NDQ_007581

answers: myotubes

answers: NDQ_007582

answers: myotubes

answers: NDQ_007583

answers: myotubes,

answers: NDQ_007584

answers: atrophic

text: Misfiring and fatiguing of the VMO causes mal-tracking of the patella and subsequent damage to surrounding structures creating increased force on the knees, often resulting in injuries such as patellofemoral pain syndrome, anterior cruciate ligament rupture, chondromalacia, and tendinitis. Through the use of electromyography, researchers can evaluate and record the electrical activity produced by the skeletal muscle of the VMO to analyze the biomechanics and detect any possible abnormalities, weakness, or fatigue. With an analysis of muscle activity of the VMO through the use of electromyography, proper rehabilitative plans and goals can be established to not only correct the already established abnormality, but even prevent such injuries if tested sooner.  Preventing injuries is crucial as well as teaching proper training techniques to ensure there are no valgus collapse forces causing unplanned stress on other structures of the knee, causing asymmetry, and predisposing that individual for injury.

text: Misfiring and fatiguing of the VMO causes mal-tracking of the patella and subsequent damage to surrounding structures creating increased force on the knees, often resulting in injuries such as

text: patellofemoral pain syndrome

text: anterior cruciate ligament

text: rupture,

text: chondromalacia

text: , and

text: tendinitis

text: . Through the use of

text: electromyography

text: , researchers can evaluate and record the electrical activity produced by the skeletal muscle of the VMO to analyze the

text: biomechanics

text: and detect any possible abnormalities, weakness, or fatigue. With an analysis of muscle activity of the VMO through the use of electromyography, proper rehabilitative plans and goals can be established to not only correct the already established abnormality, but even prevent such injuries if tested sooner.  Preventing injuries is crucial as well as teaching proper training techniques to ensure there are no valgus collapse forces causing unplanned stress on other structures of the knee, causing

text: asymmetry

text: , and predisposing that individual for injury.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle activity

answers: NDQ_007552

answers: chondromalacia

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: knee

answers: NDQ_007556

answers: valgus collapse forces

answers: NDQ_007557

answers: anterior cruciate ligament

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: patella

answers: NDQ_007562

answers: unplanned stress on other structures of the knee

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How is osteoporosis diagnosed?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: chondromascia

answers: NDQ_007579

answers: patella

answers: NDQ_007580

answers: chondromascia

answers: NDQ_007581

answers: cruciate ligament

answers: NDQ_007582

answers: patella

answers: NDQ_007583

answers: anterior cruciate ligament

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: knees,

answers: NDQ_007556

answers: valgus collapse forces

answers: NDQ_007557

answers: anterior cruciate ligament

answers: NDQ_007558

answers: knees, often resulting in injuries such as patellofemoral

answers: NDQ_007560

answers: patella

answers: NDQ_007562

answers: Misfiring and fatiguing of the VMO

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: electromyography,

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: Misfiring and fatiguing of the VMO

answers: NDQ_007570

answers: patella

answers: NDQ_007571

answers: Misfiring and fatiguing of the VMO

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: electromyography,

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: anterior cruciate ligament rupture,

answers: NDQ_007577

answers: skeletal muscle of the VMO to analyze the biomechanics

answers: NDQ_007578

answers: chondromalacia,

answers: NDQ_007579

answers: anterior cruciate ligament

answers: NDQ_007580

answers: chondromalacia,

answers: NDQ_007581

answers: anterior cruciate ligament

answers: NDQ_007582

answers: anterior cruciate ligament

answers: NDQ_007583

answers: anterior cruciate ligament

answers: NDQ_007584

answers: chondromalacia,

text: In the third decade of the condition, individuals develop further visual problems including retinitis pigmentosa, and bilateral cataracts.  Sufferers endure the restriction of visual fields, night blindness, and eventually severe or complete blindness.Individuals with this syndrome exhibit many physical deformities including skeletal, epidermal, and subcutaneous abnormalities. The skeletal problems are characterized by scoliosis and muscle weakness indicative of the kyphoscoliotic type which follow muscle wasting and peripheral neuritis (nerve inflammation). Osteoporosis is also observed in many cases. Skin and subcutaneous atrophy is common as well as skin ulcerations due to inability of the skin to heal. One of the final manifestations of disease is baldness.

text: In the third decade of the condition, individuals develop further visual problems including retinitis pigmentosa, and bilateral cataracts.  Sufferers endure the restriction of visual fields, night blindness, and eventually severe or complete

text: blindness

text: .Individuals with this syndrome exhibit many physical deformities including skeletal, epidermal, and subcutaneous abnormalities. The skeletal problems are characterized by scoliosis and muscle weakness indicative of the kyphoscoliotic type which follow muscle wasting and

text: peripheral neuritis

text: (nerve inflammation).

text: Osteoporosis

text: is also observed in many cases. Skin and subcutaneous atrophy is common as well as skin ulcerations due to inability of the skin to heal. One of the final manifestations of disease is

text: baldness

answers: NDQ_007549

answers: scoliosis

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal

answers: NDQ_007556

answers: muscle wasting

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: scoliosis

answers: NDQ_007560

answers: scoliosis

answers: NDQ_007562

answers: skin ulcerations due to inability of the skin to heal

answers: NDQ_007563

answers: Which of the following is not a type of deformity: skeletal, epidermal, or subcutaneous?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Which of the following is not an organ: skeletal, epidermal, or subcutaneous?

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a symptom of Osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a symptom of Osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a symptom of Osteoporosis?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporous

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: muscle weakness

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle weakness

answers: NDQ_007552

answers: cataracts.

answers: NDQ_007553

answers: retinitis pigmentosa, and bilateral cataracts.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal,

answers: NDQ_007556

answers: muscle wasting

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: kyphoscoliotic

answers: NDQ_007560

answers: scoliosis

answers: NDQ_007562

answers: baldness.

answers: NDQ_007563

answers: Osteoporosis

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: kyphoscoliotic type

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: kyphoscoliotic type

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: kyphoscoliotic type

answers: NDQ_007573

answers: Osteoporosis

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: Osteoporosis

answers: NDQ_007576

answers: skeletal,

answers: NDQ_007577

answers: Osteoporosis

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: Osteoporosis

answers: NDQ_007582

answers: peripheral neuritis

answers: NDQ_007583

answers: Osteoporosis

answers: NDQ_007584

answers: Osteoporosis

text: Osteoporosis is defined by the National Institutes of Health as ‘‘a skeletal disorder characterized by compromised bone strength predisposing a person to an increased risk of fracture.’’<ref>Osteoporosis. 2006. National Institutes of Health.

text: Osteoporosis is defined by the National Institutes of Health as ‘‘a skeletal disorder characterized by compromised bone strength predisposing a person to an increased risk of fracture.’’<ref>Osteoporosis. 2006. National Institutes of Health.

answers: NDQ_007549

answers: bone strength

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: osteoporosis is not a skeletal disorder

answers: NDQ_007563

answers: What happens when bones release stored calcium to the blood?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: Yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone strength

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fracture.’’

answers: NDQ_007552

answers: bone strength

answers: NDQ_007553

answers: bone

answers: NDQ_007554

answers: bone strength

answers: NDQ_007555

answers: Osteoporosis

answers: NDQ_007556

answers: compromised bone strength

answers: NDQ_007557

answers: bone strength

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: bone strength

answers: NDQ_007563

answers: bone strength

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Osteoporosis

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: Osteoporosis

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: compromised bone strength

answers: NDQ_007573

answers: compromised bone strength

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: Osteoporosis

answers: NDQ_007576

answers: Osteoporosis

answers: NDQ_007577

answers: Osteoporosis

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: bone strength

answers: NDQ_007582

answers: bone

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone strength

text: Bones serve three major functions in the skeletal system; they act as levers, they store minerals, and they are the site of red blood cell formation.  Bones can be classified into five categories

text: Bones serve three major functions in the skeletal system; they act as levers, they store minerals, and they are the site of

text: red blood cell

text: formation.  Bones can be classified into five categories

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: marrow

answers: NDQ_007551

answers: red blood cell formation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bones

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: the site of red blood cell formation

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: femur

answers: NDQ_007562

answers: Bones are the site of red blood cell formation.

answers: NDQ_007563

answers: minerals

answers: NDQ_007566

answers: unanswerable

answers: NDQ_007568

answers: (4).

answers: NDQ_007569

answers: spongy

answers: NDQ_007570

answers: bone

answers: NDQ_007571

answers: minerals

answers: NDQ_007572

answers: d).

answers: NDQ_007573

answers: red blood cell formation

answers: NDQ_007574

answers: red blood cell

answers: NDQ_007575

answers: red blood cell formation

answers: NDQ_007576

answers: it acts as a lever

answers: NDQ_007577

answers: 4).

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: they act as levers,

answers: NDQ_007552

answers: red blood cell

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: red blood cell

answers: NDQ_007555

answers: skeletal system;

answers: NDQ_007556

answers: Bones serve three major functions in the skeletal system;

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: levers,

answers: NDQ_007560

answers: Bones

answers: NDQ_007562

answers: they act as levers,

answers: NDQ_007563

answers: red blood cell formation. Bones

answers: NDQ_007566

answers: Bones

answers: NDQ_007568

answers: five

answers: NDQ_007569

answers: five

answers: NDQ_007570

answers: levers,

answers: NDQ_007571

answers: Bones

answers: NDQ_007572

answers: red blood cell formation.

answers: NDQ_007573

answers: Bones

answers: NDQ_007574

answers: Bones

answers: NDQ_007575

answers: red blood cell formation. Bones

answers: NDQ_007576

answers: Bones serve three major functions in the skeletal system;

answers: NDQ_007577

answers: five

answers: NDQ_007578

answers: red blood cell

answers: NDQ_007579

answers: Bones

answers: NDQ_007580

answers: minerals,

answers: NDQ_007581

answers: Bones

answers: NDQ_007582

answers: red blood cell

answers: NDQ_007583

answers: Bones

answers: NDQ_007584

answers: Bones serve three major functions in the skeletal system;

text: Myopathies with central nuclei, such as myotubular myopathy, involves an error in the gene involved in vesicle movement throughout the cell. This creates problems in vesicles reaching the plasma membrane with the cellular components necessary to fuse myoblast, a major step in the formation of the skeletal muscle. This creates structural problems throughout the skeletal muscle and in the Z line of the sarcomere, creating the weakness in the muscle.

text: Myopathies with central nuclei, such as myotubular myopathy, involves an error in the gene involved in vesicle movement throughout the cell. This creates problems in vesicles reaching the plasma membrane with the cellular components necessary to fuse myoblast, a major step in the formation of the skeletal muscle. This creates structural problems throughout the skeletal muscle and in the Z line of the sarcomere, creating the weakness in the muscle.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: myoblast

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: sarcomere

answers: NDQ_007553

answers: myoblast

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: Myopathies with central nuclei

answers: NDQ_007557

answers: myoblast

answers: NDQ_007558

answers: sarcomere

answers: NDQ_007560

answers: myotubular

answers: NDQ_007562

answers: Myotubular myopathy involves an error in the gene involved in vesicle movement

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone: myoblast, sarcomere, or skeletal muscle?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a major step in the formation of the skeletal muscle?

answers: NDQ_007576

answers: What is the main idea of this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sarcomere

answers: NDQ_007579

answers: Sarcomere

answers: NDQ_007580

answers: myoblast

answers: NDQ_007581

answers: sarcomere

answers: NDQ_007582

answers: plasma

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: myoblast,

answers: NDQ_007551

answers: muscle.

answers: NDQ_007552

answers: myoblast,

answers: NDQ_007553

answers: myoblast,

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: Myopathies

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: sarcomere,

answers: NDQ_007560

answers: myotubular

answers: NDQ_007562

answers: Myopathies

answers: NDQ_007563

answers: Myopathies with central nuclei,

answers: NDQ_007566

answers: Myopathies

answers: NDQ_007568

answers: myoblast,

answers: NDQ_007569

answers: Myopathies with central nuclei,

answers: NDQ_007570

answers: skeletal muscle.

answers: NDQ_007571

answers: skeletal muscle.

answers: NDQ_007572

answers: myoblast,

answers: NDQ_007573

answers: structural problems throughout the skeletal muscle

answers: NDQ_007574

answers: skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle.

answers: NDQ_007576

answers: Myopathies with central nuclei,

answers: NDQ_007577

answers: Myopathies with central nuclei,

answers: NDQ_007578

answers: sarcomere,

answers: NDQ_007579

answers: sarcomere,

answers: NDQ_007580

answers: myoblast,

answers: NDQ_007581

answers: sarcomere,

answers: NDQ_007582

answers: myoblast,

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: fuse myoblast,

text: While in automotive parlance the term "ball joint" usually refers to the primary ball joint connections at the ends of the control arms, this type of joint is used in other parts as well, including tie rod ends. In these other applications, they are typically called tie rod ends or, when they are an inner tie rod end on a rack-and-pinion steering system, they are called inner socket assemblies. These joints are also used in a number of other non-automotive applications, from the joints of dolls to other mechanical linkages for a variety of devices, or any place where a degree of rotation in movement is desired.

text: While in automotive parlance the term "ball joint" usually refers to the primary ball joint connections at the ends of the control arms, this type of joint is used in other parts as well, including tie rod ends. In these other applications, they are typically called tie rod ends or, when they are an inner tie rod end on a rack-and-pinion steering system, they are called inner socket assemblies. These joints are also used in a number of other non-automotive applications, from the joints of

text: doll

text: s to other mechanical linkages for a variety of devices, or any place where a degree of rotation in movement is desired.

answers: NDQ_007549

answers: ball joints

answers: NDQ_007550

answers: ball joints

answers: NDQ_007551

answers: movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: ball joint

answers: NDQ_007557

answers: ball joints

answers: NDQ_007558

answers: dolls

answers: NDQ_007560

answers: ball joint

answers: NDQ_007562

answers: ball joints are used in dolls to other mechanical linkages

answers: NDQ_007563

answers: What does the term "ball joint" usually refer to

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What are ball joints?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: ball joints

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: socket

answers: NDQ_007581

answers: ball joint

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tie rod ends

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: control arms,

answers: NDQ_007550

answers: "ball joint"

answers: NDQ_007551

answers: rotation in movement

answers: NDQ_007552

answers: "ball joint"

answers: NDQ_007553

answers: "ball joint"

answers: NDQ_007554

answers: "ball joint"

answers: NDQ_007555

answers: dolls

answers: NDQ_007556

answers: "ball joint"

answers: NDQ_007557

answers: "ball joint"

answers: NDQ_007558

answers: dolls

answers: NDQ_007560

answers: "ball joint"

answers: NDQ_007562

answers: "ball joint"

answers: NDQ_007563

answers: "ball joint"

answers: NDQ_007566

answers: "ball joint"

answers: NDQ_007568

answers: "ball joint"

answers: NDQ_007569

answers: "ball joint"

answers: NDQ_007570

answers: dolls

answers: NDQ_007571

answers: "ball joint"

answers: NDQ_007572

answers: "ball joint"

answers: NDQ_007573

answers: "ball joint"

answers: NDQ_007574

answers: "ball joint"

answers: NDQ_007575

answers: "ball joint"

answers: NDQ_007576

answers: "ball joint"

answers: NDQ_007577

answers: "ball joint"

answers: NDQ_007578

answers: "ball joint"

answers: NDQ_007579

answers: "ball joint"

answers: NDQ_007580

answers: "ball joint"

answers: NDQ_007581

answers: "ball joint"

answers: NDQ_007582

answers: "ball joint"

answers: NDQ_007583

answers: "ball joint"

answers: NDQ_007584

answers: "ball joint"

text: Overt hyperthyroidism is associated with accelerated bone remodeling (resulting in increased porosity of cortical bone and reduced volume of trabecular bone), a generally reduced bone density, osteoporosis, and an increase in fracture rate. The changes in bone metabolism are connected with negative calcium balance, an increased excretion of calcium and phosphorus in the urine (hypercalciuria) and stool, and, rarely, hypercalcemia. In hyperthyroidism, the normal cycle duration of bone resorption of approximately 200 days is halved, and each cycle is associated with a 9.6 percent loss of mineralized bone. In hypothyroidism, cycle length approximates 700 days and is associated with a 17 percent increase in mineralized bone.

text: Overt hyperthyroidism is associated with accelerated

text: bone remodeling

text: (resulting in increased porosity of

text: cortical bone

text: and reduced volume of

text: trabecular bone

text: ), a generally reduced

text: bone density

text: osteoporosis

text: , and an increase in

text: fracture

text: rate. The changes in bone metabolism are connected with negative

text: calcium balance

text: , an increased excretion of

text: calcium

text: and

text: phosphorus

text: in the urine (

text: hypercalciuria

text: ) and stool, and, rarely,

text: hypercalcemia

text: . In hyperthyroidism, the normal cycle duration of

text: bone resorption

text: of approximately 200 days is halved, and each cycle is associated with a 9.6 percent loss of mineralized

text: bone

text: . In hypothyroidism, cycle length approximates 700 days and is associated with a 17 percent increase in mineralized bone.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: cortical bone

answers: NDQ_007551

answers: bone metabolism

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: thyroid glands

answers: NDQ_007554

answers: mineralized

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: hyperthyroidism

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: trabecular

answers: NDQ_007560

answers: the normal cycle

answers: NDQ_007562

answers: osteoporosis, and an increase in fracture rate

answers: NDQ_007563

answers: Which of the following is not a symptom of hyperthyroidism: increased porosity of cortical bone

answers: NDQ_007566

answers: How would you describe hyperthyroidism?

answers: NDQ_007568

answers: Which of the following is not a type of bone: cortical, trabecular, or mineralized?

answers: NDQ_007569

answers: What is the difference between trabecular bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, phosphorus or vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, trabecular bone, or osteoporosis?

answers: NDQ_007573

answers: How is hyperthyroidism associated with accelerated bone remodeling?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many percent of bone is lost in hyperthyroidism?

answers: NDQ_007578

answers: trabecular

answers: NDQ_007579

answers: trabecular

answers: NDQ_007580

answers: trabecular

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: trabecular

answers: NDQ_007583

answers: trabecular bone

answers: NDQ_007584

answers: bone resorption

answers: NDQ_007549

answers: bone remodeling

answers: NDQ_007550

answers: trabecular bone),

answers: NDQ_007551

answers: fracture rate.

answers: NDQ_007552

answers: bone.

answers: NDQ_007553

answers: hyperthyroidism

answers: NDQ_007554

answers: mineralized

answers: NDQ_007555

answers: trabecular bone),

answers: NDQ_007556

answers: hyperthyroidism

answers: NDQ_007557

answers: mineralized bone.

answers: NDQ_007558

answers: trabecular bone),

answers: NDQ_007560

answers: trabecular bone),

answers: NDQ_007562

answers: Overt hyperthyroidism

answers: NDQ_007563

answers: increased excretion

answers: NDQ_007566

answers: 9.6 percent loss of mineralized bone.

answers: NDQ_007568

answers: trabecular bone),

answers: NDQ_007569

answers: cortical bone and reduced volume of trabecular bone),

answers: NDQ_007570

answers: 9.6 percent loss of mineralized bone. In hypothyroidism,

answers: NDQ_007571

answers: negative calcium balance, an increased excretion of calcium and phosphorus

answers: NDQ_007572

answers: 9.6 percent loss of mineralized bone.

answers: NDQ_007573

answers: Overt hyperthyroidism

answers: NDQ_007574

answers: 9.6 percent loss of mineralized bone.

answers: NDQ_007575

answers: hypothyroidism,

answers: NDQ_007576

answers: fracture rate.

answers: NDQ_007577

answers: trabecular bone),

answers: NDQ_007578

answers: cortical

answers: NDQ_007579

answers: cortical

answers: NDQ_007580

answers: mineralized

answers: NDQ_007581

answers: trabecular

answers: NDQ_007582

answers: cortical

answers: NDQ_007583

answers: bone remodeling (resulting in increased porosity of cortical bone

answers: NDQ_007584

answers: remodeling

text: Kuo has another role as a post-doc in Arhat Abzhanov's lab at the Department of Organismic and Evolutionary Biology at Harvard University. He is currently trying to understand craniofacial abnormalities related to bone and cartilage. Craniofacial abnormalities are some of the most common structural birth defects that are often associated with developmental disabilities, abnormalities to brain maturation, hearing loss, functional problems related to breathing, eating, and speech. Children with these malformations and disabilities generally require an interdisciplinary team composing of many specialties for most of their life. Impaired cranial bone formation and remodeling can contribute to many of these craniofacial abnormalities such as Apert’s, Crouzon’s, Treacher-Collins, Pierre Robin Complex, hemifacial microsomia, etc. Great strides have been made in identifying the genetic etiologies of a number of syndromes, though the pathogenesis of the developing cranial skeletal structures still remains poorly understood. His research focuses on roles of microRNAs in craniofacial development in general and in skull development in particular. A conditional knock-out mutation in Dicer, which is involved in microRNAs processing, with several cre-LoxP lines that target various craniofacial and skeletal tissues and structures will be used to describe the overall roles for miRNAs in craniofacial development. Preliminary results showed a profound yet specific intramebranous (dermal) bone phenotype. His goals are to better characterize the nature of miRNA involvement and search for specific microRNAs involved in cranial development. He plans to study the transcriptional activity of multiple skeletogenic markers and signaling molecules using microRNA and DNA microarrays, and of key classes of kinase-dependent pathways using kinase-protein chips.

text: Kuo has another role as a post-doc in Arhat Abzhanov's lab at the Department of Organismic and Evolutionary Biology at

text: Harvard University

answers: NDQ_007549

answers: bone and cartilage

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: breathing, eating, and speech

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: skeletogenic

answers: NDQ_007555

answers: Craniofacial

answers: NDQ_007556

answers: Impaired cranial bone formation and remodeling

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: cranial

answers: NDQ_007560

answers: cranial bone

answers: NDQ_007562

answers: Impaired cranial bone formation and remodeling

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: What is the most common structural birth defect that are often associated with developmental disabilities

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Bones are made of calcium and vitamin D.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: Craniofacial abnormalities

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: What is the most common structural birth defect that are often associated with developmental disabilities

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: intramebranous

answers: NDQ_007579

answers: intramebranous

answers: NDQ_007580

answers: intramebranous

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: intramebranous

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: bone formation

answers: NDQ_007549

answers: bone and cartilage.

answers: NDQ_007550

answers: intramebranous (dermal) bone

answers: NDQ_007551

answers: breathing, eating, and speech.

answers: NDQ_007552

answers: Dicer,

answers: NDQ_007553

answers: A conditional knock-out mutation in Dicer,

answers: NDQ_007554

answers: (dermal)

answers: NDQ_007555

answers: miRNAs

answers: NDQ_007556

answers: remains poorly understood.

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: (dermal) bone

answers: NDQ_007560

answers: intramebranous

answers: NDQ_007562

answers: intramebranous (dermal) bone phenotype.

answers: NDQ_007563

answers: microRNAs

answers: NDQ_007566

answers: microRNAs

answers: NDQ_007568

answers: microRNAs

answers: NDQ_007569

answers: intramebranous

answers: NDQ_007570

answers: bone and cartilage.

answers: NDQ_007571

answers: microRNAs

answers: NDQ_007572

answers: miRNAs

answers: NDQ_007573

answers: genetic etiologies

answers: NDQ_007574

answers: microRNAs

answers: NDQ_007575

answers: microRNAs

answers: NDQ_007576

answers: microRNAs

answers: NDQ_007577

answers: miRNAs

answers: NDQ_007578

answers: (dermal)

answers: NDQ_007579

answers: (dermal)

answers: NDQ_007580

answers: intramebranous (dermal)

answers: NDQ_007581

answers: cartilage.

answers: NDQ_007582

answers: (dermal)

answers: NDQ_007583

answers: cartilage.

answers: NDQ_007584

answers: remodeling

text: Osteoporosis is due to causal factors like atrophy of disuse and gonadal deficiency. Hence osteoporosis is common in post menopausal women and in men above 50 yrs. Hypercorticism may also be causal factor- osteoporosis may be seen as a feature of Cushing's syndrome.

text: Osteoporosis

text: is due to causal factors like

text: atrophy

text: of disuse and gonadal deficiency. Hence osteoporosis is common in post menopausal women and in men above 50 yrs. Hypercorticism may also be causal factor- osteoporosis may be seen as a feature of Cushing's syndrome.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bone building and maintenance

answers: NDQ_007552

answers: Gonadal

answers: NDQ_007553

answers: Gonadal cells

answers: NDQ_007554

answers: gonadal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: atrophy of disuse

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: osteoporosis is due to gonadal deficiency

answers: NDQ_007563

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007566

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a cause of osteoporosis: atrophy of disuse and gonadal deficiency

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007576

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: gonadal

answers: NDQ_007583

answers: Osteoporosis

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: gonadal deficiency.

answers: NDQ_007550

answers: gonadal

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: gonadal deficiency.

answers: NDQ_007553

answers: gonadal

answers: NDQ_007554

answers: gonadal

answers: NDQ_007555

answers: men above 50 yrs.

answers: NDQ_007556

answers: atrophy of disuse

answers: NDQ_007557

answers: osteoporosis

answers: NDQ_007558

answers: osteoporosis is common in post menopausal women

answers: NDQ_007560

answers: Osteoporosis

answers: NDQ_007562

answers: Osteoporosis

answers: NDQ_007563

answers: Hypercorticism

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: atrophy of disuse and gonadal deficiency.

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: men above 50 yrs.

answers: NDQ_007571

answers: gonadal deficiency.

answers: NDQ_007572

answers: gonadal deficiency.

answers: NDQ_007573

answers: men above 50 yrs.

answers: NDQ_007574

answers: gonadal deficiency.

answers: NDQ_007575

answers: Hypercorticism

answers: NDQ_007576

answers: Osteoporosis

answers: NDQ_007577

answers: 50 yrs.

answers: NDQ_007578

answers: gonadal

answers: NDQ_007579

answers: gonadal

answers: NDQ_007580

answers: gonadal

answers: NDQ_007581

answers: gonadal

answers: NDQ_007582

answers: gonadal

answers: NDQ_007583

answers: gonadal

answers: NDQ_007584

answers: gonadal deficiency.

text: Skeletal Family are an English gothic rock band which was formed in Keighley, West Yorkshire,  in December 1982. The band was formed from the remaining membership of an earlier group, called The Elements, and took its name from the title of the song "Chant of the Ever Circling Skeletal Family" from the 1974 David Bowie album, Diamond Dogs.

text: Skeletal Family are an

text: English

text: gothic rock

text: band which was formed in

text: Keighley

text: West Yorkshire

text: ,  in December 1982. The band was formed from the remaining membership of an earlier group, called The Elements, and took its name from the title of the song "

text: Chant of the Ever Circling Skeletal Family

text: " from the 1974

text: David Bowie

text: album,

text: Diamond Dogs

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Skeletal Family

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: metal

answers: NDQ_007558

answers: Skeletal Family

answers: NDQ_007560

answers: the Ever Circling

answers: NDQ_007562

answers: The band was formed from the remaining membership of an earlier group, called The Elements.

answers: NDQ_007563

answers: What is the name of the band formed from the remaining membership of an earlier group?

answers: NDQ_007566

answers: How would you describe Skeletal Family?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact bone and periosteum?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What is the name of the band formed from the remaining membership of an earlier group, called The Elements?

answers: NDQ_007572

answers: What is the name of the band formed from the remaining membership of an earlier group?

answers: NDQ_007573

answers: How many years after Skeletal Family were formed did David Bowie release Diamond Dogs?

answers: NDQ_007574

answers: What is the name of the band Skeletal Family?

answers: NDQ_007575

answers: What is the name of the band formed from the remaining members of an earlier group?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

answers: NDQ_007549

answers: Skeletal Family"

answers: NDQ_007550

answers: Circling

answers: NDQ_007551

answers: Circling

answers: NDQ_007552

answers: Skeletal Family

answers: NDQ_007553

answers: Skeletal Family"

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal Family"

answers: NDQ_007556

answers: Circling

answers: NDQ_007557

answers: The Elements,

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Circling

answers: NDQ_007562

answers: Ever Circling

answers: NDQ_007563

answers: Skeletal Family

answers: NDQ_007566

answers: Skeletal Family

answers: NDQ_007568

answers: 1974 David Bowie album, Diamond Dogs.

answers: NDQ_007569

answers: Skeletal Family

answers: NDQ_007570

answers: Skeletal Family

answers: NDQ_007571

answers: Skeletal Family

answers: NDQ_007572

answers: Skeletal Family

answers: NDQ_007573

answers: Skeletal Family

answers: NDQ_007574

answers: Skeletal Family

answers: NDQ_007575

answers: 1974 David Bowie album, Diamond Dogs.

answers: NDQ_007576

answers: Skeletal Family

answers: NDQ_007577

answers: 1982.

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Circling

text: The condition is also associated with abnormalities of the renal system. Further, skeletal abnormalities have been linked to the condition.

text: The condition is also associated with abnormalities of the renal system. Further, skeletal abnormalities have been linked to the condition.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: kidneys

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: abnormalities of the renal system

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: skeletal abnormalities

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: The condition is not associated with abnormalities of the renal system

answers: NDQ_007563

answers: Which of the following is not a skeletal abnormality?

answers: NDQ_007566

answers: How would you describe skeletal abnormalities?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a skeletal abnormality?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is true of the skeletal abnormalities?

answers: NDQ_007572

answers: Which of the following is not a skeletal abnormality?

answers: NDQ_007573

answers: Which of the following is not a skeletal abnormality: skeletal abnormalities, abnormalities of the renal system, or abnormalities of the renal system?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal abnormalities

answers: NDQ_007549

answers: renal system.

answers: NDQ_007550

answers: skeletal abnormalities

answers: NDQ_007551

answers: skeletal abnormalities

answers: NDQ_007552

answers: skeletal abnormalities

answers: NDQ_007553

answers: renal system.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal abnormalities

answers: NDQ_007556

answers: abnormalities of the renal system.

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: The condition is also associated with abnormalities of the renal system.

answers: NDQ_007563

answers: skeletal abnormalities

answers: NDQ_007566

answers: skeletal abnormalities

answers: NDQ_007568

answers: skeletal abnormalities

answers: NDQ_007569

answers: skeletal abnormalities

answers: NDQ_007570

answers: skeletal abnormalities

answers: NDQ_007571

answers: skeletal abnormalities

answers: NDQ_007572

answers: skeletal abnormalities

answers: NDQ_007573

answers: skeletal abnormalities

answers: NDQ_007574

answers: skeletal abnormalities

answers: NDQ_007575

answers: skeletal abnormalities

answers: NDQ_007576

answers: skeletal abnormalities

answers: NDQ_007577

answers: skeletal abnormalities

answers: NDQ_007578

answers: skeletal abnormalities

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: renal system.

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Mutations in the COL2A1 gene interfere with the assembly of type II collagen molecules, resulting in a reduced amount of this type of collagen in the body. Instead of forming collagen molecules, the abnormal COL2A1 protein builds up in cartilage cells (chondrocytes). These changes disrupt the normal development of bones and other connective tissues, leading to the skeletal abnormalities characteristic of platyspondylic lethal skeletal dysplasia, Torrance type.

text: Mutations in the COL2A1 gene interfere with the assembly of type II collagen molecules, resulting in a reduced amount of this type of collagen in the body. Instead of forming collagen molecules, the abnormal COL2A1 protein builds up in cartilage cells (

text: chondrocytes

text: ). These changes disrupt the normal development of bones and other connective tissues, leading to the skeletal abnormalities characteristic of platyspondylic lethal skeletal dysplasia, Torrance type.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bones and connective tissues

answers: NDQ_007551

answers: bones and other connective tissues

answers: NDQ_007552

answers: type II collagen

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: platyspondylic lethal skeletal dysplasia

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: chondrocytes

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: normal development of bones and other connective tissues

answers: NDQ_007563

answers: Which of the following is not a tissue: cartilage cells (chondrocytes) or bones?

answers: NDQ_007566

answers: Which of the following is not a characteristic of platyspondylic lethal skeletal dysplasia?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: cartilage, bone, or connective?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a type of collagen?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What does COL2A1 protein build up in cartilage cells (chondrocytes)

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is not a type of collagen?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: spongy

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: chondrocytes

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: cartilage cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: platyspondylic

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: COL2A1 gene interfere with the assembly of type II collagen

answers: NDQ_007553

answers: COL2A1

answers: NDQ_007554

answers: collagen

answers: NDQ_007555

answers: cartilage cells

answers: NDQ_007556

answers: Mutations in the COL2A1 gene

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: platyspondylic

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: Mutations

answers: NDQ_007563

answers: (chondrocytes).

answers: NDQ_007566

answers: Mutations in the COL2A1

answers: NDQ_007568

answers: type II

answers: NDQ_007569

answers: platyspondylic lethal skeletal dysplasia,

answers: NDQ_007570

answers: cartilage cells

answers: NDQ_007571

answers: Mutations in the COL2A1

answers: NDQ_007572

answers: (chondrocytes).

answers: NDQ_007573

answers: Mutations in the COL2A1

answers: NDQ_007574

answers: bones and other connective tissues,

answers: NDQ_007575

answers: Mutations in the COL2A1

answers: NDQ_007576

answers: Mutations in the COL2A1

answers: NDQ_007577

answers: COL2A1

answers: NDQ_007578

answers: (chondrocytes).

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: platyspondylic

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: (chondrocytes).

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: development

text: In skeletal and heart muscle calcium ions, released from the sarcoplasmic reticulum (the endoplasmic reticulum of striated muscles) binds to the troponin C present on the actin-containing thin filaments of the myofibrils. The troponin's 3D structure changes as a result,  causing the tropomyosin to which it is attached to be rolled away from the myosin-binding sites on the actin molecules that form the back-bone of the thin filaments. Myosin can then bind to the exposed myosin-binding sites on the thin filament, to undergo a repeating series of conformational changes called the cross-bridge cycle, for which ATP provides the energy. During the cycle, each myosin protein ‘paddles’ along the thin actin filament, repeatedly binding to myosin-binding sites along the actin filament, ratcheting and letting go. In effect, the thick filament moves or slides along the thin filament, resulting in muscle contraction. This process is known as the sliding filament model of muscle contraction.

text: In

text: skeletal

text: and

text: heart muscle

text: calcium ions, released from the

text: sarcoplasmic reticulum

text: (the

text: endoplasmic reticulum

text: of

text: striated muscles

text: ) binds to the

text: troponin C

text: present on the

text: actin

text: -containing thin filaments of the

text: myofibril

text: s. The troponin's

text: 3D structure changes

text: as a result,  causing the

text: tropomyosin

text: to which it is attached to be rolled away from the

text: myosin

text: -binding sites on the

text: actin molecules

text: that form the back-bone of the thin filaments. Myosin can then bind to the exposed myosin-binding sites on the thin filament, to undergo a repeating series of conformational changes called the

text: cross-bridge cycle

text: , for which

text: ATP

text: provides the energy. During the cycle, each myosin protein ‘paddles’ along the thin actin filament, repeatedly binding to myosin-binding sites along the actin filament, ratcheting and letting go. In effect, the thick filament moves or slides along the thin filament, resulting in

text: muscle contraction

text: . This process is known as the

text: sliding filament model

text: of muscle contraction.

answers: NDQ_007549

answers: skeletal and heart muscle

answers: NDQ_007550

answers: thin filaments

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: troponin C

answers: NDQ_007553

answers: a process called what?

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: endoplasmic reticulum

answers: NDQ_007557

answers: actin

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: thick filament

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: Which of the following is not a muscle: skeletal and heart muscle

answers: NDQ_007566

answers: Which of the following is not a type of muscle: skeletal and heart muscle

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the sliding filament model of muscle contraction?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the sliding filament model of muscle contraction?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the sliding filament model of muscle contraction?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: myofibrils

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: myosin

answers: NDQ_007583

answers: myofibrils

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: actin-containing thin filaments of the myofibrils.

answers: NDQ_007551

answers: muscle contraction.

answers: NDQ_007552

answers: troponin C

answers: NDQ_007553

answers: sarcoplasmic reticulum

answers: NDQ_007554

answers: skeletal and heart muscle

answers: NDQ_007555

answers: skeletal and heart muscle

answers: NDQ_007556

answers: calcium ions,

answers: NDQ_007557

answers: actin-containing thin filaments of the myofibrils.

answers: NDQ_007558

answers: skeletal and heart muscle

answers: NDQ_007560

answers: thick filament

answers: NDQ_007562

answers: In skeletal and heart muscle

answers: NDQ_007563

answers: sarcoplasmic reticulum

answers: NDQ_007566

answers: In skeletal and heart muscle

answers: NDQ_007568

answers: skeletal and heart muscle

answers: NDQ_007569

answers: In skeletal and heart muscle

answers: NDQ_007570

answers: sliding filament model of muscle contraction.

answers: NDQ_007571

answers: calcium

answers: NDQ_007572

answers: skeletal and heart muscle

answers: NDQ_007573

answers: calcium ions,

answers: NDQ_007574

answers: skeletal and heart muscle

answers: NDQ_007575

answers: sliding filament model of muscle contraction.

answers: NDQ_007576

answers: In skeletal and heart muscle

answers: NDQ_007577

answers: skeletal and heart muscle

answers: NDQ_007578

answers: thick

answers: NDQ_007579

answers: myofibrils.

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: myofibrils.

answers: NDQ_007582

answers: skeletal and heart muscle

answers: NDQ_007583

answers: actin-containing thin filaments of the myofibrils.

answers: NDQ_007584

answers: cross-bridge cycle,

text: In addition to the actin and myosin components that constitute the sarcomere, skeletal muscle fibers also contain two other important regulatory proteins, troponin and tropomyosin, that are necessary for muscle contraction to occur. These proteins are associated with actin and cooperate to prevent its interaction with myosin. Skeletal muscle cells are excitable and are subject to depolarization by the neurotransmitter acetylcholine, released at the neuromuscular junction by motor neurons.

text: In addition to the

text: actin

text: and

text: myosin

text: components that constitute the

text: sarcomere

text: , skeletal muscle fibers also contain two other important regulatory proteins,

text: troponin

text: and

text: tropomyosin

text: , that are necessary for muscle contraction to occur. These proteins are associated with actin and cooperate to prevent its interaction with myosin. Skeletal muscle cells are excitable and are subject to

text: depolarization

text: by the neurotransmitter

text: acetylcholine

text: , released at the

text: neuromuscular junction

text: by

text: motor neurons

answers: NDQ_007549

answers: skeletal muscle fibers

answers: NDQ_007550

answers: skeletal muscle cells

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: acetylcholine

answers: NDQ_007553

answers: skeletal muscle cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: muscle contraction

answers: NDQ_007557

answers: actin

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: neuromuscular junction

answers: NDQ_007562

answers: Skeletal muscle cells are excitable

answers: NDQ_007563

answers: Which of the following is not a protein: actin, troponin, or tropomyosin?

answers: NDQ_007566

answers: Which of the following is not a protein: actin and myosin?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a protein: troponin, tropomyosin, or actin?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a protein: troponin or tropomyosin?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is the main idea of this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sarcomere

answers: NDQ_007579

answers: Sarcomere

answers: NDQ_007580

answers: sarcomeric

answers: NDQ_007581

answers: sarcomere

answers: NDQ_007582

answers: sarcoplasm

answers: NDQ_007583

answers: skeletal muscle fibers

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: actin and myosin

answers: NDQ_007550

answers: skeletal muscle fibers

answers: NDQ_007551

answers: muscle contraction to occur.

answers: NDQ_007552

answers: troponin and tropomyosin,

answers: NDQ_007553

answers: motor neurons.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: sarcomere,

answers: NDQ_007556

answers: skeletal muscle fibers also contain two other important regulatory proteins,

answers: NDQ_007557

answers: skeletal muscle fibers

answers: NDQ_007558

answers: skeletal muscle fibers

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Skeletal muscle cells are excitable

answers: NDQ_007563

answers: acetylcholine,

answers: NDQ_007566

answers: acetylcholine,

answers: NDQ_007568

answers: sarcomere,

answers: NDQ_007569

answers: sarcomere,

answers: NDQ_007570

answers: neuromuscular junction

answers: NDQ_007571

answers: acetylcholine,

answers: NDQ_007572

answers: skeletal muscle fibers

answers: NDQ_007573

answers: acetylcholine,

answers: NDQ_007574

answers: sarcomere,

answers: NDQ_007575

answers: acetylcholine,

answers: NDQ_007576

answers: skeletal muscle fibers

answers: NDQ_007577

answers: sarcomere,

answers: NDQ_007578

answers: sarcomere,

answers: NDQ_007579

answers: sarcomere,

answers: NDQ_007580

answers: sarcomere,

answers: NDQ_007581

answers: sarcomere,

answers: NDQ_007582

answers: sarcomere,

answers: NDQ_007583

answers: skeletal muscle fibers

answers: NDQ_007584

answers: sarcomere,

text: A myocyte (also known as a muscle cell) is the type of cell found in muscle tissue. Myocytes are long, tubular cells that develop from myoblasts to form muscles in a process known as myogenesis. There are various specialized forms of myocytes: cardiac, skeletal, and smooth muscle cells, with various properties. The striated cells of cardiac and skeletal muscles are referred to as muscle fibers. Cardiomyocytes are the muscle fibres that form the chambers of the heart, and have a single central nucleus. Skeletal muscle fibers help support and move the body and tend to have peripheral nuclei. Smooth muscle cells control involuntary movements such as the peristalsis contractions in the oesophagus and stomach.

text: A myocyte (also known as a muscle cell) is the type of

text: cell

text: found in

text: muscle tissue

text: . Myocytes are long, tubular cells that develop from myoblasts to form

text: muscle

text: s in a process known as

text: myogenesis

text: . There are various specialized forms of myocytes:

text: cardiac

text: skeletal

text: , and

text: smooth muscle

text: cells, with various properties. The

text: striated cells

text: of cardiac and skeletal muscles are referred to as muscle fibers.

text: Cardiomyocytes

text: are the muscle fibres that form the chambers of the heart, and have a single central nucleus. Skeletal muscle fibers help support and move the body and tend to have peripheral nuclei. Smooth muscle cells control involuntary movements such as the

text: peristalsis

text: contractions in the

text: oesophagus

text: and

text: stomach

answers: NDQ_007549

answers: Cardiomyocytes

answers: NDQ_007550

answers: muscle fibers

answers: NDQ_007551

answers: support and move the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: myogenesis

answers: NDQ_007557

answers: Skeletal muscle

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Smooth muscle cells control involuntary movements

answers: NDQ_007563

answers: Which of the following is not a muscle cell: cardiac, skeletal, or smooth?

answers: NDQ_007566

answers: Which of the following is not a type of muscle cell?

answers: NDQ_007568

answers: Which of the following is not an organ: cardiac, skeletal, or smooth?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of muscle cell?

answers: NDQ_007572

answers: Which is not a type of cell found in muscle tissue?

answers: NDQ_007573

answers: Skeletal muscle fibers help support

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle cell?

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: myoblasts

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: myogenesis

answers: NDQ_007549

answers: muscle fibers

answers: NDQ_007550

answers: muscle fibers

answers: NDQ_007551

answers: help support and move the body

answers: NDQ_007552

answers: myoblasts

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: Skeletal muscle fibers

answers: NDQ_007555

answers: Skeletal muscle fibers

answers: NDQ_007556

answers: myoblasts

answers: NDQ_007557

answers: Skeletal muscle fibers

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: A myocyte

answers: NDQ_007563

answers: Skeletal muscle fibers

answers: NDQ_007566

answers: Myocytes are long, tubular cells

answers: NDQ_007568

answers: cardiac, skeletal, and smooth muscle cells,

answers: NDQ_007569

answers: Skeletal muscle fibers

answers: NDQ_007570

answers: Skeletal muscle fibers

answers: NDQ_007571

answers: Skeletal muscle fibers

answers: NDQ_007572

answers: myoblasts

answers: NDQ_007573

answers: myogenesis.

answers: NDQ_007574

answers: Skeletal muscle fibers

answers: NDQ_007575

answers: Skeletal muscle fibers

answers: NDQ_007576

answers: myogenesis.

answers: NDQ_007577

answers: a single central nucleus.

answers: NDQ_007578

answers: skeletal muscles are referred to as muscle fibers. Cardiomyocytes

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: skeletal,

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: myoblasts

answers: NDQ_007583

answers: skeletal muscles are referred to as muscle fibers.

answers: NDQ_007584

answers: myogenesis.

text: The manghihilot ("massager", "folk massage therapist", "folk chiropractor") uses massaging techniques to treat sprains, fractures, and other similar conditions that affect the skeletal system and the musculatory system, including ligaments. The manghihilot is often ordained or chosen by the mediko or an ermitanya (a female hermit and "teacher", a type of high priestess). They are folk practitioners who perform massage and healing sessions under the influence of "powerful" amulets, "empowered" cane, or a "Nazarene garb". Their chiropractic techniques utilizes "symbolic patterns" reminiscent of the shape of the cross of the Christ, of crown of thorns, and of hands and feet nailed to the cross.

text: The manghihilot ("massager", "folk massage therapist", "folk

text: chiropractor

text: ") uses massaging techniques to treat sprains, fractures, and other similar conditions that affect the skeletal system and the musculatory system, including

text: ligament

text: s. The manghihilot is often ordained or chosen by the mediko or an ermitanya (a female

text: hermit

text: and "teacher", a type of high priestess). They are folk practitioners who perform massage and healing sessions under the influence of "powerful" amulets, "empowered" cane, or a "Nazarene garb". Their chiropractic techniques utilizes "symbolic patterns" reminiscent of the shape of the cross of the

text: Christ

text: , of crown of thorns, and of hands and feet nailed to the cross.

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: ligaments

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: ermitanya

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ligaments

answers: NDQ_007560

answers: ligaments

answers: NDQ_007562

answers: the manghihilot uses massaging techniques to treat sprains

answers: NDQ_007563

answers: What does the manghihilot do?

answers: NDQ_007566

answers: How would you describe the manghihilot?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does the manghihilot use to treat sprains?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the skeletal system contain?

answers: NDQ_007578

answers: thorn

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: fractures

answers: NDQ_007549

answers: ligaments.

answers: NDQ_007550

answers: ligaments.

answers: NDQ_007551

answers: ligaments.

answers: NDQ_007552

answers: ligaments.

answers: NDQ_007553

answers: skeletal system

answers: NDQ_007554

answers: ligaments.

answers: NDQ_007555

answers: ligaments.

answers: NDQ_007556

answers: ligaments.

answers: NDQ_007557

answers: ligaments.

answers: NDQ_007558

answers: ligaments.

answers: NDQ_007560

answers: ligaments.

answers: NDQ_007562

answers: ordained or chosen by the mediko

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: The manghihilot

answers: NDQ_007568

answers: ligaments.

answers: NDQ_007569

answers: ligaments.

answers: NDQ_007570

answers: ligaments.

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: The manghihilot

answers: NDQ_007574

answers: ligaments.

answers: NDQ_007575

answers: musculatory system,

answers: NDQ_007576

answers: sprains,

answers: NDQ_007577

answers: The manghihilot

answers: NDQ_007578

answers: ligaments.

answers: NDQ_007579

answers: ligaments.

answers: NDQ_007580

answers: skeletal system and the musculatory system, including ligaments.

answers: NDQ_007581

answers: ligaments.

answers: NDQ_007582

answers: ligaments.

answers: NDQ_007583

answers: ligaments.

answers: NDQ_007584

answers: fractures,

text: The differences between the two breeds include bone structure, body length, and size. Cardigans are the larger of the two breeds, with large rounded ears and a  long fox-like, flowing tail set in line with the body. Though the Cardigan is allowed more colours than the Pembroke, white should not predominate in its coat. The Cardigan is a double-coated dog where the outer coat is dense, slightly harsh in texture, and of medium length. The dog's undercoat is short, soft, and thick. According to the breed standard, the breed stands between  at the withers, and should weigh between . The skeletal structure of the Cardigan differs from the Pembroke, in that there is a more exaggerated bend in the front two legs, which fits around the ribcage of the animal. In addition, the Cardigan is more heavily set than the Pembroke, with denser bone mass.

text: The differences between the two breeds include bone structure, body length, and size. Cardigans are the larger of the two breeds, with large rounded ears and a  long fox-like, flowing tail set in line with the body. Though the Cardigan is allowed more colours than the Pembroke, white should not predominate in its

text: coat

text: . The Cardigan is a double-coated dog where the outer coat is dense, slightly harsh in texture, and of medium length. The dog's undercoat is short, soft, and thick. According to the breed standard, the breed stands between  at the

text: withers

text: , and should weigh between . The skeletal structure of the Cardigan differs from the Pembroke, in that there is a more exaggerated bend in the front two legs, which fits around the

text: ribcage

text: of the animal. In addition, the Cardigan is more heavily set than the Pembroke, with denser bone mass.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones support the bones of the body.

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Cardigans

answers: NDQ_007554

answers: denser

answers: NDQ_007555

answers: Cardigan

answers: NDQ_007556

answers: dense bone mass

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: front two legs

answers: NDQ_007560

answers: front two legs

answers: NDQ_007562

answers: white should not predominate in its coat

answers: NDQ_007563

answers: How does the Cardigan differ from the Pembroke?

answers: NDQ_007566

answers: Which of the following is not true of the Cardigan?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of the Cardigan?

answers: NDQ_007572

answers: Which of the following is not a benefit of the Cardigan?

answers: NDQ_007573

answers: How does the Cardigan differ from the Pembroke?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: How does the Cardigan's bone structure differ from the Pembroke?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: ribcage

answers: NDQ_007579

answers: denser

answers: NDQ_007580

answers: bone mass

answers: NDQ_007581

answers: ribcage

answers: NDQ_007582

answers: ribcage

answers: NDQ_007583

answers: The dog's undercoat

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: denser bone mass.

answers: NDQ_007550

answers: denser bone mass.

answers: NDQ_007551

answers: bone mass.

answers: NDQ_007552

answers: undercoat is short, soft, and thick.

answers: NDQ_007553

answers: ribcage

answers: NDQ_007554

answers: denser

answers: NDQ_007555

answers: front two legs, which fits around the ribcage

answers: NDQ_007556

answers: denser bone mass.

answers: NDQ_007557

answers: ribcage

answers: NDQ_007558

answers: front two legs,

answers: NDQ_007560

answers: front two legs,

answers: NDQ_007562

answers: white should not predominate in its coat.

answers: NDQ_007563

answers: denser bone mass.

answers: NDQ_007566

answers: denser bone mass.

answers: NDQ_007568

answers: denser bone mass.

answers: NDQ_007569

answers: denser bone mass.

answers: NDQ_007570

answers: bend in the front two legs, which fits around the ribcage

answers: NDQ_007571

answers: denser bone mass.

answers: NDQ_007572

answers: denser bone mass.

answers: NDQ_007573

answers: denser bone mass.

answers: NDQ_007574

answers: denser bone mass.

answers: NDQ_007575

answers: denser bone mass.

answers: NDQ_007576

answers: bend in the front two legs, which fits around the ribcage

answers: NDQ_007577

answers: denser bone mass.

answers: NDQ_007578

answers: denser

answers: NDQ_007579

answers: double-coated

answers: NDQ_007580

answers: denser bone mass.

answers: NDQ_007581

answers: ribcage

answers: NDQ_007582

answers: ribcage

answers: NDQ_007583

answers: undercoat

answers: NDQ_007584

answers: bone

text: Pilon fractures are categorized by the Ruedi-Allgower classification system.

text: Pilon fractures are categorized by the

text: Ruedi-Allgower classification

text: system.

answers: NDQ_007549

answers: ribs

answers: NDQ_007550

answers: articular cartilage

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: shin

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: Pilon

answers: NDQ_007560

answers: Pilon

answers: NDQ_007562

answers: Pilon fractures are not classified by the Ruedi-Allgower classification system.

answers: NDQ_007563

answers: What does the Ruedi-Allgower classification system mean?

answers: NDQ_007566

answers: What does the Ruedi-Allgower classification system mean?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not the type of bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: What does the Ruedi-Allgower classification system mean?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: Pilon

answers: NDQ_007579

answers: Pilon

answers: NDQ_007580

answers: Pilon

answers: NDQ_007581

answers: Pilon

answers: NDQ_007582

answers: Pilon

answers: NDQ_007583

answers: Pilon

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: Pilon fractures

answers: NDQ_007550

answers: Pilon

answers: NDQ_007551

answers: Pilon fractures

answers: NDQ_007552

answers: Ruedi-Allgower

answers: NDQ_007553

answers: Pilon fractures

answers: NDQ_007554

answers: Pilon

answers: NDQ_007555

answers: Pilon

answers: NDQ_007556

answers: Pilon fractures

answers: NDQ_007557

answers: Pilon fractures

answers: NDQ_007558

answers: Pilon

answers: NDQ_007560

answers: Pilon

answers: NDQ_007562

answers: Ruedi-Allgower classification system.

answers: NDQ_007563

answers: Ruedi-Allgower

answers: NDQ_007566

answers: Ruedi-Allgower classification system.

answers: NDQ_007568

answers: Ruedi-Allgower classification system.

answers: NDQ_007569

answers: Pilon fractures

answers: NDQ_007570

answers: Ruedi-Allgower classification system.

answers: NDQ_007571

answers: Ruedi-Allgower classification system.

answers: NDQ_007572

answers: Pilon fractures

answers: NDQ_007573

answers: Ruedi-Allgower classification system.

answers: NDQ_007574

answers: Ruedi-Allgower classification system.

answers: NDQ_007575

answers: Ruedi-Allgower classification system.

answers: NDQ_007576

answers: Pilon fractures

answers: NDQ_007577

answers: Ruedi-Allgower

answers: NDQ_007578

answers: Pilon

answers: NDQ_007579

answers: Pilon

answers: NDQ_007580

answers: Pilon

answers: NDQ_007581

answers: Pilon

answers: NDQ_007582

answers: Pilon

answers: NDQ_007583

answers: Pilon

answers: NDQ_007584

answers: Pilon fractures

text: The PNS can be divided into the autonomic and somatic nervous system. The autonomic nervous system can be divided into the parasympathetic, sympathetic, and enteric nervous system. The sympathetic nervous system regulates the “fight or flight” responses. The parasympathetic nervous system regulates the “rest and digest” responses. The enteric nervous system innervates the viscera (gastrointestinal tract, pancreas, and gall bladder). The somatic nervous system consists of peripheral nerve fibers that send sensory information to the central nervous system and motor nerve fibers that project to skeletal muscle. The somatic nervous system engages in voluntary reactions, and the autonomic nervous system engages in involuntary reactions.

text: The PNS can be divided into the autonomic and somatic nervous system. The autonomic nervous system can be divided into the parasympathetic, sympathetic, and enteric nervous system. The sympathetic nervous system regulates the “fight or flight” responses. The parasympathetic nervous system regulates the “rest and digest” responses. The enteric nervous system innervates the viscera (gastrointestinal tract, pancreas, and gall bladder). The somatic nervous system consists of peripheral nerve fibers that send sensory information to the central nervous system and motor nerve fibers that project to skeletal muscle. The somatic nervous system engages in voluntary reactions, and the autonomic nervous system engages in involuntary reactions.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: autonomic nervous system

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: somatic nervous system engages in voluntary reactions

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: the autonomic nervous system engages in involuntary reactions

answers: NDQ_007563

answers: What does the parasympathetic nervous system regulate?

answers: NDQ_007566

answers: Which of the following is not a part of the parasympathetic nervous system?

answers: NDQ_007568

answers: Which is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: what is the first type of joint mentioned?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not part of the autonomic nervous system?

answers: NDQ_007573

answers: The parasympathetic nervous system

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not part of the somatic nervous system: peripheral nerve fibers that send sensory information to the central nervous system and motor nerve fibers that project to skeletal muscle?

answers: NDQ_007576

answers: the autonomic nervous system

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: skeletal muscle.

answers: NDQ_007550

answers: skeletal muscle.

answers: NDQ_007551

answers: skeletal muscle.

answers: NDQ_007552

answers: skeletal muscle.

answers: NDQ_007553

answers: PNS can be divided into the autonomic and somatic nervous system.

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: “fight or flight”

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: skeletal muscle.

answers: NDQ_007562

answers: autonomic nervous system engages in involuntary reactions.

answers: NDQ_007563

answers: skeletal muscle.

answers: NDQ_007566

answers: The PNS

answers: NDQ_007568

answers: skeletal muscle.

answers: NDQ_007569

answers: skeletal muscle.

answers: NDQ_007570

answers: skeletal muscle.

answers: NDQ_007571

answers: skeletal muscle.

answers: NDQ_007572

answers: skeletal muscle.

answers: NDQ_007573

answers: motor nerve fibers that project to skeletal muscle.

answers: NDQ_007574

answers: skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle.

answers: NDQ_007576

answers: autonomic nervous system engages in involuntary reactions.

answers: NDQ_007577

answers: skeletal muscle.

answers: NDQ_007578

answers: skeletal muscle.

answers: NDQ_007579

answers: skeletal muscle.

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: viscera

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: skeletal muscle.

text: Electronic Arts licensed Ritual Entertainment's Heavy Metal: F.A.K.K.² engine, which is in turn a modified Quake III Arena engine. The most notable changes in the engine include the use of the Tiki model system, which enables the engine to use skeletal animation among other things, the Babble dialog system which enables lip synching of audio with character animations, dynamic music system, scriptable camera, particle system and extended shader support. The changes implemented to the engine for Alice remained minimal however. The game's .bsp files even retain F.A.K.K.²s headers, albeit sporting a different version number.

text: Electronic Arts

text: licensed

text: Ritual Entertainment

text: 's

text: Heavy Metal: F.A.K.K.²

text: engine, which is in turn a modified

text: Quake III Arena engine

text: . The most notable changes in the engine include the use of the Tiki model system, which enables the engine to use

text: skeletal animation

text: among other things, the Babble dialog system which enables lip synching of audio with character animations, dynamic music system, scriptable camera, particle system and extended shader support. The changes implemented to the engine for Alice remained minimal however. The game's

text: .bsp

text: files even retain F.A.K.K.²s headers, albeit sporting a different version number.

answers: NDQ_007549

answers: Tiki model system

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: skeletal animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: Tiki model system

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: Tiki model

answers: NDQ_007562

answers: The changes implemented to the engine for Alice remained minimal

answers: NDQ_007563

answers: What is the most notable changes in the engine?

answers: NDQ_007566

answers: How are bones like chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the most notable changes in the engine?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal animation

answers: NDQ_007549

answers: Tiki model system,

answers: NDQ_007550

answers: skeletal animation

answers: NDQ_007551

answers: skeletal animation

answers: NDQ_007552

answers: skeletal animation

answers: NDQ_007553

answers: F.A.K.K.2

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal animation

answers: NDQ_007556

answers: skeletal animation

answers: NDQ_007557

answers: Tiki model system,

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: camera,

answers: NDQ_007562

answers: skeletal animation

answers: NDQ_007563

answers: Tiki model system, which enables the engine to use skeletal animation

answers: NDQ_007566

answers: Tiki model system, which enables the engine to use skeletal animation

answers: NDQ_007568

answers: skeletal animation

answers: NDQ_007569

answers: skeletal animation

answers: NDQ_007570

answers: Tiki model system, which enables the engine to use skeletal animation

answers: NDQ_007571

answers: skeletal animation

answers: NDQ_007572

answers: skeletal animation

answers: NDQ_007573

answers: Tiki model system, which enables the engine to use skeletal animation

answers: NDQ_007574

answers: Tiki model system,

answers: NDQ_007575

answers: skeletal animation

answers: NDQ_007576

answers: F.A.K.K.2

answers: NDQ_007577

answers: Tiki model system,

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Credits for Sprained Ankle adapted from 6131 Records' website. and AllMusic.

text: Credits for Sprained Ankle adapted from 6131 Records' website. and

text: AllMusic

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: Ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: A sprained ankle is not a sprain.

answers: NDQ_007563

answers: What does the song Sprained Ankle mean?

answers: NDQ_007566

answers: What is the difference between bones and chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues

answers: NDQ_007569

answers: Bones that are compact are called osteoblasts.

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: Ankle

answers: NDQ_007550

answers: Credits for Sprained Ankle

answers: NDQ_007551

answers: Sprained Ankle

answers: NDQ_007552

answers: Credits for Sprained Ankle

answers: NDQ_007553

answers: Credits for Sprained Ankle

answers: NDQ_007554

answers: Credits for Sprained Ankle

answers: NDQ_007555

answers: Ankle

answers: NDQ_007556

answers: Credits for Sprained Ankle

answers: NDQ_007557

answers: Credits for Sprained Ankle

answers: NDQ_007558

answers: Ankle

answers: NDQ_007560

answers: Ankle

answers: NDQ_007562

answers: Credits for Sprained Ankle

answers: NDQ_007563

answers: Credits for Sprained Ankle

answers: NDQ_007566

answers: Credits for Sprained Ankle

answers: NDQ_007568

answers: 6131 Records' website. and AllMusic.

answers: NDQ_007569

answers: Credits for Sprained Ankle

answers: NDQ_007570

answers: Credits for Sprained Ankle

answers: NDQ_007571

answers: Credits for Sprained Ankle

answers: NDQ_007572

answers: Credits for Sprained Ankle

answers: NDQ_007573

answers: Credits for Sprained Ankle

answers: NDQ_007574

answers: 6131 Records' website. and AllMusic.

answers: NDQ_007575

answers: 6131 Records' website.

answers: NDQ_007576

answers: Sprained Ankle

answers: NDQ_007577

answers: 6131 Records' website. and AllMusic.

answers: NDQ_007578

answers: Ankle

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: Ankle

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: Sprained Ankle

text: The Thompson and Epstein classification is a system of categorizing posterior fracture/dislocations of the hip.

text: The Thompson and Epstein classification is a system of categorizing

text: posterior

text: fracture/dislocations of the hip

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: posterior fracture/dislocation

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: the hip

answers: NDQ_007562

answers: The Thompson and Epstein classification is a system of categorizing anterior fracture/dislocations.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the Thompson and Epstein classification?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: It does not.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: Epstein

answers: NDQ_007579

answers: epiphysis

answers: NDQ_007580

answers: epiphysis

answers: NDQ_007581

answers: hip

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: epiphysis

answers: NDQ_007549

answers: hip.

answers: NDQ_007550

answers: posterior fracture/dislocations of the hip.

answers: NDQ_007551

answers: posterior fracture/dislocations of the hip.

answers: NDQ_007552

answers: The Thompson and Epstein classification

answers: NDQ_007553

answers: The Thompson and Epstein classification

answers: NDQ_007554

answers: posterior fracture/dislocations of the hip.

answers: NDQ_007555

answers: hip.

answers: NDQ_007556

answers: posterior fracture/dislocations of the hip.

answers: NDQ_007557

answers: The Thompson and Epstein classification

answers: NDQ_007558

answers: hip.

answers: NDQ_007560

answers: hip.

answers: NDQ_007562

answers: posterior

answers: NDQ_007563

answers: The Thompson and Epstein classification

answers: NDQ_007566

answers: The Thompson and Epstein classification

answers: NDQ_007568

answers: The Thompson and Epstein

answers: NDQ_007569

answers: The Thompson and Epstein classification

answers: NDQ_007570

answers: The Thompson and Epstein classification

answers: NDQ_007571

answers: The Thompson and Epstein classification

answers: NDQ_007572

answers: The Thompson and Epstein classification

answers: NDQ_007573

answers: The Thompson and Epstein classification

answers: NDQ_007574

answers: The Thompson and Epstein classification

answers: NDQ_007575

answers: The Thompson and Epstein classification

answers: NDQ_007576

answers: The Thompson and Epstein classification

answers: NDQ_007577

answers: The Thompson and Epstein classification

answers: NDQ_007578

answers: Epstein

answers: NDQ_007579

answers: Epstein

answers: NDQ_007580

answers: Epstein

answers: NDQ_007581

answers: Epstein

answers: NDQ_007582

answers: Epstein

answers: NDQ_007583

answers: hip.

answers: NDQ_007584

answers: fracture/dislocations

text: It is a lethal rhizomelic (malformations which result in short, underdeveloped limbs) form of dwarfism, exhibiting both skeletal dysplasia (malformations of bone) and fibroblastic dysplasia (abnormal development of fibroblasts, specialized cells that make up fibrous connective tissue, which plays a role in the formation of cellular structure and promotes healing of damaged tissues). Death caused by complications of fibrochondrogenesis occurs in infancy.

text: It is a lethal

text: rhizomelic

text: (malformations which result in short, underdeveloped limbs) form of

text: dwarfism

text: , exhibiting both

text: skeletal dysplasia

text: (malformations of

text: bone

text: ) and

text: fibroblastic dysplasia

text: (abnormal development of

text: fibroblast

text: s, specialized

text: cells

text: that make up

text: fibrous connective tissue

text: , which plays a role in the formation of cellular structure and promotes healing of damaged

text: tissues

text: ). Death caused by complications of fibrochondrogenesis occurs in

text: infancy

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: fibroblasts

answers: NDQ_007554

answers: fibrous connective tissue

answers: NDQ_007555

answers: limbs

answers: NDQ_007556

answers: underdeveloped limbs

answers: NDQ_007557

answers: fibrous connective tissue

answers: NDQ_007558

answers: limbs

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: fibrochondrogenesis occurs in infancy

answers: NDQ_007563

answers: What does skeletal dysplasia result in?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: skeletal dysplasia

answers: NDQ_007570

answers: Bone

answers: NDQ_007571

answers: Which of the following is not a form of dwarfism?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What does skeletal dysplasia mean?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrochondrogenesis

answers: NDQ_007579

answers: fibrochondrogenesis

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: connective tissue

answers: NDQ_007582

answers: fibroblasts

answers: NDQ_007583

answers: fibrochondrogenesis

answers: NDQ_007584

answers: fibrochondrogenesis

answers: NDQ_007549

answers: bone)

answers: NDQ_007550

answers: bone)

answers: NDQ_007551

answers: formation of cellular structure

answers: NDQ_007552

answers: fibroblasts,

answers: NDQ_007553

answers: fibroblasts,

answers: NDQ_007554

answers: fibrous connective

answers: NDQ_007555

answers: limbs)

answers: NDQ_007556

answers: fibrochondrogenesis occurs in infancy.

answers: NDQ_007557

answers: fibrous connective tissue,

answers: NDQ_007558

answers: fibrochondrogenesis

answers: NDQ_007560

answers: skeletal dysplasia (malformations of bone)

answers: NDQ_007562

answers: healing

answers: NDQ_007563

answers: skeletal dysplasia

answers: NDQ_007566

answers: skeletal dysplasia

answers: NDQ_007568

answers: skeletal dysplasia

answers: NDQ_007569

answers: skeletal dysplasia

answers: NDQ_007570

answers: bone)

answers: NDQ_007571

answers: skeletal dysplasia

answers: NDQ_007572

answers: fibroblasts, specialized cells that make up fibrous connective tissue,

answers: NDQ_007573

answers: skeletal dysplasia

answers: NDQ_007574

answers: skeletal dysplasia

answers: NDQ_007575

answers: skeletal dysplasia

answers: NDQ_007576

answers: skeletal dysplasia

answers: NDQ_007577

answers: skeletal dysplasia

answers: NDQ_007578

answers: fibrochondrogenesis

answers: NDQ_007579

answers: fibroblastic dysplasia

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: connective

answers: NDQ_007582

answers: fibroblasts,

answers: NDQ_007583

answers: fibrous

answers: NDQ_007584

answers: fibrochondrogenesis

text: In 1956, the inventor Even P. Bone developed a system where a vane in front of each head light moved automatically and caused a shadow in front of the approaching vehicle, allowing for high beam use without glare for the approaching driver. The system, called "Bone-Midland Lamps," was never taken up by any car manufacturer.

text: In 1956, the inventor Even P. Bone developed a system where a vane in front of each head light moved automatically and caused a shadow in front of the approaching vehicle, allowing for high beam use without glare for the approaching driver. The system, called "Bone-Midland Lamps," was never taken up by any car manufacturer.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: unanswerable

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: vane

answers: NDQ_007562

answers: Bone-Midland Lamps never took up by any car manufacturer

answers: NDQ_007563

answers: Which of the following is not true of bones?

answers: NDQ_007566

answers: How would you describe Even P. Bone?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: what is the second to last group mentioned?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Bone-Midland Lamps

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis: Bone-Midland Lamps?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: Bone

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: high beam use without glare for the approaching driver.

answers: NDQ_007552

answers: high beam use without glare for the approaching driver.

answers: NDQ_007553

answers: In 1956, the inventor Even P. Bone

answers: NDQ_007554

answers: Bone

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: high beam use without glare for the approaching driver.

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: Bone

answers: NDQ_007560

answers: vane in front of each head light

answers: NDQ_007562

answers: never taken up by any car manufacturer.

answers: NDQ_007563

answers: "Bone-Midland Lamps,"

answers: NDQ_007566

answers: Bone

answers: NDQ_007568

answers: "Bone-Midland Lamps,"

answers: NDQ_007569

answers: "Bone-Midland Lamps,"

answers: NDQ_007570

answers: driver.

answers: NDQ_007571

answers: In 1956, the inventor Even P. Bone

answers: NDQ_007572

answers: "Bone-Midland Lamps,"

answers: NDQ_007573

answers: "Bone-Midland Lamps,"

answers: NDQ_007574

answers: "Bone-Midland Lamps,"

answers: NDQ_007575

answers: "Bone-Midland Lamps,"

answers: NDQ_007576

answers: "Bone-Midland Lamps,"

answers: NDQ_007577

answers: Bone

answers: NDQ_007578

answers: "Bone-Midland

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: "Bone-Midland

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: Bone

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: Bone

text: Osteoporosis itself has no symptoms; its main consequence is the increased risk of bone fractures. Osteoporotic fractures occur in situations where healthy people would not normally break a bone; they are therefore regarded as fragility fractures. Typical fragility fractures occur in the vertebral column, rib, hip and wrist.

text: Osteoporosis itself has

text: no symptoms

text: ; its main consequence is the increased risk of bone fractures. Osteoporotic

text: fractures

text: occur in situations where healthy people would not normally break a bone; they are therefore regarded as fragility fractures. Typical fragility fractures occur in the

text: vertebral column

text: rib

text: , hip and

text: wrist

answers: NDQ_007549

answers: vertebral column

answers: NDQ_007550

answers: vertebral column

answers: NDQ_007551

answers: Fracture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bone

answers: NDQ_007554

answers: osteoporous

answers: NDQ_007555

answers: spinal column

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebral column

answers: NDQ_007560

answers: wrist

answers: NDQ_007562

answers: Osteoporosis itself has no symptoms

answers: NDQ_007563

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone: vertebral column, rib, hip and wrist?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a characteristic of fragility fractures?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: yes

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones are in the vertebral column?

answers: NDQ_007578

answers: osteoporotic

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: vertebral column

answers: NDQ_007582

answers: vertebral column

answers: NDQ_007583

answers: fragility fractures

answers: NDQ_007584

answers: osteoprosthesis

answers: NDQ_007549

answers: vertebral column, rib, hip and wrist.

answers: NDQ_007550

answers: vertebral column,

answers: NDQ_007551

answers: bone fractures.

answers: NDQ_007552

answers: Osteoporosis

answers: NDQ_007553

answers: Osteoporosis

answers: NDQ_007554

answers: Osteoporosis

answers: NDQ_007555

answers: vertebral column, rib, hip and wrist.

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: bone fractures.

answers: NDQ_007558

answers: rib, hip and wrist.

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: healthy people would not normally break a bone;

answers: NDQ_007563

answers: Osteoporosis

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: vertebral column, rib, hip and wrist.

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: Osteoporosis

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: Osteoporosis

answers: NDQ_007573

answers: its main consequence is the increased risk of bone fractures.

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: Osteoporosis

answers: NDQ_007576

answers: Osteoporosis

answers: NDQ_007577

answers: vertebral column,

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: vertebral column,

answers: NDQ_007582

answers: vertebral column,

answers: NDQ_007583

answers: bone;

answers: NDQ_007584

answers: Osteoporosis

text: To achieve welds which penetrate the full depth of the material, it is necessary to either specially design and prepare the geometry of the joint or cause vaporization of the material to such a degree that a "keyhole" is formed, allowing the heat to penetrate the joint. This is not a significant disadvantage in many types of material, as good joint strengths can be achieved, however for certain material classes such as ceramics or metal ceramic composites, such processing can significantly limit joint strength. They have great potential for use in the aerospace industry, provided a joining process that maintains the strength of the material can be found.

text: To achieve welds which penetrate the full depth of the material, it is necessary to either specially design and prepare the geometry of the joint or cause vaporization of the material to such a degree that a "keyhole" is formed, allowing the heat to penetrate the joint. This is not a significant disadvantage in many types of material, as good joint strengths can be achieved, however for certain material classes such as ceramics or

text: metal ceramic composites

text: , such processing can significantly limit joint strength. They have great potential for use in the aerospace industry, provided a joining process that maintains the strength of the material can be found.

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: metal ceramic composites

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: a "keyhole" is formed

answers: NDQ_007557

answers: heat

answers: NDQ_007558

answers: ceramics

answers: NDQ_007560

answers: keyhole

answers: NDQ_007562

answers: good joint strengths can be achieved

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: What is the difference between bones and chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: ceramics

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: ceramics

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: ceramic composites

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: welds

answers: NDQ_007550

answers: ceramics or metal ceramic composites,

answers: NDQ_007551

answers: To achieve welds

answers: NDQ_007552

answers: ceramics or metal ceramic composites,

answers: NDQ_007553

answers: To achieve welds

answers: NDQ_007554

answers: ceramics or metal ceramic composites,

answers: NDQ_007555

answers: ceramics or metal ceramic composites,

answers: NDQ_007556

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007557

answers: welds

answers: NDQ_007558

answers: ceramics or metal ceramic composites,

answers: NDQ_007560

answers: welds

answers: NDQ_007562

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007563

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007566

answers: ceramics

answers: NDQ_007568

answers: ceramics or metal ceramic composites,

answers: NDQ_007569

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007570

answers: ceramics or metal ceramic composites,

answers: NDQ_007571

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007572

answers: ceramics or metal ceramic composites,

answers: NDQ_007573

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007574

answers: ceramics or metal ceramic composites,

answers: NDQ_007575

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007576

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007577

answers: To achieve welds which penetrate the full depth of the material,

answers: NDQ_007578

answers: ceramics

answers: NDQ_007579

answers: ceramics or metal ceramic composites,

answers: NDQ_007580

answers: ceramics

answers: NDQ_007581

answers: ceramics or metal ceramic composites, such processing can significantly limit joint strength.

answers: NDQ_007582

answers: ceramics or metal ceramic composites,

answers: NDQ_007583

answers: ceramics or metal ceramic composites,

answers: NDQ_007584

answers: vaporization

text: Actin-associated LIM protein (ALP), also known as PDZ and LIM domain protein 3 is a protein that in humans is encoded by the PDLIM3 gene. ALP is highly expressed in cardiac and skeletal muscle, where it localizes to Z-discs and intercalated discs. ALP functions to enhance the crosslinking of actin by alpha actinin-2 and also appears to be essential for right ventricular chamber formation and contractile function.

text: Actin-associated LIM protein (ALP), also known as PDZ and LIM domain protein 3 is a

text: protein

text: that in humans is encoded by the PDLIM3

text: gene

text: . ALP is highly expressed in

text: cardiac

text: and

text: skeletal muscle

text: , where it localizes to

text: Z-discs

text: and

text: intercalated disc

text: s. ALP functions to enhance the crosslinking of

text: actin

text: by

text: alpha actinin-2

text: and also appears to be essential for

text: right ventricular

text: chamber formation and

text: contractile

text: function.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: intercalated discs

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: LIM domain protein 3

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: intercalated discs

answers: NDQ_007557

answers: actin

answers: NDQ_007558

answers: intercalated discs

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Actin-associated LIM protein is highly expressed in cardiac and skeletal muscle

answers: NDQ_007563

answers: What is the function of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: What joint is the ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of cell: blood cells or compact bone?

answers: NDQ_007573

answers: What is the main function of Actin-associated LIM protein?

answers: NDQ_007574

answers: What is the human skeleton made of?

answers: NDQ_007575

answers: Which of the following is not a type of muscle: cardiac or skeletal?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: intercalated

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: Z-discs and intercalated discs.

answers: NDQ_007551

answers: contractile function.

answers: NDQ_007552

answers: Actin-associated LIM protein

answers: NDQ_007553

answers: skeletal muscle,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: Actin-associated LIM protein

answers: NDQ_007557

answers: actin

answers: NDQ_007558

answers: Z-discs and intercalated discs.

answers: NDQ_007560

answers: Z-discs and intercalated discs.

answers: NDQ_007562

answers: ALP is highly expressed in cardiac and skeletal muscle,

answers: NDQ_007563

answers: Actin-associated LIM protein

answers: NDQ_007566

answers: Actin-associated LIM protein

answers: NDQ_007568

answers: Z-discs and intercalated discs.

answers: NDQ_007569

answers: Actin-associated LIM protein

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: ALP is highly expressed in cardiac and skeletal muscle,

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: Actin-associated LIM protein

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: skeletal muscle,

answers: NDQ_007576

answers: Actin-associated LIM protein

answers: NDQ_007577

answers: Z-discs and intercalated discs.

answers: NDQ_007578

answers: Z-discs and intercalated discs.

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: intercalated discs.

answers: NDQ_007581

answers: intercalated discs.

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: right ventricular chamber formation

text: Muscular hydrostats function independently of a hardened skeletal system. Muscular hydrostats are typically supported by a membrane of connective tissue which holds the volume constant. Retaining a constant volume enables the fibers to stabilize the muscle’s structure that would otherwise require skeletal support. Muscle fibers change the shape of the muscle by contracting along three general lines of action relative to the long axis: parallel, perpendicular and helical. These contractions can apply or resist compressive forces to the overall structure. A balance of synchronized, compressive and resistive forces along the  three lines of action, enable the muscle to move in diverse and complex ways.

text: Muscular hydrostat

text: s function independently of a hardened skeletal system. Muscular hydrostats are typically supported by a membrane of connective tissue which holds the volume constant. Retaining a constant volume enables the fibers to stabilize the muscle’s structure that would otherwise require skeletal support. Muscle fibers change the shape of the muscle by contracting along three general lines of action relative to the long axis: parallel, perpendicular and helical. These contractions can apply or resist compressive forces to the overall structure. A balance of synchronized, compressive and resistive forces along the  three lines of action, enable the muscle to move in diverse and complex ways.

answers: NDQ_007549

answers: Muscle fibers

answers: NDQ_007550

answers: Muscular hydrostats

answers: NDQ_007551

answers: hardened skeletal system

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Muscles

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: Muscular hydrostats

answers: NDQ_007557

answers: connective tissue

answers: NDQ_007558

answers: Muscular hydrostats

answers: NDQ_007560

answers: perpendicular

answers: NDQ_007562

answers: Muscular hydrostats function independently of a hardened skeletal system

answers: NDQ_007563

answers: Which of the following is not a muscle: parallel, perpendicular and helical

answers: NDQ_007566

answers: Which of the following is true of muscle fibers?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How do muscle fibers change the shape of the muscle?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: The muscle fibers change the shape of the muscle

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: connective tissue

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: Muscle fibers

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Muscular hydrostats

answers: NDQ_007550

answers: connective tissue

answers: NDQ_007551

answers: skeletal support.

answers: NDQ_007552

answers: Muscle fibers

answers: NDQ_007553

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007554

answers: connective tissue

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007557

answers: a membrane of connective tissue

answers: NDQ_007558

answers: Muscular hydrostats

answers: NDQ_007560

answers: parallel, perpendicular and helical.

answers: NDQ_007562

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007563

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007566

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007568

answers: parallel, perpendicular and helical.

answers: NDQ_007569

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007570

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007571

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007572

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007573

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007574

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007575

answers: Muscle fibers

answers: NDQ_007576

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007577

answers: Muscular hydrostats function independently of a hardened skeletal system.

answers: NDQ_007578

answers: connective tissue

answers: NDQ_007579

answers: connective tissue

answers: NDQ_007580

answers: hardened skeletal system.

answers: NDQ_007581

answers: skeletal support.

answers: NDQ_007582

answers: connective tissue

answers: NDQ_007583

answers: membrane

answers: NDQ_007584

answers: skeletal system.

text: Ospemifene (Z-2-(4-(4-chloro-1,2-diphenyl-but-1-enyl)phenoxy)ethanol; see figure 13) is a triphenylethylene and a known metabolite of toremifene. It´s structurally very similar to tamoxifen and toremifene. Ospemifene does not have 2-(dimethylamino)ethoxy group as tamoxifen. Structure-activity relationship studies shoved that by removing that group of tamoxifen agonistic activity in the uterus was significantly reduced, but not in bone and cardiovascular system. Preclinical and clinical data show that ospemifene is well tolerated with no major side effects. Benefits that ospemifene may have over other SERMs is its neutral effect on hot flushes and ER-agonist effect on the vagina, improving the symptoms of vaginal dryness.

text: Ospemifene (Z-2-(4-(4-chloro-1,2-diphenyl-but-1-enyl)phenoxy)ethanol; see figure 13) is a triphenylethylene and a known metabolite of toremifene. It´s structurally very similar to tamoxifen and toremifene. Ospemifene does not have 2-(dimethylamino)ethoxy group as tamoxifen. Structure-activity relationship studies shoved that by removing that group of tamoxifen agonistic activity in the uterus was significantly reduced, but not in bone and cardiovascular system. Preclinical and clinical data show that ospemifene is well tolerated with no major side effects. Benefits that ospemifene may have over other SERMs is its neutral effect on hot flushes and ER-agonist effect on the vagina, improving the symptoms of vaginal dryness.

answers: NDQ_007549

answers: bone and cardiovascular system

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: bone and cardiovascular system

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: structurally very similar to tamoxifen and toremifene

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: uterus

answers: NDQ_007560

answers: uterus

answers: NDQ_007562

answers: by removing that group of tamoxifen agonistic activity in the uterus was significantly reduced

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is not a benefit of ospemifene?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a benefit of ospemifene?

answers: NDQ_007572

answers: Which of the following is not a metabolite of toremifene?

answers: NDQ_007573

answers: Which of the following is not a known metabolite of toremifene?

answers: NDQ_007574

answers: Which of the following is not a group of tamoxifen agonistic activity in the uterus was significantly reduced, but not in bone and cardiovascular system?

answers: NDQ_007575

answers: Which of the following is not a known metabolite of toremifene?

answers: NDQ_007576

answers: Which of the following is true of Ospemifene?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoblast

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: bone

answers: NDQ_007581

answers: Bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone

answers: NDQ_007552

answers: Ospemifene

answers: NDQ_007553

answers: bone

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: cardiovascular system.

answers: NDQ_007556

answers: Ospemifene

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: uterus

answers: NDQ_007562

answers: tamoxifen

answers: NDQ_007563

answers: bone

answers: NDQ_007566

answers: bone

answers: NDQ_007568

answers: bone

answers: NDQ_007569

answers: Ospemifene

answers: NDQ_007570

answers: Ospemifene

answers: NDQ_007571

answers: bone

answers: NDQ_007572

answers: bone

answers: NDQ_007573

answers: Ospemifene

answers: NDQ_007574

answers: bone and cardiovascular system.

answers: NDQ_007575

answers: bone

answers: NDQ_007576

answers: Ospemifene

answers: NDQ_007577

answers: bone

answers: NDQ_007578

answers: bone

answers: NDQ_007579

answers: bone

answers: NDQ_007580

answers: bone

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: cardiovascular system.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone

text: Fibrochondrogenesis alters the normal function of chondrocytes, fibroblasts, metaphyseal cells and others associated with cartilage, bone and connective tissues. Overwhelmingdisorganization of cellular processes involved in the formation of cartilage and bone (ossification), in combination with fibroblastic degeneration of these cells, developmental errors and systemic skeletal malformations describes the severity of this lethal osteochondrodysplasia.

text: Fibrochondrogenesis alters the normal function of chondrocytes, fibroblasts, metaphyseal cells and others associated with cartilage, bone and

text: connective tissue

text: s. Overwhelmingdisorganization of cellular processes involved in the formation of cartilage and bone (

text: ossification

text: ), in combination with fibroblastic degeneration of these cells, developmental errors and systemic skeletal malformations describes the severity of this lethal osteochondrodysplasia.

answers: NDQ_007549

answers: bone and connective tissues

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: bone and connective tissues

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: fibroblasts

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: Overwhelmingdisorganization of cellular processes

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: cartilage and bone

answers: NDQ_007560

answers: metaphyseal

answers: NDQ_007562

answers: osteochondrogenesis alters the normal function of chondrocytes

answers: NDQ_007563

answers: Which of the following is not a type of tissue: cartilage, bone or connective tissues?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a cellular process involved in the formation of cartilage and bone?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: ossification

answers: NDQ_007579

answers: ossification

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: ossification

answers: NDQ_007582

answers: fibroblasts

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: ossification

answers: NDQ_007549

answers: cartilage, bone and connective tissues.

answers: NDQ_007550

answers: cartilage, bone

answers: NDQ_007551

answers: cartilage, bone and connective tissues.

answers: NDQ_007552

answers: chondrocytes,

answers: NDQ_007553

answers: fibroblasts,

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: cartilage, bone and connective tissues.

answers: NDQ_007556

answers: Overwhelmingdisorganization

answers: NDQ_007557

answers: cartilage,

answers: NDQ_007558

answers: cartilage and bone

answers: NDQ_007560

answers: cartilage,

answers: NDQ_007562

answers: Fibrochondrogenesis

answers: NDQ_007563

answers: Fibrochondrogenesis

answers: NDQ_007566

answers: Fibrochondrogenesis

answers: NDQ_007568

answers: cartilage, bone and connective tissues.

answers: NDQ_007569

answers: Fibrochondrogenesis

answers: NDQ_007570

answers: cartilage,

answers: NDQ_007571

answers: Fibrochondrogenesis

answers: NDQ_007572

answers: chondrocytes,

answers: NDQ_007573

answers: Fibrochondrogenesis

answers: NDQ_007574

answers: cartilage,

answers: NDQ_007575

answers: (ossification),

answers: NDQ_007576

answers: Fibrochondrogenesis

answers: NDQ_007577

answers: chondrocytes, fibroblasts,

answers: NDQ_007578

answers: (ossification),

answers: NDQ_007579

answers: (ossification),

answers: NDQ_007580

answers: (ossification),

answers: NDQ_007581

answers: (ossification),

answers: NDQ_007582

answers: chondrocytes,

answers: NDQ_007583

answers: cartilage,

answers: NDQ_007584

answers: (ossification),

text: A variety of imaging studies can be used to diagnose chondroblastoma, with radiographs being the most common. Laboratory studies are not considered useful. Classical chondroblastoma (appearing on long bones) appears as a well-defined eccentric oval or round lytic lesion that usually involves the adjacent bone cortex without periosteal reaction. A sclerotic margin can be seen in some cases. For long bone chondroblastomas the tumor is typically contained to the epiphysis or apophysis but may extend through the epiphyseal plate.  Chondroblastomas are usually located in the medullary portion of bones and can, in some cases, include the metaphysis. However, true metaphyseal chondroblastomas are rare and are typically the result of an extension from a neighboring epiphyseal legion. Most lesions are less than 4 cm. A mottled appearance on the radiograph is not atypical and indicates areas of calcification which is commonly associated with skeletally immature patients. Additionally, one-third of all cases involve aneurysmal bone cysts which are thought to be the result of stress, trauma or hemorrhage. In cases involving older patients or flat bones, typical radiographic presentation is not as common and may mimic aggressive processes.

text: A variety of imaging studies can be used to diagnose chondroblastoma, with

text: radiographs

text: being the most common. Laboratory studies are not considered useful. Classical chondroblastoma (appearing on long bones) appears as a well-defined eccentric oval or round lytic lesion that usually involves the adjacent

text: bone cortex

text: without

text: periosteal

text: reaction. A

text: sclerotic

text: margin can be seen in some cases. For long bone chondroblastomas the tumor is typically contained to the epiphysis or apophysis but may extend through the epiphyseal plate.  Chondroblastomas are usually located in the

text: medullary

text: portion of bones and can, in some cases, include the

text: metaphysis

text: . However, true metaphyseal chondroblastomas are rare and are typically the result of an extension from a neighboring epiphyseal legion. Most lesions are less than 4 cm. A mottled appearance on the radiograph is not atypical and indicates areas of

text: calcification

text: which is commonly associated with skeletally immature patients. Additionally, one-third of all cases involve

text: aneurysmal bone cyst

text: s which are thought to be the result of stress,

text: trauma

text: or

text: hemorrhage

text: . In cases involving older patients or flat bones, typical radiographic presentation is not as common and may mimic aggressive processes.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: chondroblastoma

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: periosteal

answers: NDQ_007555

answers: Bones

answers: NDQ_007556

answers: skeletally immature

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: long bones

answers: NDQ_007560

answers: epiphyseal

answers: NDQ_007562

answers: laboratory studies are not considered useful

answers: NDQ_007563

answers: Which of the following is not the result of stress, trauma or hemorrhage?

answers: NDQ_007566

answers: Which of the following is true of long bone chondroblastomas?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: epiphysis, apophysis, or medullary?

answers: NDQ_007569

answers: Which of the following is not a type of chondroblastoma?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a symptom of chondroblastoma?

answers: NDQ_007572

answers: Which of the following is not the result of stress, trauma or hemorrhage?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not the result of stress, trauma or hemorrhage?

answers: NDQ_007576

answers: Which of the following is not the result of stress, trauma or hemorrhage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphyseal plate

answers: NDQ_007579

answers: periosteal

answers: NDQ_007580

answers: epiphyseal

answers: NDQ_007581

answers: epiphyseal

answers: NDQ_007582

answers: epiphyseal

answers: NDQ_007583

answers: epiphyseal plate

answers: NDQ_007584

answers: osteoblastoma

answers: NDQ_007549

answers: long bones)

answers: NDQ_007550

answers: long bones)

answers: NDQ_007551

answers: stress, trauma or hemorrhage.

answers: NDQ_007552

answers: calcification

answers: NDQ_007553

answers: chondroblastoma,

answers: NDQ_007554

answers: periosteal

answers: NDQ_007555

answers: flat bones,

answers: NDQ_007556

answers: skeletally immature

answers: NDQ_007557

answers: epiphyseal plate.

answers: NDQ_007558

answers: flat bones,

answers: NDQ_007560

answers: flat bones,

answers: NDQ_007562

answers: flat bones,

answers: NDQ_007563

answers: calcification

answers: NDQ_007566

answers: calcification

answers: NDQ_007568

answers: epiphysis or apophysis

answers: NDQ_007569

answers: epiphyseal plate.

answers: NDQ_007570

answers: epiphyseal plate.

answers: NDQ_007571

answers: calcification which is commonly associated with skeletally immature patients.

answers: NDQ_007572

answers: epiphyseal plate.

answers: NDQ_007573

answers: skeletally immature patients.

answers: NDQ_007574

answers: epiphyseal plate.

answers: NDQ_007575

answers: aneurysmal bone cysts

answers: NDQ_007576

answers: bone cortex without periosteal reaction.

answers: NDQ_007577

answers: flat bones,

answers: NDQ_007578

answers: calcification

answers: NDQ_007579

answers: epiphyseal plate.

answers: NDQ_007580

answers: calcification

answers: NDQ_007581

answers: epiphyseal plate.

answers: NDQ_007582

answers: periosteal

answers: NDQ_007583

answers: bone cortex without periosteal

answers: NDQ_007584

answers: periosteal reaction.

text: There are two types of bone tissue: cortical bone and cancellous bone. Cortical bone is synonymous with compact bone, and cancellous bone is synonymous with trabecular and spongy bone. Cortical bone forms the extremely hard exterior while cancellous bone fills the hollow interior.  The tissues are biologically identical; the difference is in how the microstructure is arranged.

text: There are two types of bone tissue:

text: cortical bone

text: and

text: cancellous bone

text: . Cortical bone is synonymous with compact bone, and cancellous bone is synonymous with trabecular and spongy bone. Cortical bone forms the extremely hard exterior while cancellous bone fills the hollow interior.  The tissues are biologically identical; the difference is in how the microstructure is arranged.

answers: NDQ_007549

answers: cancellous bone

answers: NDQ_007550

answers: cancellous bone

answers: NDQ_007551

answers: Bone provides support for the bones of the body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone tissue

answers: NDQ_007554

answers: cortical bone

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: cortical bone

answers: NDQ_007557

answers: cancellous bone

answers: NDQ_007558

answers: cancellous bone

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: cancellous bone fills the hollow interior

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: No

answers: NDQ_007569

answers: cortical bone

answers: NDQ_007570

answers: What is the difference between cortical and cancellous bone?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a type of bone: cortical bone, cancellous bone, or trabecular?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: What is the difference between cortical bone and cancellous bone?

answers: NDQ_007577

answers: How many types of bone are there?

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cortical bone

answers: NDQ_007580

answers: cortical

answers: NDQ_007581

answers: trabecular

answers: NDQ_007582

answers: trabecular

answers: NDQ_007583

answers: cancellous bone

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: bone tissue:

answers: NDQ_007550

answers: cortical bone and cancellous bone.

answers: NDQ_007551

answers: Cortical bone forms the extremely hard exterior

answers: NDQ_007552

answers: bone tissue: cortical bone and cancellous bone.

answers: NDQ_007553

answers: bone tissue:

answers: NDQ_007554

answers: cortical bone

answers: NDQ_007555

answers: trabecular and spongy bone.

answers: NDQ_007556

answers: how the microstructure is arranged.

answers: NDQ_007557

answers: cancellous bone

answers: NDQ_007558

answers: cortical bone and cancellous bone.

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: The tissues are biologically identical;

answers: NDQ_007563

answers: cortical bone and cancellous bone.

answers: NDQ_007566

answers: trabecular and spongy bone.

answers: NDQ_007568

answers: two

answers: NDQ_007569

answers: Cortical bone

answers: NDQ_007570

answers: Cortical bone

answers: NDQ_007571

answers: cortical bone

answers: NDQ_007572

answers: Cortical bone

answers: NDQ_007573

answers: cortical bone and cancellous bone.

answers: NDQ_007574

answers: two types of bone tissue: cortical bone and cancellous bone.

answers: NDQ_007575

answers: cortical bone

answers: NDQ_007576

answers: trabecular and spongy bone.

answers: NDQ_007577

answers: two types of bone tissue: cortical bone and cancellous bone.

answers: NDQ_007578

answers: cancellous bone

answers: NDQ_007579

answers: Cortical bone

answers: NDQ_007580

answers: cortical bone

answers: NDQ_007581

answers: microstructure

answers: NDQ_007582

answers: trabecular

answers: NDQ_007583

answers: trabecular

answers: NDQ_007584

answers: trabecular

text: Fractures of the humerus are classified based on the location of the fracture and then by the type of fracture. There are three locations that humerus fractures occur: at the proximal location, which is the top of the humerus near the shoulder, in the middle, which is at the shaft of the humerus, and the distal location, which is the bottom of the humerus near the elbow. Proximal fractures are classified into one of four types of fractures based on the displacement of the greater tubercle, the lesser tubercle, the surgical neck, and the anatomical neck, which are the four parts of the proximal humerus, with fracture displacement being defined as at least one centimeter of separation or an angulation greater than 45 degrees. One-part fractures involve no displacement of any parts of the humerus, two-part fractures have one part displaced relative to the other three; three-part fractures have two displaced fragments, and four-part fractures have all fragments displaced from each other. Fractures of the humerus shaft are subdivided into transverse fractures, spiral fractures, "butterfly" fractures, which are a combination of transverse and spiral fractures, and pathological fractures, which are fractures caused by medical conditions. Distal fractures are split between supracondylar fractures, which are transverse fractures above the two condyles at the bottom of the humerus, and intercondylar fractures, which involve a T- or Y-shaped fracture that splits the condyles.

text: Fractures of the humerus are classified based on the location of the fracture and then by the type of fracture. There are three locations that humerus fractures occur: at the proximal location, which is the top of the humerus near the shoulder, in the middle, which is at the shaft of the humerus, and the distal location, which is the bottom of the humerus near the elbow. Proximal fractures are classified into one of four types of fractures based on the displacement of the

text: greater tubercle

text: , the

text: lesser tubercle

text: , the

text: surgical neck

text: , and the

text: anatomical neck

text: , which are the four parts of the proximal humerus, with fracture displacement being defined as at least one centimeter of separation or an angulation greater than 45 degrees. One-part fractures involve no displacement of any parts of the humerus, two-part fractures have one part displaced relative to the other three; three-part fractures have two displaced fragments, and four-part fractures have all fragments displaced from each other. Fractures of the humerus shaft are subdivided into transverse fractures, spiral fractures, "butterfly" fractures, which are a combination of transverse and spiral fractures, and pathological fractures, which are fractures caused by medical conditions. Distal fractures are split between

text: supracondylar fractures

text: , which are transverse fractures above the two

text: condyles

text: at the bottom of the humerus, and intercondylar fractures, which involve a T- or Y-shaped fracture that splits the condyles.

answers: NDQ_007549

answers: humerus

answers: NDQ_007550

answers: humerus, scapula, and tibia

answers: NDQ_007551

answers: Fractures of the humerus

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: the kidneys

answers: NDQ_007554

answers: condyles

answers: NDQ_007555

answers: humerus

answers: NDQ_007556

answers: distal location

answers: NDQ_007557

answers: condyles

answers: NDQ_007558

answers: humerus

answers: NDQ_007560

answers: proximal location

answers: NDQ_007562

answers: one-part fractures involve no displacement of any parts of the humerus

answers: NDQ_007563

answers: Which of the following is not a type of fracture?

answers: NDQ_007566

answers: Which of the following is not a type of fracture?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of fracture?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which is not a type of fracture?

answers: NDQ_007572

answers: Which of the following is not a type of fracture?

answers: NDQ_007573

answers: Which of the following is not a type of fracture: transverse fractures, spiral fractures, butterfly fractures, or pathological fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which is not a type of fracture?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: tubercle

answers: NDQ_007579

answers: tubercle

answers: NDQ_007580

answers: tubercle

answers: NDQ_007581

answers: tubercle

answers: NDQ_007582

answers: tubercle

answers: NDQ_007583

answers: tubercle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Fractures

answers: NDQ_007550

answers: Distal fractures

answers: NDQ_007551

answers: Fractures

answers: NDQ_007552

answers: Fractures

answers: NDQ_007553

answers: condyles

answers: NDQ_007554

answers: condyles

answers: NDQ_007555

answers: Fractures of the humerus

answers: NDQ_007556

answers: four-part fractures have all fragments displaced from each other.

answers: NDQ_007557

answers: Fractures

answers: NDQ_007558

answers: condyles

answers: NDQ_007560

answers: intercondylar

answers: NDQ_007562

answers: displaced from each other.

answers: NDQ_007563

answers: Fractures

answers: NDQ_007566

answers: fractures have all fragments displaced from each other.

answers: NDQ_007568

answers: transverse fractures, spiral fractures,

answers: NDQ_007569

answers: fractures have all fragments displaced from each other.

answers: NDQ_007570

answers: transverse fractures above the two condyles

answers: NDQ_007571

answers: Fractures

answers: NDQ_007572

answers: transverse fractures, spiral fractures,

answers: NDQ_007573

answers: fractures have all fragments displaced from each other.

answers: NDQ_007574

answers: all fragments displaced from each other.

answers: NDQ_007575

answers: Fractures

answers: NDQ_007576

answers: One-part fractures involve no displacement

answers: NDQ_007577

answers: Fractures

answers: NDQ_007578

answers: spiral fractures,

answers: NDQ_007579

answers: condyles

answers: NDQ_007580

answers: condyles

answers: NDQ_007581

answers: condyles

answers: NDQ_007582

answers: tubercle,

answers: NDQ_007583

answers: condyles

answers: NDQ_007584

answers: Fractures

text: A high ankle sprain, also known as a syndesmotic sprain, is a sprain of the syndesmotic ligaments that connect the tibia and fibula in the lower leg, thereby creating a mortise and tenon joint for the ankle. High ankle sprains are described as high because they are located above the ankle. They comprise approximately 15% of all ankle sprains. Unlike the common lateral ankle sprains, when ligaments around the ankle are injured through an inward twisting, high ankle sprains are caused when the lower leg and foot externally rotates (twists out).

text: A high ankle sprain, also known as a syndesmotic sprain, is a

text: sprain

text: of the

text: syndesmotic ligaments

text: that connect the

text: tibia

text: and

text: fibula

text: in the lower leg, thereby creating a

text: mortise and tenon

text: joint for the ankle. High ankle sprains are described as high because they are located above the ankle. They comprise approximately 15% of all ankle sprains. Unlike the common lateral

text: ankle sprain

text: s, when ligaments around the ankle are injured through an inward twisting, high ankle sprains are caused when the lower leg and foot externally rotates (twists out).

answers: NDQ_007549

answers: tibia and fibula

answers: NDQ_007550

answers: tibia and fibula in the lower leg

answers: NDQ_007551

answers: Mortise and tenon joint

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: tenon

answers: NDQ_007555

answers: lower leg

answers: NDQ_007556

answers: inward twisting

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: syndesmotic ligaments

answers: NDQ_007560

answers: mortise and tenon

answers: NDQ_007562

answers: They comprise approximately 15% of all ankle sprains

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What do you need to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: How many ankle sprains are described as high because they are located above the ankle?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not true of syndesmotic ligaments?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: syndesmotic

answers: NDQ_007579

answers: tenon

answers: NDQ_007580

answers: tenon

answers: NDQ_007581

answers: syndesmotic

answers: NDQ_007582

answers: tibia

answers: NDQ_007583

answers: syndesmotic ligament

answers: NDQ_007584

answers: mortise and tenon

answers: NDQ_007549

answers: tibia and fibula

answers: NDQ_007550

answers: tibia and fibula

answers: NDQ_007551

answers: mortise and tenon joint

answers: NDQ_007552

answers: tenon

answers: NDQ_007553

answers: A high ankle sprain,

answers: NDQ_007554

answers: tenon

answers: NDQ_007555

answers: lower leg,

answers: NDQ_007556

answers: inward twisting,

answers: NDQ_007557

answers: syndesmotic ligaments

answers: NDQ_007558

answers: tibia and fibula

answers: NDQ_007560

answers: mortise and tenon

answers: NDQ_007562

answers: inward twisting,

answers: NDQ_007563

answers: A high ankle sprain,

answers: NDQ_007566

answers: syndesmotic sprain,

answers: NDQ_007568

answers: tibia and fibula

answers: NDQ_007569

answers: tibia and fibula

answers: NDQ_007570

answers: mortise and tenon joint

answers: NDQ_007571

answers: A high ankle sprain,

answers: NDQ_007572

answers: A high ankle sprain,

answers: NDQ_007573

answers: A high ankle sprain,

answers: NDQ_007574

answers: tibia and fibula

answers: NDQ_007575

answers: A high ankle sprain,

answers: NDQ_007576

answers: (twists out).

answers: NDQ_007577

answers: tibia and fibula

answers: NDQ_007578

answers: syndesmotic

answers: NDQ_007579

answers: tenon

answers: NDQ_007580

answers: tenon

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: syndesmotic ligaments

answers: NDQ_007583

answers: syndesmotic ligaments

answers: NDQ_007584

answers: tenon

text: In 1992, alleged cut marks on the skeletal remains were published, particularly those at the edges of the skull, which might suggest a specific burial rite. Given the rudimentary state of conservation of the skeleton (16 of 203 bones) the likelihood of tooth scratches caused by carnivores is also conceivable. Yet taking the superficial and non-scientific recovery of the bones into account, the question of disarticulation (dispersion of skeletal structure by predators) remains difficult to clarify.

text: In 1992, alleged cut marks on the skeletal remains were published, particularly those at the edges of the skull, which might suggest a specific burial rite. Given the rudimentary state of conservation of the skeleton (16 of 203 bones) the likelihood of tooth scratches caused by carnivores is also conceivable. Yet taking the superficial and non-scientific recovery of the bones into account, the question of disarticulation (dispersion of skeletal structure by predators) remains difficult to clarify.

answers: NDQ_007549

answers: 203 bones

answers: NDQ_007550

answers: 203 bones

answers: NDQ_007551

answers: disarticulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: disarticulation

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: 16 of 203

answers: NDQ_007560

answers: disarticulation

answers: NDQ_007562

answers: tooth scratches caused by carnivores is also conceivable

answers: NDQ_007563

answers: Which of the following is not true?

answers: NDQ_007566

answers: How would you describe the state of conservation of the bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: no

answers: NDQ_007578

answers: tooth

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: disarticulation

answers: NDQ_007549

answers: 203 bones)

answers: NDQ_007550

answers: 203 bones)

answers: NDQ_007551

answers: burial rite.

answers: NDQ_007552

answers: tooth scratches caused by carnivores

answers: NDQ_007553

answers: carnivores

answers: NDQ_007554

answers: tooth

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: a specific burial rite.

answers: NDQ_007557

answers: bones)

answers: NDQ_007558

answers: 203 bones)

answers: NDQ_007560

answers: disarticulation

answers: NDQ_007562

answers: a specific burial rite.

answers: NDQ_007563

answers: 203

answers: NDQ_007566

answers: cut marks on the skeletal remains

answers: NDQ_007568

answers: 203

answers: NDQ_007569

answers: 203 bones)

answers: NDQ_007570

answers: disarticulation

answers: NDQ_007571

answers: 203

answers: NDQ_007572

answers: 203 bones)

answers: NDQ_007573

answers: In 1992, alleged cut marks on the skeletal remains

answers: NDQ_007574

answers: 203 bones)

answers: NDQ_007575

answers: tooth scratches caused by carnivores

answers: NDQ_007576

answers: cut marks on the skeletal remains

answers: NDQ_007577

answers: 203

answers: NDQ_007578

answers: tooth

answers: NDQ_007579

answers: tooth

answers: NDQ_007580

answers: tooth

answers: NDQ_007581

answers: disarticulation

answers: NDQ_007582

answers: tooth scratches caused by carnivores

answers: NDQ_007583

answers: tooth

answers: NDQ_007584

answers: disarticulation

text: Primary bone or the primary ossification center is the beginning of the bone building process during the first trimester. Calcificed cartilage is basophilic and new bone being made is more acidophilic. The primary ossification occurs in the diaphysis. In contrast, secondary ossification centers appear later at the epiphyses of the cartilage and develop similarly to the diaphysis.

text: Primary bone or the primary ossification center is the beginning of the bone building process during the first trimester. Calcificed cartilage is basophilic and new bone being made is more acidophilic. The primary ossification occurs in the diaphysis. In contrast, secondary ossification centers appear later at the epiphyses of the cartilage and develop similarly to the diaphysis.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: bone building

answers: NDQ_007552

answers: basophilic

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: acidophilic

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: secondary ossification centers appear later

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: diaphysis

answers: NDQ_007560

answers: diaphysis

answers: NDQ_007562

answers: secondary ossification centers appear later at the epiphyses of the cartilage

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of acidophilic?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone: basophilic or acidophilic?

answers: NDQ_007573

answers: What is the primary ossification center?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is the primary ossification center?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: acidophilic

answers: NDQ_007579

answers: epiphysis

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: ossification

answers: NDQ_007582

answers: epiphysis

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: ossification

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone building process

answers: NDQ_007552

answers: Calcificed cartilage is basophilic

answers: NDQ_007553

answers: Primary bone

answers: NDQ_007554

answers: acidophilic.

answers: NDQ_007555

answers: cartilage

answers: NDQ_007556

answers: secondary ossification centers appear later at the epiphyses

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: Primary bone

answers: NDQ_007560

answers: cartilage

answers: NDQ_007562

answers: Calcificed cartilage is basophilic

answers: NDQ_007563

answers: Calcificed cartilage

answers: NDQ_007566

answers: acidophilic.

answers: NDQ_007568

answers: Primary bone

answers: NDQ_007569

answers: Primary bone

answers: NDQ_007570

answers: cartilage

answers: NDQ_007571

answers: new bone being made is more acidophilic.

answers: NDQ_007572

answers: acidophilic.

answers: NDQ_007573

answers: The primary ossification occurs in the diaphysis.

answers: NDQ_007574

answers: cartilage

answers: NDQ_007575

answers: new bone being made is more acidophilic.

answers: NDQ_007576

answers: Primary bone

answers: NDQ_007577

answers: first trimester.

answers: NDQ_007578

answers: acidophilic.

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: acidophilic.

answers: NDQ_007581

answers: diaphysis.

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: ossification

text: Aloxiprin (or aluminium acetylsalicylate) is a medical drug used for the treatment of pain and inflammation associated with muscular skeletal and joint disorders.It is used for its properties as an anti-inflammatory, antipyretic and analgesic drug.It is a chemical compound of aluminium hydroxide and aspirin.

text: Aloxiprin (or aluminium acetylsalicylate) is a medical drug used for the treatment of pain and inflammation associated with muscular skeletal and joint disorders.It is used for its properties as an

text: anti-inflammatory

text: antipyretic

text: and

text: analgesic

text: drug.It is a chemical compound of aluminium hydroxide and

text: aspirin

answers: NDQ_007549

answers: muscular

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: muscular skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Aloxiprin is not a drug.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe Aloxiprin?

answers: NDQ_007568

answers: Which of the following is not an organ: muscular, skeletal, or joint?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Aloxiprin is used for the treatment of muscular skeletal and joint disorders

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: Muscle

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscular skeletal and joint

answers: NDQ_007550

answers: muscular

answers: NDQ_007551

answers: muscular skeletal and joint

answers: NDQ_007552

answers: muscular skeletal and joint disorders.It

answers: NDQ_007553

answers: muscular skeletal and joint disorders.It

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: muscular skeletal and joint

answers: NDQ_007556

answers: Aloxiprin

answers: NDQ_007557

answers: muscular skeletal

answers: NDQ_007558

answers: muscular

answers: NDQ_007560

answers: muscular skeletal and joint

answers: NDQ_007562

answers: Aloxiprin

answers: NDQ_007563

answers: Aloxiprin

answers: NDQ_007566

answers: Aloxiprin

answers: NDQ_007568

answers: muscular skeletal and joint disorders.It

answers: NDQ_007569

answers: Aloxiprin

answers: NDQ_007570

answers: muscular skeletal and joint disorders.It

answers: NDQ_007571

answers: Aloxiprin

answers: NDQ_007572

answers: muscular skeletal and joint disorders.It

answers: NDQ_007573

answers: Aloxiprin

answers: NDQ_007574

answers: muscular skeletal and joint disorders.It

answers: NDQ_007575

answers: muscular skeletal and joint disorders.It

answers: NDQ_007576

answers: Aloxiprin

answers: NDQ_007577

answers: Aloxiprin

answers: NDQ_007578

answers: muscular skeletal

answers: NDQ_007579

answers: muscular skeletal

answers: NDQ_007580

answers: muscular skeletal

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: muscular

answers: NDQ_007583

answers: muscular skeletal and joint

answers: NDQ_007584

answers: skeletal

text: The quadrangle contains Alba Patera, the largest volcano (by area and volume) in the solar system and Tempe Terra, a highly fractured block of ancient crust about the size of Alaska.

text: The quadrangle contains

text: Alba Patera

text: , the largest

text: volcano

text: (by area and volume) in the

text: solar system

text: and

text: Tempe Terra

text: , a highly fractured block of ancient crust about the size of Alaska.

answers: NDQ_007549

answers: vertebrae

answers: NDQ_007550

answers: marrow

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: fractured block of ancient crust

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: The largest volcano in the solar system is not a volcano.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not true?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does the quadrangle contain?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: Tempe Terra

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: The quadrangle contains Alba Patera,

answers: NDQ_007550

answers: crust

answers: NDQ_007551

answers: largest volcano (by area and volume) in the solar system

answers: NDQ_007552

answers: largest volcano (by area and volume) in the solar system

answers: NDQ_007553

answers: volcano (by area and volume) in the solar system

answers: NDQ_007554

answers: crust

answers: NDQ_007555

answers: Tempe Terra,

answers: NDQ_007556

answers: highly fractured block of ancient crust

answers: NDQ_007557

answers: fractured block of ancient crust

answers: NDQ_007558

answers: The quadrangle contains Alba Patera,

answers: NDQ_007560

answers: quadrangle

answers: NDQ_007562

answers: highly fractured

answers: NDQ_007563

answers: Tempe Terra,

answers: NDQ_007566

answers: Tempe Terra,

answers: NDQ_007568

answers: The quadrangle contains Alba Patera,

answers: NDQ_007569

answers: The quadrangle contains Alba Patera,

answers: NDQ_007570

answers: The quadrangle

answers: NDQ_007571

answers: Tempe Terra,

answers: NDQ_007572

answers: fractured

answers: NDQ_007573

answers: Tempe Terra,

answers: NDQ_007574

answers: Tempe Terra,

answers: NDQ_007575

answers: Tempe Terra,

answers: NDQ_007576

answers: Tempe Terra,

answers: NDQ_007577

answers: Alaska.

answers: NDQ_007578

answers: fractured

answers: NDQ_007579

answers: crust

answers: NDQ_007580

answers: fractured

answers: NDQ_007581

answers: crust

answers: NDQ_007582

answers: crust

answers: NDQ_007583

answers: crust

answers: NDQ_007584

answers: fractured

text: Gantacurium chloride (formerly recognized as GW280430A and as AV430A) is a new experimental neuromuscular blocking drug or skeletal muscle relaxant in the category of non-depolarizing neuromuscular-blocking drugs, used adjunctively in surgical anesthesia to facilitate endotracheal intubation and to provide skeletal muscle relaxation during surgery or mechanical ventilation.Gantacurium is not yet available for widespread clinical use: it is currently undergoing Phase III clinical development.

text: Gantacurium chloride (formerly recognized as GW280430A and as AV430A) is a new experimental

text: neuromuscular blocking drug

text: or

text: skeletal muscle relaxant

text: in the category of non-depolarizing

text: neuromuscular-blocking drugs

text: , used adjunctively in surgical

text: anesthesia

text: to facilitate endotracheal

text: intubation

text: and to provide

text: skeletal muscle

text: relaxation during

text: surgery

text: or

text: mechanical ventilation

text: .Gantacurium is not yet available for widespread clinical use: it is currently undergoing Phase III clinical development.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: muscle relaxation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Gantacurium

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: articulation

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: endotracheal

answers: NDQ_007562

answers: Gantacurium is not yet available for widespread clinical use

answers: NDQ_007563

answers: What is the primary source of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Gantacurium chloride

answers: NDQ_007574

answers: What is Gantacurium chloride?

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: It does not break.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: skeletal muscle relaxant

answers: NDQ_007553

answers: Gantacurium chloride

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle relaxant

answers: NDQ_007556

answers: endotracheal intubation

answers: NDQ_007557

answers: skeletal muscle relaxant

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: ventilation.Gantacurium is not yet available for widespread clinical use:

answers: NDQ_007563

answers: Gantacurium chloride

answers: NDQ_007566

answers: Gantacurium chloride

answers: NDQ_007568

answers: Gantacurium chloride

answers: NDQ_007569

answers: Gantacurium chloride

answers: NDQ_007570

answers: Gantacurium chloride

answers: NDQ_007571

answers: ventilation.Gantacurium is not yet available for widespread clinical use:

answers: NDQ_007572

answers: Gantacurium chloride

answers: NDQ_007573

answers: ventilation.Gantacurium is not yet available for widespread clinical use:

answers: NDQ_007574

answers: Gantacurium chloride

answers: NDQ_007575

answers: skeletal muscle relaxant

answers: NDQ_007576

answers: Gantacurium chloride

answers: NDQ_007577

answers: skeletal muscle relaxant

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: surgery

text: Skeletal components involved in the unhappy triad include:

text: Skeletal components involved in the unhappy triad include:

answers: NDQ_007549

answers: muscles and bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage .

answers: NDQ_007553

answers: the body's cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: shin

answers: NDQ_007556

answers: the ends of long bones ossify later

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: thoracic vertebrae

answers: NDQ_007560

answers: scapula

answers: NDQ_007562

answers: Bone fractures can be treated with antibiotics.

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: Which of the following is not an organ?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone or periosteum?

answers: NDQ_007570

answers: It is made of cartilage.

answers: NDQ_007571

answers: Vitamin D helps the body absorb calcium from the sun.

answers: NDQ_007572

answers: Which of the following is true of bone?

answers: NDQ_007573

answers: osteoporosis is a condition.

answers: NDQ_007574

answers: The answer: no.

answers: NDQ_007575

answers: The answer is yes.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: articular cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: unhappy triad

answers: NDQ_007550

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007551

answers: unhappy triad

answers: NDQ_007552

answers: Skeletal components

answers: NDQ_007553

answers: Skeletal

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: unhappy triad

answers: NDQ_007556

answers: unhappy triad

answers: NDQ_007557

answers: Skeletal components

answers: NDQ_007558

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007560

answers: Skeletal components

answers: NDQ_007562

answers: unhappy triad

answers: NDQ_007563

answers: Skeletal components

answers: NDQ_007566

answers: Skeletal components

answers: NDQ_007568

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007569

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007570

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007571

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007572

answers: Skeletal

answers: NDQ_007573

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007574

answers: unhappy triad

answers: NDQ_007575

answers: Skeletal components involved in the unhappy triad

answers: NDQ_007576

answers: Skeletal components

answers: NDQ_007577

answers: unhappy triad

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

text: Bensel undertakes the analysis of the two states in a framework which distinguishes between the structural design of the state and the substantive content of its policies. Structural design refers to the skeletal form of organization of the state apparatuses themselves, while substantive content refers to the actions of the state. In total, Bensel investigates forty-two different policy areas under this framework.

text: Bensel undertakes the analysis of the two states in a framework which distinguishes between the structural design of the state and the substantive content of its policies. Structural design refers to the skeletal form of organization of the state apparatuses themselves, while substantive content refers to the actions of the state. In total, Bensel investigates forty-two different policy areas under this framework.

answers: NDQ_007549

answers: Structural design

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: organization

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: structural design

answers: NDQ_007557

answers: structural design

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: structural design

answers: NDQ_007562

answers: substantive content refers to the actions of the state

answers: NDQ_007563

answers: as needed

answers: NDQ_007566

answers: Bones

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket

answers: NDQ_007571

answers: vitamin D

answers: NDQ_007572

answers: What is the structural design of the state?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: adult skeletal system contains 206 bones

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: Osteotomy

answers: NDQ_007549

answers: state apparatuses

answers: NDQ_007550

answers: Structural design

answers: NDQ_007551

answers: organization

answers: NDQ_007552

answers: forty-two

answers: NDQ_007553

answers: state apparatuses

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: state apparatuses

answers: NDQ_007556

answers: Structural design

answers: NDQ_007557

answers: Structural design

answers: NDQ_007558

answers: Structural design

answers: NDQ_007560

answers: Structural design

answers: NDQ_007562

answers: Structural design

answers: NDQ_007563

answers: Structural design

answers: NDQ_007566

answers: Structural design

answers: NDQ_007568

answers: forty-two

answers: NDQ_007569

answers: Structural design

answers: NDQ_007570

answers: Structural design

answers: NDQ_007571

answers: Structural design

answers: NDQ_007572

answers: Structural design

answers: NDQ_007573

answers: forty-two

answers: NDQ_007574

answers: Structural design

answers: NDQ_007575

answers: Structural design

answers: NDQ_007576

answers: forty-two

answers: NDQ_007577

answers: forty-two

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: Structural design

answers: NDQ_007583

answers: skeletal form of organization of the state apparatuses

answers: NDQ_007584

answers: skeletal

text: OCP has been shown to be a precursor of hydroxylapatite (HAP), an inorganic biomineral that is very important in bone growth. Determinations of the crystal structures of OCP and acidic apatite thus appear to be a pre-requisite to an understanding of the formation and chemical properties of skeletal tissues. OCP could one day replace HAP in bone grafts and implants because of the similar apatite structure. OCP is an intermediate complex before the synthesis of HAP. When mixed with boiling water the crystal structure morphs to one that is very similar to apatitic structure of HAP. OCP has similar domains to HAP and has an apatite crystal structure. This makes it ideal to fill in calcium pores in teeth and bones. The morphology of tooth and bone crystallites, as seen in their micrographs, strongly indicates that OCP is involved in the formation of these tissues. There have been studies that have shown the advantages of using OCP in tooth enamel repair to stimulate the regrowth of the enamel because the crystal structure fits into the pores of tooth enamel. Studies have been done with titanium plates and bone implants with a coating of OCP. The implants and plates with coatings of OCP were accepted and integrated more quickly and fully than those without OCP because of the apatite crystal structure of OCP that is similar to the crystal structure of bone. OCP shows very promising signs of replacing HAP in bone and tooth repair and growth in grafts and implants and will likely be used more widespread in the healthcare fields.

text: OCP has been shown to be a precursor of

text: hydroxylapatite

text: (HAP), an inorganic biomineral that is very important in bone growth. Determinations of the crystal structures of OCP and acidic

text: apatite

text: thus appear to be a pre-requisite to an understanding of the formation and chemical properties of

text: skeletal tissues

text: . OCP could one day replace

text: HAP

text: in

text: bone grafts

text: and implants because of the similar apatite structure. OCP is an

text: intermediate complex

text: before the synthesis of

text: HAP

text: . When mixed with boiling water the crystal structure morphs to one that is very similar to

text: apatitic

text: structure of

text: HAP

text: . OCP has similar domains to

text: HAP

text: and has an apatite crystal structure. This makes it ideal to fill in

text: calcium pores

text: in teeth and bones. The morphology of tooth and bone crystallites, as seen in their

text: micrograph

text: s, strongly indicates that OCP is involved in the formation of these tissues. There have been studies that have shown the advantages of using OCP in

text: tooth enamel

text: repair to stimulate the regrowth of the enamel because the crystal structure fits into the pores of

text: tooth enamel

text: . Studies have been done with titanium plates and bone implants with a coating of OCP. The implants and plates with coatings of OCP were accepted and integrated more quickly and fully than those without OCP because of the apatite crystal structure of OCP that is similar to the crystal structure of bone. OCP shows very promising signs of replacing HAP in bone and tooth repair and growth in grafts and implants and will likely be used more widespread in the healthcare fields.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: bone growth

answers: NDQ_007552

answers: hydroxylapatite

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: calcium pores

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: tooth

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: bone implants with a coating of OCP

answers: NDQ_007563

answers: Which of the following is not a mineral: hydroxylapatite, apatite, or calcium?

answers: NDQ_007566

answers: Which of the following is not a type of biomineral: hydroxylapatite, OCP, or chalk?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not an inorganic biomineral?

answers: NDQ_007572

answers: Which of the following is not a biomineral: hydroxylapatite, apatite or bone?

answers: NDQ_007573

answers: What has been shown to be a precursor of hydroxylapatite?

answers: NDQ_007574

answers: None of the above choices

answers: NDQ_007575

answers: What is hydroxylapatite?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: crystallites

answers: NDQ_007579

answers: apatite

answers: NDQ_007580

answers: crystallites

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeleton

answers: NDQ_007583

answers: apatite

answers: NDQ_007584

answers: bone growth

answers: NDQ_007549

answers: teeth and bones.

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone growth.

answers: NDQ_007552

answers: hydroxylapatite

answers: NDQ_007553

answers: OCP

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: teeth

answers: NDQ_007556

answers: calcium pores

answers: NDQ_007557

answers: calcium pores

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: OCP

answers: NDQ_007563

answers: calcium pores

answers: NDQ_007566

answers: teeth and bones.

answers: NDQ_007568

answers: OCP

answers: NDQ_007569

answers: OCP

answers: NDQ_007570

answers: OCP has similar domains to HAP

answers: NDQ_007571

answers: calcium pores

answers: NDQ_007572

answers: hydroxylapatite

answers: NDQ_007573

answers: hydroxylapatite

answers: NDQ_007574

answers: hydroxylapatite

answers: NDQ_007575

answers: hydroxylapatite

answers: NDQ_007576

answers: OCP

answers: NDQ_007577

answers: OCP is an intermediate complex before the synthesis of HAP.

answers: NDQ_007578

answers: calcium

answers: NDQ_007579

answers: crystallites,

answers: NDQ_007580

answers: crystallites,

answers: NDQ_007581

answers: crystallites,

answers: NDQ_007582

answers: tooth and bone crystallites,

answers: NDQ_007583

answers: skeletal tissues.

answers: NDQ_007584

answers: bone growth.

text: Azumolene has also been shown to be as effective as dantrolene at preventing and reversing contracture in in vitro experiments with human skeletal muscle.

text: Azumolene has also been shown to be as effective as dantrolene at preventing and reversing contracture in in vitro experiments with human skeletal muscle.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: azumolene

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: contracture

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Azumolene is not effective at preventing bone fractures.

answers: NDQ_007563

answers: None of the above choices.

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: None of the above choices.

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: None of the above choices.

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: no

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: no

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: contracture

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: skeletal muscle.

answers: NDQ_007551

answers: muscle.

answers: NDQ_007552

answers: skeletal muscle.

answers: NDQ_007553

answers: human skeletal muscle.

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: contracture

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: skeletal muscle.

answers: NDQ_007562

answers: preventing and reversing contracture

answers: NDQ_007563

answers: skeletal muscle.

answers: NDQ_007566

answers: Azumolene

answers: NDQ_007568

answers: human skeletal muscle.

answers: NDQ_007569

answers: skeletal muscle.

answers: NDQ_007570

answers: skeletal muscle.

answers: NDQ_007571

answers: skeletal muscle.

answers: NDQ_007572

answers: skeletal muscle.

answers: NDQ_007573

answers: Azumolene

answers: NDQ_007574

answers: skeletal muscle.

answers: NDQ_007575

answers: skeletal muscle.

answers: NDQ_007576

answers: dantrolene at preventing and reversing contracture

answers: NDQ_007577

answers: human skeletal muscle.

answers: NDQ_007578

answers: skeletal muscle.

answers: NDQ_007579

answers: skeletal muscle.

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: skeletal muscle.

answers: NDQ_007583

answers: skeletal muscle.

answers: NDQ_007584

answers: contracture

text: Oxidized proteins increase in skeletal muscle with age and leads to a buildup of lipofuscin and cross-linked proteins that are normally removed via the proteolysis system. These proteins compile in the skeletal muscle tissue, but are dysfunctional. This leads to an accumulation of non-contractile material in the skeletal muscle. This helps explain why muscle strength decreases severely, as well as muscle mass, in sarcopenia.

text: Oxidized proteins increase in skeletal muscle with age and leads to a buildup of

text: lipofuscin

text: and cross-linked proteins that are normally removed via the

text: proteolysis

text: system. These proteins compile in the skeletal muscle tissue, but are dysfunctional. This leads to an accumulation of non-contractile material in the skeletal muscle. This helps explain why muscle strength decreases severely, as well as muscle mass, in sarcopenia.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: lipofuscin

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: sarcopenia

answers: NDQ_007557

answers: cross-linked proteins

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: what is the first type of joint mentioned?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cross-linked

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: lipofuscin

answers: NDQ_007553

answers: proteolysis system.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: cross-linked proteins

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007563

answers: proteolysis system.

answers: NDQ_007566

answers: Oxidized proteins

answers: NDQ_007568

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007569

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007570

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007571

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: Oxidized proteins increase in skeletal muscle with age

answers: NDQ_007574

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007575

answers: muscle mass,

answers: NDQ_007576

answers: Oxidized proteins increase in skeletal muscle

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: cross-linked

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: cross-linked

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: proteolysis

text: Short stature or stunted growth during youth is usually what brings the condition to medical attention. Skeletal dysplasia is usually suspected because of obvious physical features (e.g., unusual configuration of face or shape of skull), because of an obviously affected parent, or because body measurements (arm span, upper to lower segment ratio) indicate disproportion. Bone X-rays are often key to diagnosing a specific skeletal dysplasia, but are not the sole diagnostic tool. Most children with suspected skeletal dysplasias are referred to a genetics clinic for diagnostic confirmation and genetic counseling. Since about the year 2000, genetic tests for some of the specific disorders have become available.

text: Short stature or stunted growth during youth is usually what brings the condition to medical attention. Skeletal

text: dysplasia

text: is usually suspected because of obvious physical features (e.g., unusual configuration of face or shape of skull), because of an obviously affected parent, or because body measurements (arm span, upper to lower segment ratio) indicate disproportion. Bone X-rays are often key to diagnosing a specific skeletal dysplasia, but are not the sole diagnostic tool. Most children with suspected skeletal dysplasias are referred to a genetics clinic for diagnostic confirmation and

text: genetic counseling

text: . Since about the year 2000, genetic tests for some of the specific disorders have become available.

answers: NDQ_007549

answers: Bone X-rays

answers: NDQ_007550

answers: upper to lower segment

answers: NDQ_007551

answers: bone X-ray

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: stunted growth during youth

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: lower segment

answers: NDQ_007560

answers: lower segment ratio

answers: NDQ_007562

answers: Bone fractures are often key to diagnosing a specific skeletal dysplasia

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Bone X-rays

answers: NDQ_007570

answers: Bone X-rays

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not a characteristic of compact bone?

answers: NDQ_007573

answers: osteoporosis has an increased risk of bone fractures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: skeletal dysplasia

answers: NDQ_007549

answers: Bone X-rays

answers: NDQ_007550

answers: Bone X-rays

answers: NDQ_007551

answers: growth

answers: NDQ_007552

answers: genetic tests

answers: NDQ_007553

answers: growth

answers: NDQ_007554

answers: genetic tests

answers: NDQ_007555

answers: skeletal dysplasia,

answers: NDQ_007556

answers: stunted growth

answers: NDQ_007557

answers: Bone X-rays

answers: NDQ_007558

answers: upper to lower segment ratio)

answers: NDQ_007560

answers: (arm

answers: NDQ_007562

answers: Short stature

answers: NDQ_007563

answers: Bone X-rays

answers: NDQ_007566

answers: Bone X-rays

answers: NDQ_007568

answers: Bone X-rays

answers: NDQ_007569

answers: Bone X-rays

answers: NDQ_007570

answers: Bone X-rays

answers: NDQ_007571

answers: Skeletal dysplasia

answers: NDQ_007572

answers: Bone X-rays

answers: NDQ_007573

answers: Bone X-rays

answers: NDQ_007574

answers: Bone X-rays

answers: NDQ_007575

answers: Bone X-rays

answers: NDQ_007576

answers: Bone X-rays

answers: NDQ_007577

answers: Bone X-rays

answers: NDQ_007578

answers: Skeletal dysplasia

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal dysplasia

answers: NDQ_007581

answers: Skeletal dysplasia

answers: NDQ_007582

answers: Skeletal dysplasia

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal dysplasia

text: In 1733 he published Osteographia or the Anatomy of Bones, the first full and accurate description of the anatomy of the human skeletal system.

text: In 1733 he published Osteographia or the Anatomy of Bones, the first full and accurate description of the anatomy of the human

text: skeletal system

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human skeletal system

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Bone fractures are caused by a lack of bone mass.

answers: NDQ_007563

answers: What does Osteographia or the Anatomy of Bones describe?

answers: NDQ_007566

answers: How would you describe Osteographia?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Bones

answers: NDQ_007571

answers: Osteographia or the Anatomy of Bones

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bones

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: Bones,

answers: NDQ_007550

answers: Bones,

answers: NDQ_007551

answers: Bones,

answers: NDQ_007552

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007553

answers: human skeletal system.

answers: NDQ_007554

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007555

answers: human skeletal system.

answers: NDQ_007556

answers: In 1733

answers: NDQ_007557

answers: Bones,

answers: NDQ_007558

answers: Bones,

answers: NDQ_007560

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007562

answers: In 1733

answers: NDQ_007563

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007566

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007568

answers: human skeletal system.

answers: NDQ_007569

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007570

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007571

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007572

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007573

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007574

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007575

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007576

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007577

answers: 1733

answers: NDQ_007578

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007579

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007580

answers: Osteographia or the Anatomy of Bones,

answers: NDQ_007581

answers: skeletal system.

answers: NDQ_007582

answers: human skeletal system.

answers: NDQ_007583

answers: Bones,

answers: NDQ_007584

answers: Osteographia or the Anatomy of Bones,

text: Ca1.1 is a voltage-dependent calcium channel found in the transverse tubule of muscles. In skeletal muscle it associates with the ryanodine receptor RyR1 of the sarcoplasmic reticulum via a mechanical linkage. It senses the voltage change caused by the end-plate potential from nervous stimulation and propagated by sodium channels as action potentials to the T-tubules. It was previously thought that when the muscle depolarises, the calcium channel opens, allowing calcium in and activating RyR1, which mediates much greater calcium release from the sarcoplasmic reticulum. This is the first part of the process of excitation-contraction coupling, which ultimately causes the muscle to contract. Recent findings suggest that in skeletal muscle (but not heart muscle), calcium entry through Cav1.1 is not required; Cav1.1 undergoes a conformational change which allosterically activates RyR1.

text: Ca1.1 is a

text: voltage-dependent calcium channel

text: found in the

text: transverse tubule

text: of muscles. In

text: skeletal muscle

text: it associates with the

text: ryanodine receptor

text: RyR1 of the

text: sarcoplasmic reticulum

text: via a mechanical linkage. It senses the

text: voltage

text: change caused by the

text: end-plate potential

text: from nervous stimulation and propagated by sodium channels as

text: action potential

text: s to the T-tubules. It was previously thought that when the muscle depolarises, the calcium channel opens, allowing calcium in and activating RyR1, which mediates much greater calcium release from the sarcoplasmic reticulum. This is the first part of the process of

text: excitation-contraction coupling

text: , which ultimately causes the muscle to contract. Recent findings suggest that in skeletal muscle (but not heart muscle), calcium entry through Cav1.1 is not required; Cav1.1 undergoes a conformational change which allosterically activates RyR1.

answers: NDQ_007549

answers: sarcoplasmic reticulum

answers: NDQ_007550

answers: Muscles

answers: NDQ_007551

answers: muscle to contract

answers: NDQ_007552

answers: RyR1

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: end-plate potential from nervous stimulation

answers: NDQ_007557

answers: mechanical linkage

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: transverse tubule

answers: NDQ_007562

answers: in skeletal muscle (but not heart muscle), calcium entry through Cav1.1 is not required

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is the first part of the process of excitation-contraction coupling?

answers: NDQ_007571

answers: Which of the following is not a vitamin?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the most common cause of bone fractures?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: muscles.

answers: NDQ_007551

answers: muscle to contract.

answers: NDQ_007552

answers: ryanodine receptor RyR1

answers: NDQ_007553

answers: sarcoplasmic reticulum

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: end-plate potential from nervous stimulation

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: T-tubules.

answers: NDQ_007560

answers: transverse tubule

answers: NDQ_007562

answers: skeletal muscle

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: Ca1.1

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: Ca1.1

answers: NDQ_007570

answers: excitation-contraction coupling,

answers: NDQ_007571

answers: calcium

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: RyR1.

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: skeletal muscle

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: sarcoplasmic reticulum

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: excitation-contraction coupling,

text: Examination of Iufaa's skeleton revealed that he was 25–35 years old at his death. He had very serious tooth decay and "advanced fusion of cranial sutures". His skeleton also showed severe biparietal thinning, a rare condition that today occurs in Europe in only 0.4–1.3% of people. Iufaa also had slight arthritis and suffered from severe osteoporosis. The team speculated that Iufaa "suffered from some unknown long-lasting disease" which caused the osteoporosis and led directly to his death.

text: Examination of Iufaa's skeleton revealed that he was 25–35 years old at his death. He had very serious tooth decay and "advanced fusion of cranial sutures". His skeleton also showed severe

text: biparietal

text: thinning, a rare condition that today occurs in

text: Europe

text: in only 0.4–1.3% of people. Iufaa also had slight arthritis and suffered from severe

text: osteoporosis

text: . The team speculated that Iufaa "suffered from some unknown long-lasting disease" which caused the osteoporosis and led directly to his death.

answers: NDQ_007549

answers: cranial

answers: NDQ_007550

answers: what part of the body?

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: long-lasting disease

answers: NDQ_007557

answers: sutures

answers: NDQ_007558

answers: cranial

answers: NDQ_007560

answers: arthritis

answers: NDQ_007562

answers: advanced fusion of cranial sutures

answers: NDQ_007563

answers: How would you describe Iufaa?

answers: NDQ_007566

answers: How would you describe Iufaa?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What type of bone is Iufaa?

answers: NDQ_007570

answers: What type of joint is Iufaa's skeleton?

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007573

answers: How would you describe Iufaa?

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: sutures

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: cranial sutures".

answers: NDQ_007550

answers: cranial sutures".

answers: NDQ_007551

answers: cranial sutures".

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: arthritis

answers: NDQ_007556

answers: long-lasting disease"

answers: NDQ_007557

answers: cranial sutures".

answers: NDQ_007558

answers: cranial

answers: NDQ_007560

answers: arthritis

answers: NDQ_007562

answers: "advanced fusion of cranial sutures".

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: osteoporosis.

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: arthritis

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: osteoporosis.

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: fusion of cranial sutures".

answers: NDQ_007577

answers: 0.4–1.3%

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: sutures".

answers: NDQ_007582

answers: arthritis

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: fusion

text: The vestibular system works with other sensorimotor systems in the body, such as the visual system (eyes) and skeletal system (bones and joints), to check and maintain the position of our body at rest or in motion. The vestibular apparatus functions by detecting forces that act upon bodies including gravity. There are two sections in the labyrinth that are helpful for accomplishing those tasks: the semicircular canals and the otolithic organs.

text: The

text: vestibular system

text: works with other sensorimotor systems in the body, such as the visual system (eyes) and skeletal system (bones and joints), to check and maintain the position of our body at rest or in motion. The vestibular apparatus functions by detecting forces that act upon bodies including gravity. There are two sections in the labyrinth that are helpful for accomplishing those tasks: the semicircular canals and the otolithic organs.

answers: NDQ_007549

answers: bones and joints

answers: NDQ_007550

answers: bones and joints

answers: NDQ_007551

answers: bones and joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the digestive system

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal system

answers: NDQ_007562

answers: The vestibular system works with other sensorimotor systems in the body

answers: NDQ_007563

answers: Which of the following is not part of the skeletal system: bones or joints?

answers: NDQ_007566

answers: Which of the following is not part of the vestibular system: eyes, bones, or joints?

answers: NDQ_007568

answers: Which organs are made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a part of the skeletal system?

answers: NDQ_007572

answers: Which of the following is not part of the skeletal system: bones or joints?

answers: NDQ_007573

answers: Which of the following is not part of the skeletal system: bones and joints?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not part of the skeletal system: bones or joints?

answers: NDQ_007576

answers: what does the s in sprain mean?

answers: NDQ_007577

answers: How many bones are in the vestibular system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: (bones and joints),

answers: NDQ_007550

answers: (bones and joints),

answers: NDQ_007551

answers: (bones and joints),

answers: NDQ_007552

answers: The vestibular system

answers: NDQ_007553

answers: The vestibular system

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: gravity.

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal system

answers: NDQ_007562

answers: The vestibular system

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: skeletal system

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: The vestibular system

answers: NDQ_007570

answers: skeletal system

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: skeletal system

answers: NDQ_007574

answers: (bones and joints),

answers: NDQ_007575

answers: skeletal system

answers: NDQ_007576

answers: skeletal system

answers: NDQ_007577

answers: skeletal system (bones and joints),

answers: NDQ_007578

answers: otolithic

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal system

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: otolithic organs.

answers: NDQ_007583

answers: otolithic organs.

answers: NDQ_007584

answers: skeletal system

text: Skeletal muscle weakness and motor control deficits

text: Skeletal muscle weakness and motor control deficits

answers: NDQ_007549

answers: muscle and bone

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: motor control

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: skeletal muscle weakness

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: scapulae

answers: NDQ_007560

answers: the elbow

answers: NDQ_007562

answers: Bone fractures do not affect muscle strength.

answers: NDQ_007563

answers: Which of the following is an example of skeletal muscle weakness?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Muscle weakness and motor control deficits

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a characteristic of compact bone?

answers: NDQ_007573

answers: osteoporosis is a condition that affects bone health.

answers: NDQ_007574

answers: Muscle weakness and motor control deficits

answers: NDQ_007575

answers: Which of the following is not a skeletal muscle weakness?

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many muscles does the human skeletal system have?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Skeletal muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007552

answers: Skeletal muscle

answers: NDQ_007553

answers: Skeletal muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Skeletal muscle

answers: NDQ_007556

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: Skeletal muscle

answers: NDQ_007562

answers: Skeletal muscle weakness

answers: NDQ_007563

answers: Skeletal muscle weakness

answers: NDQ_007566

answers: Skeletal muscle weakness

answers: NDQ_007568

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007569

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007570

answers: Skeletal muscle weakness

answers: NDQ_007571

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007572

answers: Skeletal muscle

answers: NDQ_007573

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007574

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007575

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007576

answers: Skeletal muscle weakness

answers: NDQ_007577

answers: Skeletal muscle weakness and motor control deficits

answers: NDQ_007578

answers: Skeletal muscle

answers: NDQ_007579

answers: Skeletal muscle

answers: NDQ_007580

answers: Skeletal muscle

answers: NDQ_007581

answers: Skeletal muscle

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: Skeletal muscle

text: Mongoloid features had been originally acknowledged in the skeletal remains of a child found at the site of Malta. Alexeev (1998, 323) in his later publication was more cautious, stating that this area was“inhabited by a population of Mongoloid appearance".Mal'ta consists of semi-subterranean houses that were built using large animal bones to assemble the walls, and reindeer antlers covered with animal skins to construct a roof that would protect the inhabitants from the harsh elements of the Siberian weather. Much of what is known about Mal'ta comes from Russian archaeologist Mikhail Gerasimov. Known in the anthropological community primarily for his contributions to a process called forensic sculpture (the recreation of the face of an individual from skeletal remains), Gerasimov first achieved fame for his excavation of Mal'ta in 1927. At the time, the discoveries he made were revolutionary in the field of anthropology. Until his findings, scientists had not imagined that Upper Paleolithic societies of Northern and Central Asia were capable of the same level of culture as those of Europe. Over the course of his career Gerasimov would twice more visit Mal'ta for excavation and research, each time completing findings that were just as remarkable.

text: Mongoloid

text: features had been originally acknowledged in the skeletal remains of a child found at the site of Malta. Alexeev (1998, 323) in his later publication was more cautious, stating that this area was“inhabited by a population of Mongoloid appearance".Mal'ta consists of semi-subterranean houses that were built using large animal bones to assemble the walls, and reindeer antlers covered with animal skins to construct a roof that would protect the inhabitants from the harsh elements of the Siberian weather. Much of what is known about Mal'ta comes from Russian archaeologist

text: Mikhail Gerasimov

text: . Known in the anthropological community primarily for his contributions to a process called

text: forensic sculpture

text: (the recreation of the face of an individual from skeletal remains), Gerasimov first achieved fame for his excavation of Mal'ta in 1927. At the time, the discoveries he made were revolutionary in the field of anthropology. Until his findings, scientists had not imagined that Upper Paleolithic societies of Northern and Central Asia were capable of the same level of culture as those of Europe. Over the course of his career Gerasimov would twice more visit Mal'ta for excavation and research, each time completing findings that were just as remarkable.

answers: NDQ_007549

answers: large animal bones

answers: NDQ_007550

answers: large animal bones

answers: NDQ_007551

answers: protection from the harsh elements of the Siberian weather

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: __

answers: NDQ_007554

answers: animal

answers: NDQ_007555

answers: reindeer

answers: NDQ_007556

answers: to assemble the walls

answers: NDQ_007557

answers: animal bones

answers: NDQ_007558

answers: large animal bones

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: large animal bones to assemble the walls

answers: NDQ_007563

answers: What is the last word in the passage?

answers: NDQ_007566

answers: Which of the following is not a type of forensic sculpture?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone or animal bones?

answers: NDQ_007573

answers: How many years did Gerasimov visit Mal'ta

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal or muscular?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Mongoloid

answers: NDQ_007579

answers: animal skins

answers: NDQ_007580

answers: Mongoloid

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Mongoloid

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: large animal bones

answers: NDQ_007550

answers: large animal bones

answers: NDQ_007551

answers: assemble the walls,

answers: NDQ_007552

answers: Mongoloid

answers: NDQ_007553

answers: forensic sculpture

answers: NDQ_007554

answers: animal skins

answers: NDQ_007555

answers: large animal bones

answers: NDQ_007556

answers: large animal bones

answers: NDQ_007557

answers: large animal bones

answers: NDQ_007558

answers: large animal bones

answers: NDQ_007560

answers: walls,

answers: NDQ_007562

answers: was“inhabited by a population of Mongoloid appearance".Mal'ta

answers: NDQ_007563

answers: forensic sculpture

answers: NDQ_007566

answers: large animal bones

answers: NDQ_007568

answers: large animal bones

answers: NDQ_007569

answers: Mongoloid

answers: NDQ_007570

answers: forensic sculpture

answers: NDQ_007571

answers: large animal bones

answers: NDQ_007572

answers: large animal bones

answers: NDQ_007573

answers: forensic sculpture

answers: NDQ_007574

answers: Mongoloid

answers: NDQ_007575

answers: forensic sculpture

answers: NDQ_007576

answers: forensic sculpture

answers: NDQ_007577

answers: Alexeev (1998, 323)

answers: NDQ_007578

answers: Mongoloid

answers: NDQ_007579

answers: animal skins

answers: NDQ_007580

answers: Mongoloid

answers: NDQ_007581

answers: animal skins

answers: NDQ_007582

answers: Mongoloid

answers: NDQ_007583

answers: animal skins

answers: NDQ_007584

answers: forensic sculpture

text: Prior to its production by recombinant DNA technology, growth hormone used to treat deficiencies was extracted from the pituitary glands of cadavers.  Attempts to create a wholly synthetic HGH failed.  Limited supplies of HGH resulted in the restriction of HGH therapy to the treatment of idiopathic short stature.  Very limited clinical studies of growth hormone derived from an Old World monkey, the rhesus macaque, were conducted by John C. Beck and colleagues in Montreal, in the late 1950s. The study published in 1957, which was conducted on "a 13-year-old male with well-documented hypopituitarism secondary to a crainiophyaryngioma," found that: "Human and monkey growth hormone resulted in a significant enhancement of nitrogen storage ... (and) there was a retention of potassium, phosphorus, calcium, and sodium. ... There was a gain in body weight during both periods. ... There was a significant increase in urinary excretion of aldosterone during both periods of administration of growth hormone. This was most marked with the human growth hormone. ... Impairment of the glucose tolerance curve was evident after 10 days of administration of the human growth hormone. No change in glucose tolerance was demonstrable on the fifth day of administration of monkey growth hormone."  The other study, published in 1958, was conducted on six people: the same subject as the Science paper; an 18-year-old male with statural and sexual retardation and a skeletal age of between 13 and 14 years; a 15-year-old female with well-documented hypopituitarism secondary to a craniopharyngioma; a 53-year-old female with carcinoma of the breast and widespread skeletal metastases;  a 68-year-old female with advanced postmenopausal osteoporosis; and a healthy 24-year-old medical student without any clinical or laboratory evidence of systemic disease.

text: Prior to its production by recombinant DNA technology, growth hormone used to treat deficiencies was extracted from the

text: pituitary gland

text: s of

text: cadaver

text: s.  Attempts to create a wholly synthetic HGH failed.  Limited supplies of HGH resulted in the restriction of HGH therapy to the treatment of idiopathic short stature.  Very limited clinical studies of growth hormone derived from an Old World monkey, the

text: rhesus macaque

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: __

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage is a tough, flexible tissue that contains the protein

answers: NDQ_007553

answers: Pituitary gland

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: skeletal age

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: craniopharyngioma

answers: NDQ_007562

answers: Attempts to create a wholly synthetic HGH failed

answers: NDQ_007563

answers: Which of the following is not a mineral: potassium, phosphorus, calcium or sodium?

answers: NDQ_007566

answers: Which of the following is not a characteristic of osteoporosis: dead, dry, and brittle?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, crainiophyaryngioma, or skeletal?

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, phosphorus, or vitamin D?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a clinical or laboratory evidence of systemic disease: carcinoma of the breast and widespread skeletal metastases, hypopituitarism, or osteoporosis?

answers: NDQ_007574

answers: Which of the following is not a skeletal age?

answers: NDQ_007575

answers: Which of the following is not a type of bone: osteoporosis, skeletal metastases, or carcinoma of the breast?

answers: NDQ_007576

answers: Which of the following is not a symptom of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: pituitary

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: Impairment of the glucose tolerance curve was evident after 10 days

answers: NDQ_007550

answers: 10 days of administration of the human growth hormone.

answers: NDQ_007551

answers: glucose tolerance curve was evident after 10 days of administration of the human growth hormone.

answers: NDQ_007552

answers: glucose tolerance curve was evident after 10 days of administration of the human growth hormone.

answers: NDQ_007553

answers: human growth hormone....

answers: NDQ_007554

answers: osteoporosis;

answers: NDQ_007555

answers: 10 days

answers: NDQ_007556

answers: growth hormone.

answers: NDQ_007557

answers: growth hormone.

answers: NDQ_007558

answers: osteoporosis;

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: monkey growth hormone."

answers: NDQ_007563

answers: monkey growth hormone."

answers: NDQ_007566

answers: osteoporosis;

answers: NDQ_007568

answers: potassium, phosphorus, calcium, and sodium....

answers: NDQ_007569

answers: dosterone

answers: NDQ_007570

answers: hypopituitarism

answers: NDQ_007571

answers: osteoporosis;

answers: NDQ_007572

answers: glucose tolerance curve was evident after 10 days of administration of the human growth hormone.

answers: NDQ_007573

answers: postmenopausal osteoporosis;

answers: NDQ_007574

answers: glucose tolerance curve was evident after 10 days of administration of the human growth hormone.

answers: NDQ_007575

answers: growth hormone.

answers: NDQ_007576

answers: glucose tolerance curve was evident after 10 days of administration of the human growth hormone.

answers: NDQ_007577

answers: Impairment of the glucose tolerance curve was evident after 10 days

answers: NDQ_007578

answers: osteoporosis;

answers: NDQ_007579

answers: osteoporosis;

answers: NDQ_007580

answers: osteoporosis;

answers: NDQ_007581

answers: osteoporosis;

answers: NDQ_007582

answers: pituitary glands

answers: NDQ_007583

answers: osteoporosis;

answers: NDQ_007584

answers: osteoporosis;

text: Cisatracurium (formerly recognized as 51W89, and marketed as Nimbex) is a bisbenzyltetrahydroisoquinolinium that has effect as a neuromuscular-blocking drug or skeletal muscle relaxant in the category of non-depolarizing neuromuscular-blocking drugs, used adjunctively in anesthesia to facilitate endotracheal intubation and to provide skeletal muscle relaxation during surgery or mechanical ventilation. It shows intermediate duration of action. Cisatracurium is one of the ten isomers of the parent molecule, atracurium. Moreover, cisatracurium represents approximately 15% of the atracurium mixture.

text: Cisatracurium (formerly recognized as 51W89, and marketed as Nimbex) is a bisbenzyltetrahydroisoquinolinium that has effect as a

text: neuromuscular-blocking drug

text: or

text: skeletal muscle relaxant

text: in the category of non-depolarizing neuromuscular-blocking drugs, used adjunctively in

text: anesthesia

text: to facilitate endotracheal

text: intubation

text: and to provide

text: skeletal muscle

text: relaxation during

text: surgery

text: or

text: mechanical ventilation

text: . It shows intermediate duration of action. Cisatracurium is one of the ten

text: isomers

text: of the parent molecule,

text: atracurium

text: . Moreover, cisatracurium represents approximately 15% of the atracurium mixture.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle relaxation

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: cisatracurium

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: endotracheal

answers: NDQ_007562

answers: Cisatracurium represents approximately 15% of the atracurium mixture.

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Cisatracurium

answers: NDQ_007572

answers: Which is not the parent molecule of atracurium?

answers: NDQ_007573

answers: Cisatracurium

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices are true

answers: NDQ_007576

answers: It shows intermediate duration of action.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: Cisatracurium

answers: NDQ_007553

answers: Cisatracurium

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle relaxant

answers: NDQ_007556

answers: Cisatracurium

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Cisatracurium

answers: NDQ_007563

answers: Cisatracurium

answers: NDQ_007566

answers: Cisatracurium

answers: NDQ_007568

answers: ten

answers: NDQ_007569

answers: Cisatracurium

answers: NDQ_007570

answers: Cisatracurium

answers: NDQ_007571

answers: Cisatracurium

answers: NDQ_007572

answers: Cisatracurium

answers: NDQ_007573

answers: Cisatracurium

answers: NDQ_007574

answers: Cisatracurium

answers: NDQ_007575

answers: skeletal muscle relaxant

answers: NDQ_007576

answers: Cisatracurium

answers: NDQ_007577

answers: Cisatracurium

answers: NDQ_007578

answers: endotracheal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: endotracheal

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: surgery

text: Skeletal and structural anomalies can occur in approximately 14% of patients, including:

text: Skeletal and structural anomalies can occur in approximately 14% of patients, including:

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: structural anomalies

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: a bone fracture is not a disease.

answers: NDQ_007563

answers: skeletal anomalies

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: marrow

answers: NDQ_007569

answers: spongy

answers: NDQ_007570

answers: bone deformities

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: scoliosis

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress

answers: NDQ_007576

answers: scoliosis

answers: NDQ_007577

answers: no bones

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: muscle

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: structural anomalies

answers: NDQ_007550

answers: structural anomalies

answers: NDQ_007551

answers: structural anomalies

answers: NDQ_007552

answers: Skeletal

answers: NDQ_007553

answers: Skeletal

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal

answers: NDQ_007556

answers: Skeletal and structural anomalies

answers: NDQ_007557

answers: structural anomalies

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: 14%

answers: NDQ_007563

answers: Skeletal and structural anomalies

answers: NDQ_007566

answers: Skeletal

answers: NDQ_007568

answers: Skeletal

answers: NDQ_007569

answers: Skeletal and structural anomalies

answers: NDQ_007570

answers: Skeletal and structural anomalies

answers: NDQ_007571

answers: Skeletal

answers: NDQ_007572

answers: Skeletal

answers: NDQ_007573

answers: Skeletal and structural anomalies can occur in approximately 14%

answers: NDQ_007574

answers: Skeletal and structural anomalies

answers: NDQ_007575

answers: Skeletal and structural anomalies

answers: NDQ_007576

answers: Skeletal

answers: NDQ_007577

answers: Skeletal

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

text: The Ideberg classification is a system of categorizing scapula fractures involving the glenoid fossa.

text: The Ideberg classification is a system of categorizing

text: scapula fracture

text: s involving the

text: glenoid fossa

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: glenoid fossa

answers: NDQ_007560

answers: glenoid

answers: NDQ_007562

answers: The Ideberg classification is a system of categorizing scapula fractures.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What kind of joint is the scapula?

answers: NDQ_007571

answers: What does the glenoid fossa contain?

answers: NDQ_007572

answers: Which of the following is not a type of cell?

answers: NDQ_007573

answers: The Ideberg classification is used to categorize scapula fractures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: The glenoid fossa

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: glenoid

answers: NDQ_007580

answers: glenoid

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: scapula

answers: NDQ_007583

answers: scapula

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: glenoid fossa.

answers: NDQ_007550

answers: glenoid fossa.

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: glenoid fossa.

answers: NDQ_007553

answers: The Ideberg classification

answers: NDQ_007554

answers: glenoid fossa.

answers: NDQ_007555

answers: glenoid fossa.

answers: NDQ_007556

answers: glenoid fossa.

answers: NDQ_007557

answers: glenoid fossa.

answers: NDQ_007558

answers: glenoid fossa.

answers: NDQ_007560

answers: glenoid fossa.

answers: NDQ_007562

answers: glenoid fossa.

answers: NDQ_007563

answers: glenoid fossa.

answers: NDQ_007566

answers: The Ideberg classification

answers: NDQ_007568

answers: glenoid fossa.

answers: NDQ_007569

answers: glenoid fossa.

answers: NDQ_007570

answers: The Ideberg classification

answers: NDQ_007571

answers: The Ideberg classification

answers: NDQ_007572

answers: glenoid fossa.

answers: NDQ_007573

answers: The Ideberg classification

answers: NDQ_007574

answers: The Ideberg classification

answers: NDQ_007575

answers: The Ideberg classification

answers: NDQ_007576

answers: The Ideberg classification

answers: NDQ_007577

answers: glenoid fossa.

answers: NDQ_007578

answers: glenoid fossa.

answers: NDQ_007579

answers: glenoid fossa.

answers: NDQ_007580

answers: glenoid fossa.

answers: NDQ_007581

answers: glenoid fossa.

answers: NDQ_007582

answers: glenoid fossa.

answers: NDQ_007583

answers: glenoid fossa.

answers: NDQ_007584

answers: fractures

text: The joints between bones allow movement, some allowing a wider range of movement than others, e.g. the ball and socket joint allows a greater range of movement than the pivot joint at the neck. Movement is powered by skeletal muscles, which are attached to the skeleton at various sites on bones. Muscles, bones, and joints provide the principal mechanics for movement, all coordinated by the nervous system.

text: The joints between bones allow movement, some allowing a wider range of movement than others, e.g. the ball and socket joint allows a greater range of movement than the pivot joint at the neck. Movement is powered by

text: skeletal muscle

text: s, which are attached to the skeleton at various sites on bones. Muscles, bones, and joints provide the principal mechanics for movement, all coordinated by the nervous system.

answers: NDQ_007549

answers: muscles, bones, and joints

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the nervous system

answers: NDQ_007554

answers: Muscles

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: the joints between bones allow movement

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: ball and socket

answers: NDQ_007560

answers: neck

answers: NDQ_007562

answers: the ball and socket joint allows a greater range of movement than the pivot joint at the neck

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: yes

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What does osteoporosis mean?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: it does not

answers: NDQ_007577

answers: how many bones are in the skeleton

answers: NDQ_007578

answers: socket

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: socket

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: Muscles, bones, and joints

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: Muscles, bones, and joints provide the principal mechanics for movement,

answers: NDQ_007552

answers: skeletal muscles,

answers: NDQ_007553

answers: skeletal muscles,

answers: NDQ_007554

answers: skeletal muscles,

answers: NDQ_007555

answers: neck. Movement is powered by skeletal muscles,

answers: NDQ_007556

answers: Movement is powered by skeletal muscles,

answers: NDQ_007557

answers: skeletal muscles,

answers: NDQ_007558

answers: ball and socket

answers: NDQ_007560

answers: pivot joint at the neck.

answers: NDQ_007562

answers: The joints

answers: NDQ_007563

answers: skeletal muscles,

answers: NDQ_007566

answers: Movement is powered by skeletal muscles,

answers: NDQ_007568

answers: skeletal muscles,

answers: NDQ_007569

answers: ball and socket joint

answers: NDQ_007570

answers: the ball and socket joint allows a greater range of movement

answers: NDQ_007571

answers: Movement is powered by skeletal muscles,

answers: NDQ_007572

answers: skeletal muscles,

answers: NDQ_007573

answers: Movement is powered by skeletal muscles,

answers: NDQ_007574

answers: skeletal muscles,

answers: NDQ_007575

answers: skeletal muscles,

answers: NDQ_007576

answers: The joints

answers: NDQ_007577

answers: skeletal muscles,

answers: NDQ_007578

answers: skeletal muscles,

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal muscles,

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeletal muscles,

answers: NDQ_007583

answers: skeletal muscles,

answers: NDQ_007584

answers: bones.

text: Symptomatic newborns, if not stillborn, are born premature, with hepatosplenomegaly, skeletal abnormalities, pneumonia and a bullous skin disease known as pemphigus syphiliticus.

text: Symptomatic newborns, if not

text: stillborn

text: , are born premature, with

text: hepatosplenomegaly

text: , skeletal abnormalities,

text: pneumonia

text: and a bullous skin disease known as pemphigus syphiliticus.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: pemphigus

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: premature

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Symptomatic newborns do not have skeletal abnormalities

answers: NDQ_007563

answers: Which of the following is not an example of skeletal abnormalities?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a symptomatic newborn?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: spleen

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: skeletal abnormalities,

answers: NDQ_007550

answers: skeletal abnormalities,

answers: NDQ_007551

answers: skeletal abnormalities,

answers: NDQ_007552

answers: pemphigus syphiliticus.

answers: NDQ_007553

answers: hepatosplenomegaly,

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal abnormalities,

answers: NDQ_007556

answers: premature,

answers: NDQ_007557

answers: skeletal abnormalities,

answers: NDQ_007558

answers: skeletal abnormalities,

answers: NDQ_007560

answers: newborns,

answers: NDQ_007562

answers: Symptomatic newborns,

answers: NDQ_007563

answers: skeletal abnormalities,

answers: NDQ_007566

answers: skeletal abnormalities,

answers: NDQ_007568

answers: skeletal abnormalities,

answers: NDQ_007569

answers: skeletal abnormalities,

answers: NDQ_007570

answers: skeletal abnormalities,

answers: NDQ_007571

answers: skeletal abnormalities,

answers: NDQ_007572

answers: skeletal abnormalities,

answers: NDQ_007573

answers: skeletal abnormalities,

answers: NDQ_007574

answers: skeletal abnormalities,

answers: NDQ_007575

answers: skeletal abnormalities,

answers: NDQ_007576

answers: skeletal abnormalities,

answers: NDQ_007577

answers: skeletal abnormalities,

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: hepatosplenomegaly,

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Joint stability refers to the resistance offered by various musculoskeletal tissues that surround a skeletal joint. Several subsystems ensure the stability of a joint. These are the passive, active and neural subsystems. It is believed that one or more of the subsystems must have failed if joint instability occurs, usually a torn or overstretched ligament. Instability of joints can cause unhealthy ranges of movement in your joints which can result in the joints fracturing.

text: Joint stability refers to the resistance offered by various

text: musculoskeletal

text: tissues that surround a skeletal

text: joint

text: . Several subsystems ensure the stability of a joint. These are the passive, active and neural subsystems. It is believed that one or more of the subsystems must have failed if joint instability occurs, usually a torn or overstretched ligament. Instability of joints can cause unhealthy ranges of movement in your joints which can result in the joints fracturing.

answers: NDQ_007549

answers: passive, active and neural

answers: NDQ_007550

answers: passive and active

answers: NDQ_007551

answers: joint stability

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: unanswerable

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: fracturing

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: skeletal joint

answers: NDQ_007562

answers: Instability of joints can cause unhealthy ranges of movement in your joints which can result in the joints fracturing

answers: NDQ_007563

answers: Which of the following is not a subsystem: passive, active or neural?

answers: NDQ_007566

answers: Which of the following is not a subsystem?

answers: NDQ_007568

answers: Which of the following is not a type of bone: passive, active or neural?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a subsystem: passive, active and neural?

answers: NDQ_007572

answers: Which of the following is not a subsystem: passive, active or neural?

answers: NDQ_007573

answers: Which of the following is not a subsystem: passive, active or neural?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a subsystem: passive, active, or neural?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: ligament

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: ligament

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: passive, active and neural subsystems.

answers: NDQ_007550

answers: passive, active and neural subsystems.

answers: NDQ_007551

answers: Joint stability

answers: NDQ_007552

answers: ligament.

answers: NDQ_007553

answers: musculoskeletal tissues

answers: NDQ_007554

answers: musculoskeletal

answers: NDQ_007555

answers: skeletal joint.

answers: NDQ_007556

answers: Joint stability

answers: NDQ_007557

answers: ligament.

answers: NDQ_007558

answers: skeletal joint.

answers: NDQ_007560

answers: skeletal joint.

answers: NDQ_007562

answers: joints fracturing.

answers: NDQ_007563

answers: Joint stability

answers: NDQ_007566

answers: Joint stability

answers: NDQ_007568

answers: passive, active and neural subsystems.

answers: NDQ_007569

answers: Joint stability

answers: NDQ_007570

answers: skeletal joint.

answers: NDQ_007571

answers: Joint stability

answers: NDQ_007572

answers: Joint stability

answers: NDQ_007573

answers: Instability of joints can cause unhealthy ranges of movement

answers: NDQ_007574

answers: musculoskeletal tissues

answers: NDQ_007575

answers: musculoskeletal tissues

answers: NDQ_007576

answers: torn or overstretched ligament.

answers: NDQ_007577

answers: skeletal joint.

answers: NDQ_007578

answers: musculoskeletal

answers: NDQ_007579

answers: musculoskeletal

answers: NDQ_007580

answers: musculoskeletal

answers: NDQ_007581

answers: ligament.

answers: NDQ_007582

answers: musculoskeletal

answers: NDQ_007583

answers: ligament.

answers: NDQ_007584

answers: fracturing.

text: For most situations the game uses 1d20 + skill versus a set difficulty though it is not a D20 system game. There are also rules for percentile based "proficiency checks" in certain situations. The system uses "skeletal" classes which determines only the most basic bonuses also allowing for zero level characters. Character creation uses the random-roll of 10 base attributes with choice of class and to a lesser extent race, and point-bought skills. These 10 base attributes are further evenly subdivided into spiritual and physical attributes. The spiritual attributes which define a player character's mental/emotional abilities are Intelligence Quotient, Mental Endurance, Charisma, Wisdom and Aura. The physical attributes which define a player character's raw physical ability and health are Constitution, Dexterity, Strength, Beauty and Perception.

text: For most situations the game uses 1d20 + skill versus a set difficulty though it is not a

text: D20 system

text: game. There are also rules for percentile based "proficiency checks" in certain situations. The system uses "skeletal" classes which determines only the most basic bonuses also allowing for zero level characters. Character creation uses the random-roll of 10 base

text: attribute

text: s with choice of class and to a lesser extent

text: race

text: , and point-bought

text: skills

text: . These 10 base attributes are further evenly subdivided into spiritual and physical attributes. The spiritual attributes which define a player character's mental/emotional abilities are

text: Intelligence Quotient

text: , Mental Endurance,

text: Charisma

text: Wisdom

text: and

text: Aura

text: . The physical attributes which define a player character's raw physical ability and health are Constitution, Dexterity, Strength, Beauty and

text: Perception

answers: NDQ_007549

answers: Spiritual and physical attributes

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: physical ability and health

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: long bones ossify later than other parts

answers: NDQ_007557

answers: Constitution

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: the system uses "skeletal" classes which determines only the most basic bonuses also allowing for zero level characters

answers: NDQ_007563

answers: How does the system work?

answers: NDQ_007566

answers: Constitution

answers: NDQ_007568

answers: Bones

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Constitution

answers: NDQ_007572

answers: Constitution

answers: NDQ_007573

answers: Constitution

answers: NDQ_007574

answers: None

answers: NDQ_007575

answers: Constitution

answers: NDQ_007576

answers: Dexterity

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Constitution

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: classes

answers: NDQ_007550

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007551

answers: determines only the most basic bonuses

answers: NDQ_007552

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007553

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007554

answers: Strength,

answers: NDQ_007555

answers: zero level characters.

answers: NDQ_007556

answers: zero level characters.

answers: NDQ_007557

answers: "skeletal"

answers: NDQ_007558

answers: Strength,

answers: NDQ_007560

answers: Constitution, Dexterity,

answers: NDQ_007562

answers: D20

answers: NDQ_007563

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007566

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007568

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007569

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007570

answers: D20

answers: NDQ_007571

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007572

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007573

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007574

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007575

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007576

answers: Constitution, Dexterity, Strength, Beauty and Perception.

answers: NDQ_007577

answers: 10

answers: NDQ_007578

answers: "skeletal"

answers: NDQ_007579

answers: "skeletal"

answers: NDQ_007580

answers: "skeletal"

answers: NDQ_007581

answers: "skeletal"

answers: NDQ_007582

answers: Constitution,

answers: NDQ_007583

answers: Constitution,

answers: NDQ_007584

answers: "skeletal"

text: An important differential diagnosis of OI is child abuse, as both may present with multiple fractures in various stages of healing. Differentiating them can be difficult, especially when no other characteristic features of OI are present. Other differential diagnoses include rickets, osteomalacia, and other rare skeletal syndromes.

text: An important differential diagnosis of OI is

text: child abuse

text: , as both may present with multiple fractures in various stages of healing. Differentiating them can be difficult, especially when no other characteristic features of OI are present. Other differential diagnoses include

text: rickets

text: osteomalacia

text: , and other rare skeletal syndromes.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: child abuse

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hocks

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: rickets is a rare skeletal syndrome

answers: NDQ_007563

answers: Which of the following is not a characteristic of OI?

answers: NDQ_007566

answers: Which of the following is not a characteristic of OI?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: rickets

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a characteristic feature of OI?

answers: NDQ_007572

answers: Which of the following is not a characteristic feature of OI?

answers: NDQ_007573

answers: osteoporosis has an increased risk of bone fractures

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a characteristic feature of OI?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteomalacia

answers: NDQ_007579

answers: osteomalacia

answers: NDQ_007580

answers: osteomalacia

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: osteomalacia

answers: NDQ_007583

answers: osteomalacia

answers: NDQ_007584

answers: osteomalacia

answers: NDQ_007549

answers: fractures

answers: NDQ_007550

answers: multiple fractures

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: osteomalacia, and other rare skeletal syndromes.

answers: NDQ_007553

answers: child abuse,

answers: NDQ_007554

answers: osteomalacia,

answers: NDQ_007555

answers: skeletal syndromes.

answers: NDQ_007556

answers: multiple fractures in various stages of healing.

answers: NDQ_007557

answers: fractures

answers: NDQ_007558

answers: rickets,

answers: NDQ_007560

answers: fractures

answers: NDQ_007562

answers: child abuse,

answers: NDQ_007563

answers: rickets, osteomalacia,

answers: NDQ_007566

answers: rickets,

answers: NDQ_007568

answers: rickets,

answers: NDQ_007569

answers: rickets, osteomalacia,

answers: NDQ_007570

answers: rickets,

answers: NDQ_007571

answers: rickets,

answers: NDQ_007572

answers: rickets,

answers: NDQ_007573

answers: child abuse,

answers: NDQ_007574

answers: rickets,

answers: NDQ_007575

answers: rickets,

answers: NDQ_007576

answers: rickets,

answers: NDQ_007577

answers: rickets,

answers: NDQ_007578

answers: osteomalacia,

answers: NDQ_007579

answers: osteomalacia,

answers: NDQ_007580

answers: osteomalacia,

answers: NDQ_007581

answers: osteomalacia,

answers: NDQ_007582

answers: rickets,

answers: NDQ_007583

answers: osteomalacia,

answers: NDQ_007584

answers: osteomalacia,

text: Ankle sprains are classified grade 1, 2, and 3.Depending on the amount of damage or the number of ligaments that are damaged, each sprain is classified from mild to severe. A grade 1 sprain is defined as mild damage to a ligament or ligaments without instability of the affected joint. A grade 2 sprain is considered a partial tear to the ligament, in which it is stretched to the point that it becomes loose. A grade 3 sprain is a complete tear of a ligament, causing instability in the affected joint. Bruising may occur around the ankle.

text: Ankle sprains are classified grade 1, 2, and 3.Depending on the amount of damage or the number of ligaments that are damaged, each sprain is classified from mild to severe. A grade 1 sprain is defined as mild damage to a ligament or ligaments without instability of the affected joint. A grade 2 sprain is considered a partial tear to the ligament, in which it is stretched to the point that it becomes loose. A grade 3 sprain is a complete tear of a ligament, causing instability in the affected joint. Bruising may occur around the ankle.

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: vertebrates that are classified from mild to severe

answers: NDQ_007551

answers: Bruising

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: Ankle

answers: NDQ_007556

answers: Bruising may occur around the ankle

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: Ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Ankle sprains are classified grade 1, 2, and 3.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of vitamin?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: How many sprains are classified from mild to severe?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not true?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ligament

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: Bruising

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: ligaments

answers: NDQ_007551

answers: joint.

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: Ankle sprains

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ankle.

answers: NDQ_007556

answers: mild damage to a ligament or ligaments without instability of the affected joint.

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: Ankle

answers: NDQ_007560

answers: Ankle

answers: NDQ_007562

answers: Ankle sprains

answers: NDQ_007563

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007566

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007568

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007569

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007570

answers: joint.

answers: NDQ_007571

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007572

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007573

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007574

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007575

answers: Ankle sprains are classified grade 1, 2, and 3.Depending

answers: NDQ_007576

answers: mild damage to a ligament or ligaments without instability of the affected joint.

answers: NDQ_007577

answers: grade 3

answers: NDQ_007578

answers: Bruising

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ankle.

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: tear

text: Usually viewed as a precursor to osteoporosis, osteopenia is when bone density is lower than normal levels. Bone mass is affected by muscles forces and their loads to the bone structure. The strength and density of the bone is directly influenced by local strain. Due to the high strain on muscles during eccentric training, coupled with low energy output, eccentric training becomes a cornerstone of the rehabilitative process.

text: Usually viewed as a precursor to

text: osteoporosis

text: osteopenia

text: is when

text: bone density

text: is lower than normal levels. Bone mass is affected by muscles forces and their loads to the bone structure. The strength and density of the bone is directly influenced by local strain. Due to the high strain on muscles during eccentric training, coupled with low energy output, eccentric training becomes a cornerstone of the rehabilitative process.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: strength and density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: high strain on muscles during eccentric training

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: the strength and density of the bone is directly influenced by local strain

answers: NDQ_007563

answers: Which of the following is not a benefit of eccentric training?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a benefit of osteopenia?

answers: NDQ_007573

answers: Why is eccentric training a cornerstone of the rehabilitative process?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: Bone mass

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: Bone mass

answers: NDQ_007551

answers: Bone mass is affected by muscles forces and their loads to the bone structure.

answers: NDQ_007552

answers: osteoporosis,

answers: NDQ_007553

answers: muscles

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: muscles forces and their loads to the bone structure.

answers: NDQ_007556

answers: osteoporosis,

answers: NDQ_007557

answers: muscles forces and their loads to the bone structure.

answers: NDQ_007558

answers: osteoporosis,

answers: NDQ_007560

answers: muscles

answers: NDQ_007562

answers: osteoporosis,

answers: NDQ_007563

answers: osteoporosis,

answers: NDQ_007566

answers: osteoporosis,

answers: NDQ_007568

answers: Bone mass

answers: NDQ_007569

answers: osteoporosis,

answers: NDQ_007570

answers: Usually viewed as a precursor to osteoporosis,

answers: NDQ_007571

answers: osteoporosis,

answers: NDQ_007572

answers: osteoporosis,

answers: NDQ_007573

answers: osteopenia is when bone density is lower than normal levels.

answers: NDQ_007574

answers: Bone mass is affected by muscles forces and their loads to the bone structure.

answers: NDQ_007575

answers: The strength and density of the bone is directly influenced by local strain.

answers: NDQ_007576

answers: strain.

answers: NDQ_007577

answers: Usually viewed as a precursor to osteoporosis,

answers: NDQ_007578

answers: osteoporosis,

answers: NDQ_007579

answers: osteoporosis,

answers: NDQ_007580

answers: osteoporosis,

answers: NDQ_007581

answers: Bone mass

answers: NDQ_007582

answers: muscles

answers: NDQ_007583

answers: osteoporosis,

answers: NDQ_007584

answers: osteoporosis,

text: Many tracking systems are based on a model focused on a problem of sequence estimation, where a sequence of images is given and a model of changing, we estimate the 3D configuration for each photo.All the possible hand configurations are represented by vectors on a state space, which codes theposition of the hand and the angles of the finger’s joint. Each hand configuration generates a set ofimages through the detection of the borders of the occlusion of the finger’s joint. The estimation of eachimage is calculated by finding the state vector that better fits to the measured characteristics.The finger joints have the added 21 states more than the rigid body movement of the palms; this meansthat the cost computational of the estimation is increased. The technique consists of label each finger joint links is modeled as a cylinder. We do the axes at each joint and bisector of this axis is the projection of the joint. Hence we use 3 DOF, because there are only 3 degrees of movement.

text: Many tracking systems are based on a model focused on a problem of sequence estimation, where a sequence of images is given and a model of changing, we estimate the 3D configuration for each photo.All the possible hand configurations are represented by

text: vector

text: s on a

text: state space

text: , which codes theposition of the hand and the angles of the finger’s joint. Each hand configuration generates a set ofimages through the detection of the borders of the occlusion of the finger’s joint. The estimation of eachimage is calculated by finding the state vector that better fits to the measured characteristics.The finger joints have the added 21 states more than the rigid body movement of the palms; this meansthat the cost computational of the estimation is increased. The technique consists of label each finger joint links is modeled as a cylinder. We do the axes at each joint and

text: bisector

text: of this axis is the projection of the joint. Hence we use 3 DOF, because there are only 3 degrees of movement.

answers: NDQ_007549

answers: limbs, bones, bones, bones, bones, bones, bones

answers: NDQ_007550

answers: the articulation of the articular segments of the vertebral column

answers: NDQ_007551

answers: muscles, bones, bones, bones, bones, bones, bones

answers: NDQ_007552

answers: hyaluronic acid

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: the cost computational of the estimation is increased

answers: NDQ_007557

answers: rigid body movement

answers: NDQ_007558

answers: palms

answers: NDQ_007560

answers: finger’s joint

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: Bones release calcium to the blood as needed.

answers: NDQ_007566

answers: Constructing a skeleton is like sculpting a chalkboard.

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: The compact bone lies between spongy bone and periosteum.

answers: NDQ_007570

answers: How many degrees of movement does the elbow have?

answers: NDQ_007571

answers: They also help to prevent osteoporosis.

answers: NDQ_007572

answers: Construct a model of compact bone.

answers: NDQ_007573

answers: How can osteoporosis be prevented?

answers: NDQ_007574

answers: Context: The human skeleton consists entirely of bone. By birth, the human skeleton

answers: NDQ_007575

answers: Context: Bones grow thicker when they are put under stress by muscles. Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The skeleton of the human body consists of 206 bones.

answers: NDQ_007578

answers: Rigid

answers: NDQ_007579

answers: Rigid body

answers: NDQ_007580

answers: Rigid

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: palms

answers: NDQ_007584

answers: articular cartilage

answers: NDQ_007549

answers: palms;

answers: NDQ_007550

answers: palms;

answers: NDQ_007551

answers: rigid body movement of the palms;

answers: NDQ_007552

answers: 21 states more than the rigid body movement of the palms;

answers: NDQ_007553

answers: 21 states more than the rigid body movement of the palms;

answers: NDQ_007554

answers: rigid body

answers: NDQ_007555

answers: palms;

answers: NDQ_007556

answers: the cost computational of the estimation is increased.

answers: NDQ_007557

answers: links is modeled as a cylinder.

answers: NDQ_007558

answers: palms;

answers: NDQ_007560

answers: finger joints

answers: NDQ_007562

answers: 3 degrees of movement.

answers: NDQ_007563

answers: 21

answers: NDQ_007566

answers: 21 states more than the rigid body movement of the palms;

answers: NDQ_007568

answers: 3

answers: NDQ_007569

answers: 21

answers: NDQ_007570

answers: characteristics.The finger joints

answers: NDQ_007571

answers: 21

answers: NDQ_007572

answers: 21 states more than the rigid body movement of the palms;

answers: NDQ_007573

answers: 21 states

answers: NDQ_007574

answers: 21

answers: NDQ_007575

answers: 21 states more than the rigid body movement of the palms;

answers: NDQ_007576

answers: 3 DOF, because there are only 3 degrees of movement.

answers: NDQ_007577

answers: 21

answers: NDQ_007578

answers: rigid body

answers: NDQ_007579

answers: rigid body

answers: NDQ_007580

answers: rigid body movement of the palms;

answers: NDQ_007581

answers: rigid body

answers: NDQ_007582

answers: palms;

answers: NDQ_007583

answers: rigid body movement of the palms;

answers: NDQ_007584

answers: rigid body movement

text: DXL Calscan is a medical device for measuring bone mineral density (BMD) for assisting in the diagnosis and early detection of osteoporosis. DXL Calscan uses Dual X-ray Absorptiometry and Laser (DXL) technology.

text: DXL Calscan is a medical device for measuring

text: bone mineral density

text: (BMD) for assisting in the diagnosis and early detection of

text: osteoporosis

text: . DXL Calscan uses

text: Dual X-ray Absorptiometry and Laser

text: (DXL) technology.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone mineral density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoid

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: DXL Calscan uses Dual X-ray Absorptiometry and Laser

answers: NDQ_007563

answers: Which of the following is not a benefit of DXL Calscan?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone lies between spongy bone and periosteum

answers: NDQ_007570

answers: The elbow is a ball-and-socket joint

answers: NDQ_007571

answers: Bone mineral density (BMD) is a measurement of

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not a benefit of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: bone mineral density

answers: NDQ_007582

answers: bone mineral density

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: bone mineral density

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: diagnosis and early detection of osteoporosis.

answers: NDQ_007552

answers: bone mineral density

answers: NDQ_007553

answers: bone mineral density

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: bone mineral density

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: osteoporosis.

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: osteoporosis.

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: DXL Calscan

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: osteoporosis.

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: osteoporosis.

answers: NDQ_007577

answers: osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: bone mineral density

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis.

text: Candidates for non-operative treatment are limited to skeletally immature teenagers with a relatively small, intact lesion and the absence of loose bodies. Non-operative management may include activity modification, protected weight bearing (partial or non-weight bearing), and immobilization. The goal of non-operative intervention is to promote healing in the subchondral bone and prevent potential chondral collapse, subsequent fracture, and crater formation.

text: Candidates for non-operative treatment are limited to skeletally immature teenagers with a relatively small, intact lesion and the absence of loose bodies. Non-operative management may include activity modification, protected weight bearing (partial or non-weight bearing), and immobilization. The goal of non-operative intervention is to promote healing in the subchondral bone and prevent potential chondral collapse, subsequent fracture, and crater formation.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: articular bone

answers: NDQ_007551

answers: weight bearing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: subchondral

answers: NDQ_007555

answers: subchondral

answers: NDQ_007556

answers: skeletally immature

answers: NDQ_007557

answers: subchondral bone

answers: NDQ_007558

answers: subchondral

answers: NDQ_007560

answers: subchondral

answers: NDQ_007562

answers: non-operative treatment is limited to skeletally immature teenagers

answers: NDQ_007563

answers: What is the goal of non-operative intervention?

answers: NDQ_007566

answers: Which of the following is not a benefit of non-operative treatment?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues: subchondral, articular, articular bone, and articular cartilage?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the goal of non-operative intervention?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the goal of non-operative intervention?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: subchondral

answers: NDQ_007579

answers: chondral

answers: NDQ_007580

answers: chondral

answers: NDQ_007581

answers: chondral

answers: NDQ_007582

answers: subchondral

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: subchondral

answers: NDQ_007549

answers: subchondral bone

answers: NDQ_007550

answers: subchondral bone

answers: NDQ_007551

answers: activity modification, protected weight bearing

answers: NDQ_007552

answers: subchondral bone

answers: NDQ_007553

answers: skeletally immature teenagers

answers: NDQ_007554

answers: subchondral

answers: NDQ_007555

answers: subchondral

answers: NDQ_007556

answers: skeletally immature

answers: NDQ_007557

answers: weight bearing

answers: NDQ_007558

answers: subchondral

answers: NDQ_007560

answers: subchondral bone

answers: NDQ_007562

answers: chondral collapse, subsequent fracture, and crater formation.

answers: NDQ_007563

answers: subchondral bone

answers: NDQ_007566

answers: skeletally immature teenagers

answers: NDQ_007568

answers: subchondral bone

answers: NDQ_007569

answers: subchondral

answers: NDQ_007570

answers: subchondral bone

answers: NDQ_007571

answers: skeletally immature teenagers

answers: NDQ_007572

answers: subchondral bone

answers: NDQ_007573

answers: chondral collapse, subsequent fracture, and crater formation.

answers: NDQ_007574

answers: skeletally immature teenagers

answers: NDQ_007575

answers: activity modification, protected weight bearing

answers: NDQ_007576

answers: small, intact lesion

answers: NDQ_007577

answers: skeletally immature teenagers

answers: NDQ_007578

answers: subchondral

answers: NDQ_007579

answers: subchondral

answers: NDQ_007580

answers: subchondral

answers: NDQ_007581

answers: subchondral

answers: NDQ_007582

answers: subchondral

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: healing in the subchondral

text: Dr. Pedersen continues (in the same article): "Patients with diabetes have a high protein expression of TNF-α in skeletal muscle and increased TNF-α levels in plasma, and it is likely that adipose tissue, which produces TNF-α, is the main source of the circulating TNF-α. In vitro studies demonstrate that TNF-α has direct inhibitory effects on insulin signaling. In addition, TNF-α infusion in healthy humans induces insulin resistance in skeletal muscle, without an effect on EGP [endogenous glucose production]. It has also been proposed that TNF-α causes insulin resistance indirectly in vivo by increasing the release of FFAs from adipose tissue. TNF-α increases lipolysis in human and 3T3-L1 adipocytes. However, TNF-α has no effect on muscle fatty acid oxidation, but increases fatty acid incorporation into diacylglycerol, which may be involved in the development of the TNF-α-induced insulin resistance in skeletal muscle. In addition, evidence suggests that TNF-α plays a direct role in linking insulin resistance to vascular disease. Moreover, in CVDs, activated immune cells also play major roles, particularly in the etiology of atherosclerosis. Importantly, also tumor initiation, promotion, and progression is stimulated by systemic elevation of proinflammatory cytokines."

text: Dr. Pedersen continues (in the same article): "Patients with diabetes have a high protein expression of TNF-α in skeletal muscle and increased TNF-α levels in plasma, and it is likely that adipose tissue, which produces TNF-α, is the main source of the circulating TNF-α. In vitro studies demonstrate that TNF-α has direct inhibitory effects on insulin signaling. In addition, TNF-α infusion in healthy humans induces insulin resistance in skeletal muscle, without an effect on EGP [endogenous glucose production]. It has also been proposed that TNF-α causes insulin resistance indirectly in vivo by increasing the release of

text: FFAs

text: from adipose tissue. TNF-α increases lipolysis in human and 3T3-L1 adipocytes. However, TNF-α has no effect on muscle fatty acid oxidation, but increases fatty acid incorporation into diacylglycerol, which may be involved in the development of the TNF-α-induced insulin resistance in skeletal muscle. In addition, evidence suggests that TNF-α plays a direct role in linking insulin resistance to vascular disease. Moreover, in CVDs, activated immune cells also play major roles, particularly in the etiology of atherosclerosis. Importantly, also tumor initiation, promotion, and progression is stimulated by systemic elevation of proinflammatory cytokines."

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: TNF-

answers: NDQ_007553

answers: adipocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: systemic elevation of proinflammatory cytokines

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: TNF- infusion in healthy humans induces insulin resistance

answers: NDQ_007563

answers: What is the main source of the circulating TNF-?

answers: NDQ_007566

answers: Which of the following is not a type of tissue?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a source of circulating TNF-?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: atherosclerosis

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: Adipose tissue

answers: NDQ_007584

answers: cartilage

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: TNF-<unk>

answers: NDQ_007553

answers: adipose tissue,

answers: NDQ_007554

answers: adipose tissue,

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: adipose tissue,

answers: NDQ_007557

answers: TNF-<unk> in skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: TNF-<unk> in skeletal muscle

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: skeletal muscle

answers: NDQ_007568

answers: TNF-<unk> in skeletal muscle

answers: NDQ_007569

answers: skeletal muscle

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: TNF-<unk> in skeletal muscle

answers: NDQ_007572

answers: immune cells

answers: NDQ_007573

answers: TNF-<unk> in skeletal muscle

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: TNF-<unk> in skeletal muscle

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: adipose tissue,

answers: NDQ_007579

answers: adipose tissue,

answers: NDQ_007580

answers: adipose tissue,

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: adipose tissue,

answers: NDQ_007583

answers: adipose tissue,

answers: NDQ_007584

answers: lipolysis

text: Bone is not a uniformly solid material, but is mostly a matrix. The primary tissue of bone, bone tissue (osseous tissue), is relatively hard and lightweight. Its matrix is mostly made up of a composite material incorporating the inorganic mineral calcium phosphate in the chemical arrangement termed calcium hydroxylapatite (this is the bone mineral that gives bones their rigidity) and  collagen, an elastic protein which improves fracture resistance. Bone is formed by the hardening of this matrix around entrapped cells. When these cells become entrapped from osteoblasts they become osteocytes.

text: Bone is not a uniformly solid material, but is mostly a

text: matrix

text: . The primary tissue of bone,

text: bone tissue

text: (osseous tissue), is relatively

text: hard

text: and lightweight. Its matrix is mostly made up of a composite material incorporating the inorganic mineral

text: calcium phosphate

text: in the chemical arrangement termed calcium

text: hydroxylapatite

text: (this is the

text: bone mineral

text: that gives bones their rigidity) and

text: collagen

text: , an elastic protein which improves fracture resistance. Bone is formed by the hardening of this matrix around entrapped cells. When these cells become entrapped from osteoblasts they become osteocytes.

answers: NDQ_007549

answers: osteoblasts

answers: NDQ_007550

answers: calcium phosphate

answers: NDQ_007551

answers: Fracture resistance

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: collagen

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: Bone is not a uniformly solid material

answers: NDQ_007563

answers: Which of the following is not a mineral: calcium phosphate, calcium hydroxylapatite or collagen?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone: spongy bone, bone tissue or compact bone?

answers: NDQ_007570

answers: What is the primary tissue of bone?

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium phosphate, collagen or vitamin D?

answers: NDQ_007572

answers: Which of the following is not formed by the hardening of this matrix around entrapped cells

answers: NDQ_007573

answers: Which of the following is not a protein: collagen, calcium hydroxylapatite, or calcium phosphate?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a protein: collagen, calcium phosphate or calcium hydroxylapatite?

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous tissue

answers: NDQ_007579

answers: osseous tissue

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: osseous tissue

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: osseous tissue

answers: NDQ_007584

answers: osteoblasts

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: bone tissue

answers: NDQ_007551

answers: fracture resistance.

answers: NDQ_007552

answers: collagen,

answers: NDQ_007553

answers: osteoblasts

answers: NDQ_007554

answers: collagen,

answers: NDQ_007555

answers: osteocytes.

answers: NDQ_007556

answers: osteocytes.

answers: NDQ_007557

answers: collagen,

answers: NDQ_007558

answers: osteoblasts they become osteocytes.

answers: NDQ_007560

answers: Bone

answers: NDQ_007562

answers: uniformly solid material,

answers: NDQ_007563

answers: calcium hydroxylapatite

answers: NDQ_007566

answers: Bone

answers: NDQ_007568

answers: osteoblasts they become osteocytes.

answers: NDQ_007569

answers: osteocytes.

answers: NDQ_007570

answers: osteocytes.

answers: NDQ_007571

answers: calcium hydroxylapatite

answers: NDQ_007572

answers: osteocytes.

answers: NDQ_007573

answers: collagen, an elastic protein which improves fracture resistance.

answers: NDQ_007574

answers: osteocytes.

answers: NDQ_007575

answers: osteocytes.

answers: NDQ_007576

answers: Bone

answers: NDQ_007577

answers: osteocytes.

answers: NDQ_007578

answers: (osseous tissue),

answers: NDQ_007579

answers: (osseous tissue),

answers: NDQ_007580

answers: (osseous

answers: NDQ_007581

answers: (osseous

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: (osseous tissue),

answers: NDQ_007584

answers: the hardening of this matrix around entrapped cells.

text: Knowing the symptoms that can be experienced with a sprain is important in determining that the injury is not really a break in the bone. When a sprain occurs, blood vessels will leak fluid into the tissue that surrounds the joint. White blood cells responsible for inflammation migrate to the area, and blood flow increases as well. Along with this inflammation, swelling from the fluid and pain is experienced. The nerves in the area become more sensitive when the injury is suffered, so pain is felt as throbbing and will worsen if there is pressure placed on the area. Warmth and redness are also seen as blood flow is increased. Also present is a decreased ability to move the joint, and difficulty using the affected leg.

text: Knowing the symptoms that can be experienced with a sprain is important in determining that the injury is not really a break in the bone. When a sprain occurs, blood vessels will leak fluid into the tissue that surrounds the joint.

text: White blood cells

text: responsible for inflammation migrate to the area, and blood flow increases as well. Along with this inflammation, swelling from the fluid and pain is experienced. The nerves in the area become more sensitive when the injury is suffered, so pain is felt as throbbing and will worsen if there is pressure placed on the area. Warmth and redness are also seen as blood flow is increased. Also present is a decreased ability to move the joint, and difficulty using the affected leg.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: moving the joint

answers: NDQ_007552

answers: What is cartilage made of?

answers: NDQ_007553

answers: White blood cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: sprain

answers: NDQ_007557

answers: blood vessels

answers: NDQ_007558

answers: leg

answers: NDQ_007560

answers: sprain

answers: NDQ_007562

answers: a sprain is not really a break in the bone

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a sprain?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a symptom of a sprain?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not responsible for inflammation?

answers: NDQ_007573

answers: Which of the following is not a sprain?

answers: NDQ_007574

answers: Which of the following is not a characteristic of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not the result of a sprain?

answers: NDQ_007576

answers: yes

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: sprain

answers: NDQ_007579

answers: tissue

answers: NDQ_007580

answers: sprain

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: White blood cells

answers: NDQ_007583

answers: tissue

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone.

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: move the joint,

answers: NDQ_007552

answers: White blood cells

answers: NDQ_007553

answers: White blood cells

answers: NDQ_007554

answers: tissue that surrounds the joint.

answers: NDQ_007555

answers: leg.

answers: NDQ_007556

answers: sprain

answers: NDQ_007557

answers: tissue

answers: NDQ_007558

answers: leg.

answers: NDQ_007560

answers: leg.

answers: NDQ_007562

answers: the injury is not really a break in the bone.

answers: NDQ_007563

answers: blood vessels will leak fluid

answers: NDQ_007566

answers: sprain

answers: NDQ_007568

answers: blood vessels will leak fluid

answers: NDQ_007569

answers: break in the bone.

answers: NDQ_007570

answers: break in the bone.

answers: NDQ_007571

answers: break in the bone.

answers: NDQ_007572

answers: White blood cells

answers: NDQ_007573

answers: sprain

answers: NDQ_007574

answers: break in the bone.

answers: NDQ_007575

answers: sprain

answers: NDQ_007576

answers: blood vessels will leak fluid into the tissue that surrounds the joint.

answers: NDQ_007577

answers: break in the bone.

answers: NDQ_007578

answers: break in the bone.

answers: NDQ_007579

answers: tissue that surrounds the joint.

answers: NDQ_007580

answers: break in the bone.

answers: NDQ_007581

answers: joint.

answers: NDQ_007582

answers: White

answers: NDQ_007583

answers: joint.

answers: NDQ_007584

answers: break in the bone.

text: Sense of balance or equilibrioception is one of the physiological senses related to balance. It helps prevent humans and animals from falling over when standing or moving. Balance is the result of a number of body systems working together: the eyes (visual system), ears (vestibular system) and the body's sense of where it is in space (proprioception) ideally need to be intact. The vestibular system, the region of the inner ear where three semicircular canals converge, works with the visual system to keep objects in focus when the head is moving. This is called the vestibulo-ocular reflex (VOR). The balance system works with the visual and skeletal systems (the muscles and joints and their sensors) to maintain orientation or balance. Visual signals sent to the brain about the body's position in relation to its surroundings are processed by the brain and compared to information from the vestibular, visual and skeletal systems.

text: Sense of balance or equilibrioception is one of the physiological

text: sense

text: s related to

text: balance

text: . It helps prevent humans and animals from falling over when standing or moving. Balance is the result of a number of body systems working together: the eyes (visual system), ears (

text: vestibular system

text: ) and the body's sense of where it is in space (

text: proprioception

text: ) ideally need to be intact. The vestibular system, the region of the inner ear where three semicircular canals converge, works with the visual system to keep objects in focus when the head is moving. This is called the

text: vestibulo-ocular reflex (VOR)

text: . The balance system works with the visual and skeletal systems (the muscles and joints and their sensors) to maintain orientation or balance. Visual signals sent to the brain about the body's position in relation to its surroundings are processed by the brain and compared to information from the vestibular, visual and skeletal systems.

answers: NDQ_007549

answers: muscles and joints

answers: NDQ_007550

answers: muscles and joints

answers: NDQ_007551

answers: maintaining orientation or balance

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans and animals

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: skeletal systems

answers: NDQ_007557

answers: skeletal systems

answers: NDQ_007558

answers: skeletal systems

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Balance is the result of a number of body systems working together

answers: NDQ_007563

answers: What is the result of a number of body systems working together?

answers: NDQ_007566

answers: Which of the following is not a skeletal system?

answers: NDQ_007568

answers: How many types of bone tissues are in the skeletal system?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not part of the balance system: the muscles and joints and their sensors?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the result of a number of body systems working together?

answers: NDQ_007574

answers: What is one of the physiological senses related to balance

answers: NDQ_007575

answers: Which of the following is not part of the balance system: the muscles and joints and their sensors?

answers: NDQ_007576

answers: What is the result of a number of body systems working together?

answers: NDQ_007577

answers: How many bones make up the skeletal system?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscles and joints and their sensors)

answers: NDQ_007550

answers: (the muscles and joints and their sensors)

answers: NDQ_007551

answers: (the muscles and joints and their sensors) to maintain orientation or balance.

answers: NDQ_007552

answers: balance

answers: NDQ_007553

answers: The vestibular system,

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: skeletal systems

answers: NDQ_007556

answers: Sense of balance

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal systems

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Sense of balance

answers: NDQ_007563

answers: skeletal systems

answers: NDQ_007566

answers: Sense of balance

answers: NDQ_007568

answers: three semicircular canals converge,

answers: NDQ_007569

answers: The vestibular system,

answers: NDQ_007570

answers: skeletal systems

answers: NDQ_007571

answers: Sense of balance

answers: NDQ_007572

answers: skeletal systems

answers: NDQ_007573

answers: Sense of balance

answers: NDQ_007574

answers: (the muscles and joints and their sensors)

answers: NDQ_007575

answers: skeletal systems

answers: NDQ_007576

answers: skeletal systems

answers: NDQ_007577

answers: joints and their sensors)

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: (the muscles and joints

answers: NDQ_007582

answers: (the muscles

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Adipocytes secrete various adipokines that may be involved in the negative cross-talk between adipose tissue and skeletal muscle. CCL2 impairs insulin signaling in skeletal muscle cells via ERK1/2 activation at doses similar to its physiological plasma concentrations (200 pg/mL), but does not involve activation of the NF-κB pathway. CCL2 significantly reduced insulin-stimulated glucose uptake in myocytes. CCL2 may represent a molecular link in the negative cross-talk between adipose tissue and skeletal muscle assigning a completely novel important role to CCL2 besides inflammation.

text: Adipocyte

text: s secrete various

text: adipokine

text: s that may be involved in the negative cross-talk between adipose tissue and skeletal muscle. CCL2 impairs insulin signaling in skeletal muscle cells via ERK1/2 activation at doses similar to its physiological plasma concentrations (200 pg/mL), but does not involve activation of the NF-κB pathway. CCL2 significantly reduced insulin-stimulated glucose uptake in

text: myocyte

text: s. CCL2 may represent a molecular link in the negative cross-talk between adipose tissue and skeletal muscle assigning a completely novel important role to CCL2 besides inflammation.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: articulation

answers: NDQ_007556

answers: adipose tissue

answers: NDQ_007557

answers: cartilage.

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: NF- B pathway

answers: NDQ_007563

answers: What is the primary source of calcium in the body?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What do you need to keep your bones strong?

answers: NDQ_007572

answers: What is the primary source of blood cells?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: Which of the following is not a part of the human skeleton?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: myocytes

answers: NDQ_007583

answers: Adipose tissue

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle.

answers: NDQ_007550

answers: muscle.

answers: NDQ_007551

answers: muscle.

answers: NDQ_007552

answers: CCL2

answers: NDQ_007553

answers: Adipocytes

answers: NDQ_007554

answers: skeletal muscle.

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: Adipocytes

answers: NDQ_007557

answers: skeletal muscle.

answers: NDQ_007558

answers: skeletal muscle.

answers: NDQ_007560

answers: skeletal muscle.

answers: NDQ_007562

answers: Adipocytes

answers: NDQ_007563

answers: skeletal muscle.

answers: NDQ_007566

answers: CCL2

answers: NDQ_007568

answers: CCL2

answers: NDQ_007569

answers: CCL2

answers: NDQ_007570

answers: NF-<unk>B pathway.

answers: NDQ_007571

answers: CCL2 impairs insulin signaling in skeletal muscle

answers: NDQ_007572

answers: skeletal muscle.

answers: NDQ_007573

answers: CCL2

answers: NDQ_007574

answers: CCL2

answers: NDQ_007575

answers: CCL2

answers: NDQ_007576

answers: NF-<unk>B pathway.

answers: NDQ_007577

answers: ERK1/2

answers: NDQ_007578

answers: skeletal muscle.

answers: NDQ_007579

answers: skeletal muscle.

answers: NDQ_007580

answers: skeletal muscle.

answers: NDQ_007581

answers: skeletal muscle.

answers: NDQ_007582

answers: skeletal muscle.

answers: NDQ_007583

answers: adipose tissue

answers: NDQ_007584

answers: NF-<unk>B

text: Because of the high prevalence of vitamin D deficiency, conditions such as osteoporosis alongside Australia's aging population have now seen many Australians over 60 suffering this now wide spread condition amongst our elderly. Osteoporosis can be defined as very fragile and brittle bones, in which serious fractures can occur with just the slightest bump or fall. Osteoporosis Australia have predicted that half of all women and one third of men all men over the age of 60 years will suffer the depilating effects of osteoporosis.

text: Because of the high prevalence of vitamin D deficiency, conditions such as osteoporosis alongside Australia's aging population have now seen many Australians over 60 suffering this now wide spread condition amongst our elderly. Osteoporosis can be defined as very fragile and brittle bones, in which serious fractures can occur with just the slightest bump or fall. Osteoporosis Australia have predicted that half of all women and one third of men all men over the age of 60 years will suffer the depilating effects of osteoporosis.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: Osteoporosis

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: men

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: osteoporosis can be defined as very fragile and brittle bones

answers: NDQ_007563

answers: Which of the following is true of osteoporosis?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: yes

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bones,

answers: NDQ_007550

answers: bones,

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: vitamin D

answers: NDQ_007553

answers: vitamin D

answers: NDQ_007554

answers: vitamin D

answers: NDQ_007555

answers: women

answers: NDQ_007556

answers: vitamin D deficiency,

answers: NDQ_007557

answers: bones,

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: osteoporosis

answers: NDQ_007562

answers: vitamin D deficiency,

answers: NDQ_007563

answers: vitamin D deficiency,

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: osteoporosis

answers: NDQ_007569

answers: osteoporosis

answers: NDQ_007570

answers: Osteoporosis

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: brittle bones,

answers: NDQ_007573

answers: serious fractures can occur with just the slightest bump or fall.

answers: NDQ_007574

answers: osteoporosis

answers: NDQ_007575

answers: vitamin D deficiency,

answers: NDQ_007576

answers: Because of the high prevalence of vitamin D deficiency,

answers: NDQ_007577

answers: women and one third of men

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: vitamin D

answers: NDQ_007583

answers: bones,

answers: NDQ_007584

answers: vitamin D

text: The skeletal remains of the villagers also showed evidence of earlier wounds. According to the 1982 dissertation entitled Osteology of the Crow Creek Massacre by P. Willey, evidence of previous warfare is present in the skeletal remains of victims found in the mass burial. Two individuals had survived previous scalping incidents, and were in the process of healing, which was indicated by the bony re-growth of their skulls; a third individual had survived a head injury as indicated by "a healed depressed fracture in the frontal". Others showed evidence of being wounded by arrows, the points of which remained in the legs and were overgrown by bone.

text: The skeletal remains of the villagers also showed evidence of earlier wounds. According to the 1982 dissertation entitled Osteology of the Crow Creek Massacre by P. Willey, evidence of previous warfare is present in the skeletal remains of victims found in the mass burial. Two individuals had survived previous scalping incidents, and were in the process of healing, which was indicated by the bony re-growth of their skulls; a third individual had survived a head injury as indicated by "a healed depressed fracture in the frontal". Others showed evidence of being wounded by arrows, the points of which remained in the legs and were overgrown by bone.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: healing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: Osteogenesis

answers: NDQ_007555

answers: Legs

answers: NDQ_007556

answers: earlier wounds

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: the legs

answers: NDQ_007560

answers: arrows

answers: NDQ_007562

answers: healed depressed fracture in the frontal

answers: NDQ_007563

answers: Which of the following is not a type of bone: Bones or arrows?

answers: NDQ_007566

answers: How would you describe P. Willey?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, spongy bone or periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of vitamin: Calcium, vitamin D or arrows?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, arrows, or arrows?

answers: NDQ_007573

answers: How would you describe P. Willey?

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: scalping

answers: NDQ_007579

answers: Osteo

answers: NDQ_007580

answers: osteoid

answers: NDQ_007581

answers: osteoid

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Osteophytes

answers: NDQ_007584

answers: healing

answers: NDQ_007549

answers: skulls;

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: healing,

answers: NDQ_007552

answers: bone.

answers: NDQ_007553

answers: arrows,

answers: NDQ_007554

answers: bone.

answers: NDQ_007555

answers: legs

answers: NDQ_007556

answers: overgrown by bone.

answers: NDQ_007557

answers: bone.

answers: NDQ_007558

answers: legs

answers: NDQ_007560

answers: legs

answers: NDQ_007562

answers: healed depressed fracture

answers: NDQ_007563

answers: bony re-growth

answers: NDQ_007566

answers: bone.

answers: NDQ_007568

answers: bony re-growth

answers: NDQ_007569

answers: bony re-growth

answers: NDQ_007570

answers: Osteology of the Crow Creek Massacre

answers: NDQ_007571

answers: bony re-growth

answers: NDQ_007572

answers: bone.

answers: NDQ_007573

answers: Osteology of the Crow Creek Massacre

answers: NDQ_007574

answers: bone.

answers: NDQ_007575

answers: arrows,

answers: NDQ_007576

answers: fracture

answers: NDQ_007577

answers: legs and were overgrown by bone.

answers: NDQ_007578

answers: bony re-growth

answers: NDQ_007579

answers: scalping

answers: NDQ_007580

answers: bony

answers: NDQ_007581

answers: bone.

answers: NDQ_007582

answers: scalping

answers: NDQ_007583

answers: bone.

answers: NDQ_007584

answers: healing,

text: On the other hand, the food and the drink the man had with him were intact, and both were as fresh as it when he had left them, showing that God has power over all things and controls time for all things. The man's donkey, however, was not only dead but was reduced to pure skeletal form. And then, by God's power, the bones joined right in front of his eyes, and the body clothed itself in muscles, flesh and blood, resulting in the donkey coming back to life.

text: On the other hand, the food and the drink the man had with him were intact, and both were as fresh as it when he had left them, showing that God has power over all things and controls time for all things. The man's

text: donkey

text: , however, was not only dead but was reduced to pure skeletal form. And then, by God's power, the bones joined right in front of his eyes, and the body clothed itself in muscles, flesh and blood, resulting in the donkey coming back to life.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscle and blood

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: donkey

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: donkey

answers: NDQ_007560

answers: bones

answers: NDQ_007562

answers: food and the drink the man had with him were intact

answers: NDQ_007563

answers: Which of the following is true of the man's donkey?

answers: NDQ_007566

answers: Which of the following is true of the donkey?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: what is the first word in the first paragraph?

answers: NDQ_007570

answers: bones joined

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: It's impossible to say

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: flesh

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscles, flesh and blood,

answers: NDQ_007552

answers: muscles, flesh and blood,

answers: NDQ_007553

answers: God

answers: NDQ_007554

answers: muscles,

answers: NDQ_007555

answers: donkey,

answers: NDQ_007556

answers: time

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: muscles,

answers: NDQ_007560

answers: bones joined

answers: NDQ_007562

answers: the bones joined right in front of his eyes,

answers: NDQ_007563

answers: muscles, flesh and blood,

answers: NDQ_007566

answers: dead but was reduced to pure skeletal form.

answers: NDQ_007568

answers: muscles,

answers: NDQ_007569

answers: bones joined right in front of his eyes,

answers: NDQ_007570

answers: bones

answers: NDQ_007571

answers: God

answers: NDQ_007572

answers: muscles, flesh and blood,

answers: NDQ_007573

answers: God has power over all things and controls time for all things.

answers: NDQ_007574

answers: muscles, flesh and blood,

answers: NDQ_007575

answers: muscles,

answers: NDQ_007576

answers: joined right in front of his eyes,

answers: NDQ_007577

answers: God has power over all things and controls time for all things.

answers: NDQ_007578

answers: muscles,

answers: NDQ_007579

answers: muscles,

answers: NDQ_007580

answers: muscles,

answers: NDQ_007581

answers: muscles,

answers: NDQ_007582

answers: flesh

answers: NDQ_007583

answers: muscles,

answers: NDQ_007584

answers: time

text: Eshkol-Wachman movement notation treats the body as a sort of stick figure. The body is divided at its skeletal joints, and each pair of joints defines a line segment (a "limb"). For example, the foot is a limb bounded by the ankle and the end of the toe.

text: Eshkol-Wachman movement notation treats the body as a sort of stick figure. The body is divided at its skeletal joints, and each pair of joints defines a line segment (a "limb"). For example, the foot is a limb bounded by the ankle and the end of the toe.

answers: NDQ_007549

answers: skeletal joints

answers: NDQ_007550

answers: joints

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: limb

answers: NDQ_007556

answers: longer bones

answers: NDQ_007557

answers: skeletal joints

answers: NDQ_007558

answers: foot

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: the foot is a limb

answers: NDQ_007563

answers: What is the name of the organ that stores calcium?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What is an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Bones are made of calcium and vitamin D.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the most common cause of bone fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: skeletal joints,

answers: NDQ_007550

answers: skeletal joints,

answers: NDQ_007551

answers: skeletal joints,

answers: NDQ_007552

answers: skeletal joints,

answers: NDQ_007553

answers: skeletal joints,

answers: NDQ_007554

answers: skeletal joints,

answers: NDQ_007555

answers: skeletal joints,

answers: NDQ_007556

answers: skeletal joints,

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: ankle and the end of the toe.

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: stick figure.

answers: NDQ_007563

answers: skeletal joints,

answers: NDQ_007566

answers: stick figure. The body is divided at its skeletal joints,

answers: NDQ_007568

answers: skeletal joints,

answers: NDQ_007569

answers: skeletal joints,

answers: NDQ_007570

answers: skeletal joints,

answers: NDQ_007571

answers: skeletal joints,

answers: NDQ_007572

answers: skeletal joints,

answers: NDQ_007573

answers: skeletal joints,

answers: NDQ_007574

answers: skeletal joints,

answers: NDQ_007575

answers: skeletal joints,

answers: NDQ_007576

answers: skeletal joints,

answers: NDQ_007577

answers: skeletal joints,

answers: NDQ_007578

answers: skeletal joints,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal joints,

answers: NDQ_007582

answers: skeletal joints,

answers: NDQ_007583

answers: skeletal joints,

answers: NDQ_007584

answers: skeletal joints,

text: Skeletal fluorosis is a bone disease caused by excessive accumulation of fluoride in the bones. In advanced cases, skeletal fluorosis causes pain and damage to bones and joints.

text: Skeletal fluorosis is a

text: bone

text: disease caused by excessive accumulation of

text: fluoride

text: in the bones. In advanced cases, skeletal fluorosis causes pain and damage to bones and joints.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones and joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: body to each other.

answers: NDQ_007556

answers: excessive accumulation of fluoride

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: joints

answers: NDQ_007562

answers: Skeletal fluorosis causes pain and damage to bones and joints

answers: NDQ_007563

answers: None of the above choices.

answers: NDQ_007566

answers: How would you describe skeletal fluorosis?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, vitamin D, or fluoride?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Which of the following is not caused by excessive accumulation of fluoride in the bones?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: It does not.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fluorosis

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bones and joints.

answers: NDQ_007550

answers: bones.

answers: NDQ_007551

answers: bones and joints.

answers: NDQ_007552

answers: Skeletal fluorosis

answers: NDQ_007553

answers: fluoride

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: Skeletal fluorosis

answers: NDQ_007556

answers: excessive accumulation of fluoride

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: Skeletal fluorosis

answers: NDQ_007563

answers: fluoride

answers: NDQ_007566

answers: Skeletal fluorosis

answers: NDQ_007568

answers: Skeletal fluorosis

answers: NDQ_007569

answers: Skeletal fluorosis

answers: NDQ_007570

answers: Skeletal fluorosis

answers: NDQ_007571

answers: Skeletal fluorosis

answers: NDQ_007572

answers: Skeletal fluorosis

answers: NDQ_007573

answers: excessive accumulation of fluoride

answers: NDQ_007574

answers: Skeletal fluorosis

answers: NDQ_007575

answers: Skeletal fluorosis

answers: NDQ_007576

answers: Skeletal fluorosis

answers: NDQ_007577

answers: Skeletal fluorosis

answers: NDQ_007578

answers: Skeletal fluorosis

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: joints.

answers: NDQ_007582

answers: Skeletal fluorosis

answers: NDQ_007583

answers: joints.

answers: NDQ_007584

answers: bone

text: Stimulation of β receptors by epinephrine and norepinephrine induces a positive chronotropic and inotropic effect on the heart and increases cardiac conduction velocity and automaticity.Stimulation of β receptors on the kidney causes renin release. Stimulation of β receptors induces smooth muscle relaxation, induces tremor in skeletal muscle, and increases glycogenolysis in the liver and skeletal muscle. Stimulation of β receptors induces lipolysis.

text: Stimulation of β receptors by epinephrine and norepinephrine induces a positive

text: chronotropic

text: and

text: inotropic

text: effect on the heart and increases cardiac conduction velocity and automaticity.Stimulation of β receptors on the kidney causes

text: renin

text: release. Stimulation of β receptors induces

text: smooth muscle

text: relaxation, induces tremor in

text: skeletal muscle

text: , and increases

text: glycogenolysis

text: in the

text: liver

text: and

text: skeletal muscle

text: . Stimulation of β receptors induces

text: lipolysis

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: tremor in skeletal muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Stimulation of  receptors induces smooth muscle relaxation

answers: NDQ_007563

answers: Which of the following is not a source of stored calcium?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: Which of the following is not a cause of bone fractures?

answers: NDQ_007574

answers: Which of the following is not a type of muscle: skeletal muscle or skeletal muscle?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: Which of the following is not a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: skeletal muscle,

answers: NDQ_007550

answers: skeletal muscle,

answers: NDQ_007551

answers: tremor in skeletal muscle,

answers: NDQ_007552

answers: renin

answers: NDQ_007553

answers: epinephrine

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: chronotropic

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: Stimulation

answers: NDQ_007563

answers: renin release.

answers: NDQ_007566

answers: Stimulation of <unk> receptors

answers: NDQ_007568

answers: skeletal muscle,

answers: NDQ_007569

answers: Stimulation of <unk> receptors

answers: NDQ_007570

answers: skeletal muscle,

answers: NDQ_007571

answers: skeletal muscle,

answers: NDQ_007572

answers: Stimulation of <unk> receptors

answers: NDQ_007573

answers: Stimulation of <unk> receptors

answers: NDQ_007574

answers: skeletal muscle,

answers: NDQ_007575

answers: glycogenolysis in the liver and skeletal muscle.

answers: NDQ_007576

answers: tremor in skeletal muscle,

answers: NDQ_007577

answers: skeletal muscle,

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: lipolysis.

text: Jaccoud arthropathy (JA), Jaccoud deformity or Jaccoud's arthopathy is a chronic non-erosive reversible joint disorder that may occur after repeated bouts of arthritis. It is caused by inflammation of the joint capsule and subsequent fibrotic retraction, causing ulnar deviation of the fingers, through metacarpophalageal joint (MCP) subluxation, primarily of the ring and little-finger. Joints in the feet, knees and shoulders may also get affected. It is commonly associated with systemic lupus erythematosus (SLE), and occurs in roughly 5% of all cases.

text: Jaccoud arthropathy (JA), Jaccoud deformity or Jaccoud's arthopathy is a chronic non-erosive reversible joint disorder that may occur after repeated bouts of arthritis. It is caused by inflammation of the

text: joint capsule

text: and subsequent fibrotic retraction, causing ulnar deviation of the fingers, through

text: metacarpophalageal joint

text: (MCP) subluxation, primarily of the ring and little-finger. Joints in the feet, knees and shoulders may also get affected. It is commonly associated with

text: systemic lupus erythematosus

text: (SLE), and occurs in roughly 5% of all cases.

answers: NDQ_007549

answers: metacarpophalageal joint

answers: NDQ_007550

answers: metacarpophalageal

answers: NDQ_007551

answers: Joints

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: Systemic Lupus Erythematosus

answers: NDQ_007554

answers: fibrotic

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: metacarpophalageal

answers: NDQ_007557

answers: joint capsule

answers: NDQ_007558

answers: feet, knees and shoulders

answers: NDQ_007560

answers: MCP

answers: NDQ_007562

answers: It is commonly associated with systemic lupus erythematosus (SLE), and occurs in roughly 5% of all cases.

answers: NDQ_007563

answers: Which of the following is not a type of joint disorder: Jaccoud arthropathy or Jaccoud's arthopathy?

answers: NDQ_007566

answers: What is Jaccoud's arthopathy?

answers: NDQ_007568

answers: Which of the following is not a type of bone: ring, little-finger, metacarpophalageal joint, or joints?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a characteristic of Jaccoud arthropathy?

answers: NDQ_007572

answers: Which of the following is not associated with systemic lupus erythematosus?

answers: NDQ_007573

answers: Which of the following is not a symptom of Jaccoud arthropathy?

answers: NDQ_007574

answers: None of the above choices are true

answers: NDQ_007575

answers: What is Jaccoud's arthopathy?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrotic

answers: NDQ_007579

answers: joint capsule

answers: NDQ_007580

answers: arthropathy

answers: NDQ_007581

answers: joint capsule

answers: NDQ_007582

answers: joint capsule

answers: NDQ_007583

answers: joint capsule

answers: NDQ_007584

answers: erosive

answers: NDQ_007549

answers: feet, knees and shoulders

answers: NDQ_007550

answers: metacarpophalageal joint

answers: NDQ_007551

answers: feet, knees and shoulders

answers: NDQ_007552

answers: fibrotic retraction,

answers: NDQ_007553

answers: systemic lupus erythematosus

answers: NDQ_007554

answers: fibrotic

answers: NDQ_007555

answers: feet, knees and shoulders

answers: NDQ_007556

answers: inflammation of the joint capsule and subsequent fibrotic retraction,

answers: NDQ_007557

answers: joint capsule

answers: NDQ_007558

answers: feet, knees and shoulders

answers: NDQ_007560

answers: metacarpophalageal joint

answers: NDQ_007562

answers: Jaccoud arthropathy

answers: NDQ_007563

answers: Jaccoud arthropathy

answers: NDQ_007566

answers: Jaccoud arthropathy

answers: NDQ_007568

answers: metacarpophalageal joint

answers: NDQ_007569

answers: metacarpophalageal joint

answers: NDQ_007570

answers: metacarpophalageal joint

answers: NDQ_007571

answers: Jaccoud arthropathy

answers: NDQ_007572

answers: systemic lupus erythematosus

answers: NDQ_007573

answers: Jaccoud arthropathy

answers: NDQ_007574

answers: Jaccoud arthropathy

answers: NDQ_007575

answers: Jaccoud arthropathy

answers: NDQ_007576

answers: metacarpophalageal joint

answers: NDQ_007577

answers: 5%

answers: NDQ_007578

answers: fibrotic

answers: NDQ_007579

answers: joint capsule

answers: NDQ_007580

answers: fibrotic

answers: NDQ_007581

answers: joint capsule

answers: NDQ_007582

answers: joint capsule

answers: NDQ_007583

answers: joint capsule

answers: NDQ_007584

answers: fibrotic retraction,

text: Legg believed the cause was impairment of blood supply to the femoral epiphysis, Calve believed rickets, and Perthes deduced an infection possibly causing degenerative arthritis leads to LCP disease. Currently, a number of factors have been implicated, including heredity, trauma, endocrine dysfunction, inflammation, nutrition, and altered circulatory hemodynamics.Risk factors are not limited to impaired and disproportionate growth, low birth weight, delayed skeletal maturity, short stature, systemic hormonal changes, and low economic index. Although no one has identified the cause of Perthes disease,  a reduction in blood flow to the joint is known.

text: Legg believed the cause was impairment of blood supply to the femoral epiphysis, Calve believed rickets, and Perthes deduced an infection possibly causing degenerative arthritis leads to LCP disease. Currently, a number of factors have been implicated, including heredity, trauma, endocrine dysfunction, inflammation, nutrition, and altered circulatory hemodynamics.Risk factors are not limited to impaired and disproportionate growth, low birth weight, delayed skeletal maturity, short stature, systemic hormonal changes, and low economic index. Although no one has identified the cause of Perthes disease,  a reduction in blood flow to the joint is known.

answers: NDQ_007549

answers: Femoral epiphysis

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: growth

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood vessels

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: delayed skeletal maturity

answers: NDQ_007557

answers: blood flow

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: femoral

answers: NDQ_007562

answers: rickets

answers: NDQ_007563

answers: Which of the following is not a risk factor for Perthes disease, a reduction in blood flow to the joint is known?

answers: NDQ_007566

answers: Which of the following is not a risk factor for Perthes disease?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a cause of LCP disease?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: impaired and disproportionate growth

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: epiphysis

answers: NDQ_007579

answers: epiphysis

answers: NDQ_007580

answers: epiphysis

answers: NDQ_007581

answers: epiphysis

answers: NDQ_007582

answers: epiphysis

answers: NDQ_007583

answers: epiphysis

answers: NDQ_007584

answers: degenerative

answers: NDQ_007549

answers: femoral epiphysis,

answers: NDQ_007550

answers: femoral epiphysis,

answers: NDQ_007551

answers: growth, low birth weight, delayed skeletal maturity,

answers: NDQ_007552

answers: inflammation, nutrition, and altered circulatory hemodynamics.Risk

answers: NDQ_007553

answers: endocrine

answers: NDQ_007554

answers: blood supply to the femoral epiphysis,

answers: NDQ_007555

answers: femoral epiphysis,

answers: NDQ_007556

answers: delayed skeletal maturity,

answers: NDQ_007557

answers: blood supply to the femoral epiphysis,

answers: NDQ_007558

answers: femoral

answers: NDQ_007560

answers: femoral epiphysis,

answers: NDQ_007562

answers: rickets,

answers: NDQ_007563

answers: rickets,

answers: NDQ_007566

answers: impairment of blood supply to the femoral epiphysis,

answers: NDQ_007568

answers: femoral epiphysis,

answers: NDQ_007569

answers: femoral epiphysis,

answers: NDQ_007570

answers: femoral epiphysis,

answers: NDQ_007571

answers: rickets,

answers: NDQ_007572

answers: femoral epiphysis,

answers: NDQ_007573

answers: impairment of blood supply to the femoral epiphysis,

answers: NDQ_007574

answers: skeletal maturity,

answers: NDQ_007575

answers: rickets,

answers: NDQ_007576

answers: impairment of blood supply to the femoral epiphysis,

answers: NDQ_007577

answers: femoral epiphysis,

answers: NDQ_007578

answers: epiphysis,

answers: NDQ_007579

answers: femoral epiphysis,

answers: NDQ_007580

answers: femoral epiphysis,

answers: NDQ_007581

answers: femoral epiphysis,

answers: NDQ_007582

answers: femoral epiphysis,

answers: NDQ_007583

answers: femoral epiphysis,

answers: NDQ_007584

answers: skeletal maturity,

text: The obstetrical dilemma hypothesizes that when hominids began to develop bipedal locomotion, the conflict between these two opposing evolutionary pressures became greatly exacerbated. Because humans are currently the only recognized extant obligately bipedal primates, meaning our body shape requires to only use two legs, major evolutionary developments had to occur in order to alter to the shape of the female pelvis. Human males evolved narrower hips optimized for locomotion, whereas female hips evolved to be a wider optimization because of childbirthing needs. Human pelvises have no distinguishing skeletal markers for sex before puberty, where horomones alter the shape of the pelvis in females. Overall, through evolution of the species, a number of structures in the body have changed size, proportion, or location in order to accommodate bipedal locomotion and allow a person to stand upright and face forward. To help support the upper body, a number of structural changes were made to the pelvis. The ilial pelvic bone shifted forward and broadened, while the ischial pelvic bone shrank, narrowing the pelvic canal. These changes were occurring at the same time as humans were developing larger craniums.

answers: NDQ_007549

answers: ilial pelvic bone

answers: NDQ_007550

answers: a number of structures in the body that have changed size, proportion, or location in order to accommodate bipedal locomotion

answers: NDQ_007551

answers: support the upper body

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: pelvis

answers: NDQ_007556

answers: larger craniums

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: pelvic

answers: NDQ_007560

answers: hips

answers: NDQ_007562

answers: Human pelvises have no distinguishing skeletal markers for sex before puberty

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a skeletal marker for sex in females?

answers: NDQ_007568

answers: Which of the following is not a type of bone: ilial, pelvic, or ischial?

answers: NDQ_007569

answers: What type of bone is the ilial pelvic bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of a structural change in the pelvis?

answers: NDQ_007573

answers: Which of the following is not an example of a structural change?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone: ilial, pelvic, or ischial?

answers: NDQ_007576

answers: Which of the following is not an example of a sprain?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: ischial

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: ilial

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: hips

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: ilial pelvic bone

answers: NDQ_007550

answers: ilial pelvic bone

answers: NDQ_007551

answers: allow a person to stand upright and face forward.

answers: NDQ_007552

answers: ilial pelvic bone

answers: NDQ_007553

answers: horomones

answers: NDQ_007554

answers: upper body,

answers: NDQ_007555

answers: ilial pelvic bone

answers: NDQ_007556

answers: larger craniums.

answers: NDQ_007557

answers: ilial pelvic bone

answers: NDQ_007558

answers: ilial pelvic bone

answers: NDQ_007560

answers: ilial pelvic bone

answers: NDQ_007562

answers: larger craniums.

answers: NDQ_007563

answers: ilial pelvic bone

answers: NDQ_007566

answers: ilial pelvic bone

answers: NDQ_007568

answers: ilial pelvic bone

answers: NDQ_007569

answers: ilial pelvic bone

answers: NDQ_007570

answers: upper body,

answers: NDQ_007571

answers: larger craniums.

answers: NDQ_007572

answers: ilial pelvic bone

answers: NDQ_007573

answers: ilial pelvic bone

answers: NDQ_007574

answers: Human pelvises have no distinguishing skeletal markers for sex

answers: NDQ_007575

answers: ilial pelvic bone

answers: NDQ_007576

answers: ilial pelvic bone

answers: NDQ_007577

answers: humans were developing larger craniums.

answers: NDQ_007578

answers: ilial pelvic bone

answers: NDQ_007579

answers: ilial pelvic bone

answers: NDQ_007580

answers: ilial pelvic bone

answers: NDQ_007581

answers: pelvic canal.

answers: NDQ_007582

answers: ilial pelvic bone

answers: NDQ_007583

answers: ilial pelvic bone

answers: NDQ_007584

answers: evolution

text: The Schipperke has no particular health problems. The UK Kennel Club survey puts the median lifespan of the breed at 13 years old, with about 20% living to 15 years or more. Of the 36 deceased dogs in the survey, the oldest dog was  years old.  Nonetheless, inactivity, lack of exercise and over-feeding are very harmful, and can lead to joint and skeletal problems and tooth, heart, lung or digestive conditions. Schipperke's primary orthopedic problem tends to be luxating patella and Legg-Perthes syndrome.  Some Schipperkes have demonstrated tendencies to epilepsy, although there are no tests: these seem to be related to genetic transmission...

text: The Schipperke has no particular health problems. The UK Kennel Club survey puts the median lifespan of the breed at 13 years old, with about 20% living to 15 years or more. Of the 36 deceased dogs in the survey, the oldest dog was  years old.  Nonetheless, inactivity, lack of exercise and over-feeding are very harmful, and can lead to joint and skeletal problems and tooth, heart, lung or digestive conditions. Schipperke's primary orthopedic problem tends to be

text: luxating patella

text: and

text: Legg-Perthes

text: syndrome.  Some Schipperkes have demonstrated tendencies to epilepsy, although there are no tests: these seem to be related to genetic transmission...

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: joint and skeletal

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Schipperke

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: dog

answers: NDQ_007556

answers: inactivity, lack of exercise and over-feeding

answers: NDQ_007557

answers: patella

answers: NDQ_007558

answers: patella

answers: NDQ_007560

answers: patella

answers: NDQ_007562

answers: The Schipperke has no particular health problems

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of the Schipperke?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Bones that are compact are called osteophytes.

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is NOT true about the Schipperke?

answers: NDQ_007572

answers: The Schipperke's primary orthopedic problem tends to be

answers: NDQ_007573

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007574

answers: The human skeleton consists entirely of muscle.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: How many bones does the Schipperke have?

answers: NDQ_007578

answers: patella

answers: NDQ_007579

answers: patella

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: patella

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: patella

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: luxating patella

answers: NDQ_007550

answers: patella

answers: NDQ_007551

answers: orthopedic problem tends to be luxating patella

answers: NDQ_007552

answers: luxating patella

answers: NDQ_007553

answers: over-feeding

answers: NDQ_007554

answers: patella

answers: NDQ_007555

answers: orthopedic problem tends to be luxating patella

answers: NDQ_007556

answers: inactivity, lack of exercise and over-feeding

answers: NDQ_007557

answers: patella

answers: NDQ_007558

answers: patella

answers: NDQ_007560

answers: patella

answers: NDQ_007562

answers: The Schipperke has no particular health problems.

answers: NDQ_007563

answers: Legg-Perthes syndrome.

answers: NDQ_007566

answers: joint and skeletal problems

answers: NDQ_007568

answers: joint and skeletal problems

answers: NDQ_007569

answers: luxating patella

answers: NDQ_007570

answers: luxating patella

answers: NDQ_007571

answers: inactivity, lack of exercise and over-feeding

answers: NDQ_007572

answers: luxating patella

answers: NDQ_007573

answers: inactivity, lack of exercise and over-feeding

answers: NDQ_007574

answers: joint and skeletal problems

answers: NDQ_007575

answers: inactivity, lack of exercise and over-feeding

answers: NDQ_007576

answers: luxating patella

answers: NDQ_007577

answers: Schipperke's

answers: NDQ_007578

answers: patella

answers: NDQ_007579

answers: patella

answers: NDQ_007580

answers: patella

answers: NDQ_007581

answers: patella

answers: NDQ_007582

answers: patella

answers: NDQ_007583

answers: patella

answers: NDQ_007584

answers: Legg-Perthes syndrome.

text: In a study comparing the prevalence of ankle sprains between age, race, and sex, individuals who were aged 10–19 years old had highest incidences of ankle sprains. It can be suggested that adolescents are more physically active, which leads to higher chances of ankle sprains.  Since sports deal with high utilization of the ankle, over 50% of ankle sprains are due to sport related injuries.

text: In a study comparing the

text: prevalence

text: of ankle sprains between age, race, and sex, individuals who were aged 10–19 years old had highest incidences of ankle sprains. It can be suggested that

text: adolescents

text: are more physically active, which leads to higher chances of ankle sprains.  Since sports deal with high utilization of the ankle, over 50% of ankle sprains are due to sport related injuries.

answers: NDQ_007549

answers: Ankle

answers: NDQ_007550

answers: bones that are connected to the rest of the body

answers: NDQ_007551

answers: foot and ankle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: over 50% of ankle sprains are due to sport related injuries

answers: NDQ_007563

answers: Calcium is a mineral that is found in bones.

answers: NDQ_007566

answers: What is the best way to describe bones?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Context: In a study comparing the prevalence of ankle sprains between age, race, and sex

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones make up the human body?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: ankle,

answers: NDQ_007550

answers: ankle,

answers: NDQ_007551

answers: sports

answers: NDQ_007552

answers: over 50% of ankle sprains are due to sport related injuries.

answers: NDQ_007553

answers: adolescents are more physically active,

answers: NDQ_007554

answers: ankle sprains.

answers: NDQ_007555

answers: ankle,

answers: NDQ_007556

answers: adolescents are more physically active,

answers: NDQ_007557

answers: ankle sprains between age, race, and sex,

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: adolescents are more physically active,

answers: NDQ_007563

answers: adolescents are more physically active,

answers: NDQ_007566

answers: ankle sprains between age, race, and sex,

answers: NDQ_007568

answers: adolescents are more physically active,

answers: NDQ_007569

answers: ankle sprains between age, race, and sex,

answers: NDQ_007570

answers: ankle sprains between age, race, and sex,

answers: NDQ_007571

answers: adolescents are more physically active,

answers: NDQ_007572

answers: adolescents are more physically active,

answers: NDQ_007573

answers: adolescents are more physically active,

answers: NDQ_007574

answers: adolescents are more physically active,

answers: NDQ_007575

answers: adolescents are more physically active,

answers: NDQ_007576

answers: over 50% of ankle sprains are due to sport related injuries.

answers: NDQ_007577

answers: 10–19

answers: NDQ_007578

answers: ankle,

answers: NDQ_007579

answers: ankle,

answers: NDQ_007580

answers: ankle,

answers: NDQ_007581

answers: ankle sprains

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle,

answers: NDQ_007584

answers: ankle sprains

text: Instead of using intensive processing of the 3D models and dealing with a lot of parameters, one can just use a simplified version of joint angle parameters along with segment lengths. This is known as a skeletal representation of the body, where a virtual skeleton of the person is computed and parts of the body are mapped to certain segments. The analysis here is done using the position and orientation of these segments and the relation between each one of them( for example the angle between the joints and the relative position or orientation)

text: Instead of using intensive processing of the 3D models and dealing with a lot of parameters, one can just use a simplified version of joint angle parameters along with segment lengths. This is known as a skeletal representation of the body, where a virtual skeleton of the person is computed and parts of the body are mapped to certain segments. The analysis here is done using the position and orientation of these segments and the relation between each one of them( for example the angle between the joints and the relative position or orientation)

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the human body

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: long bones

answers: NDQ_007557

answers: articulations

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: The analysis here is done using the position and orientation of these segments and the relation between each one of them

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis is a condition in which the bones of the body are weaker than normal.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Bones grow thinner when they are not under stress.

answers: NDQ_007576

answers: When a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: articular

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: joints

answers: NDQ_007550

answers: segment lengths.

answers: NDQ_007551

answers: joints

answers: NDQ_007552

answers: skeletal representation of the body,

answers: NDQ_007553

answers: skeletal representation of the body,

answers: NDQ_007554

answers: skeletal representation of the body, where a virtual skeleton

answers: NDQ_007555

answers: skeletal representation of the body,

answers: NDQ_007556

answers: segment lengths.

answers: NDQ_007557

answers: segment lengths.

answers: NDQ_007558

answers: joint angle parameters along with segment lengths.

answers: NDQ_007560

answers: joint angle

answers: NDQ_007562

answers: Instead of using intensive processing of the 3D models

answers: NDQ_007563

answers: a skeletal representation of the body,

answers: NDQ_007566

answers: skeletal representation of the body,

answers: NDQ_007568

answers: a skeletal representation of the body,

answers: NDQ_007569

answers: Instead of using intensive processing of the 3D models

answers: NDQ_007570

answers: skeletal representation of the body,

answers: NDQ_007571

answers: a skeletal representation of the body,

answers: NDQ_007572

answers: skeletal representation of the body,

answers: NDQ_007573

answers: a skeletal representation of the body,

answers: NDQ_007574

answers: skeletal representation of the body,

answers: NDQ_007575

answers: skeletal representation of the body,

answers: NDQ_007576

answers: skeletal representation of the body,

answers: NDQ_007577

answers: a lot of parameters,

answers: NDQ_007578

answers: skeletal representation of the body, where a virtual skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal representation of the body, where a virtual skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: skeletal representation of the body, where a virtual skeleton

answers: NDQ_007583

answers: skeletal representation of the body, where a virtual skeleton

answers: NDQ_007584

answers: skeletal representation of the body,

text: Nerves and muscles may be trapped by broken bones; in these cases the bones need to be put back into their proper places quickly.  For example, fractures of the orbital floor or medial orbital wall of the eye can entrap the medial rectus or inferior rectus muscles.  In facial wounds, tear ducts and nerves of the face may be damaged.  Fractures of the frontal bone can interfere with the drainage of the frontal sinus and can cause sinusitis.

text: Nerves and muscles may be trapped by broken bones; in these cases the bones need to be put back into their proper places quickly.  For example, fractures of the orbital floor or medial orbital wall of the eye can entrap the

text: medial rectus

text: or

text: inferior rectus muscle

text: s.  In facial wounds,

text: tear duct

text: s and nerves of the face may be damaged.  Fractures of the frontal bone can interfere with the drainage of the

text: frontal sinus

text: and can cause

text: sinusitis

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: nerves and muscles

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: frontal bone

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: frontal bone

answers: NDQ_007560

answers: medial rectus

answers: NDQ_007562

answers: Nerves and muscles may be trapped by broken bones

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a cause of bone fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a reason for bones to grow thicker?

answers: NDQ_007576

answers: Which of the following is NOT true?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sinus

answers: NDQ_007579

answers: bone

answers: NDQ_007580

answers: frontal bone

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: rectus

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: Nerves and muscles

answers: NDQ_007550

answers: bones;

answers: NDQ_007551

answers: muscles

answers: NDQ_007552

answers: muscles

answers: NDQ_007553

answers: broken bones;

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: Nerves and muscles

answers: NDQ_007556

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007557

answers: broken bones;

answers: NDQ_007558

answers: frontal bone

answers: NDQ_007560

answers: orbital floor

answers: NDQ_007562

answers: Nerves

answers: NDQ_007563

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007566

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007568

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007569

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007570

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007571

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007572

answers: broken bones;

answers: NDQ_007573

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007574

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007575

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007576

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007577

answers: Nerves and muscles may be trapped by broken bones;

answers: NDQ_007578

answers: sinusitis.

answers: NDQ_007579

answers: wall

answers: NDQ_007580

answers: orbital floor or medial orbital wall

answers: NDQ_007581

answers: wall

answers: NDQ_007582

answers: tear ducts

answers: NDQ_007583

answers: muscles

answers: NDQ_007584

answers: bones;

text: Osteoporosis is most common in women after menopause, when it is called postmenopausal osteoporosis, but may also develop in men, and may occur in anyone in the presence of particular hormonal disorders and other chronic diseases or as a result of medications, specifically glucocorticoids, when the disease is called steroid- or glucocorticoid-induced osteoporosis (SIOP or GIOP). Given its influence in the risk of fragility fracture, osteoporosis may significantly affect life expectancy and quality of life.

text: Osteoporosis is most common in women after

text: menopause

text: , when it is called postmenopausal osteoporosis, but may also develop in men, and may occur in anyone in the presence of particular hormonal disorders and other

text: chronic

text: diseases or as a result of medications, specifically

text: glucocorticoid

text: s, when the disease is called steroid- or

text: glucocorticoid-induced osteoporosis

text: (SIOP or GIOP). Given its influence in the risk of fragility fracture, osteoporosis may significantly affect

text: life expectancy

text: and

text: quality of life

answers: NDQ_007549

answers: fragility fracture

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: fragility fracture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: osteoporosis

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: menopause

answers: NDQ_007557

answers: osteoporosis

answers: NDQ_007558

answers: fragility fracture

answers: NDQ_007560

answers: fragility fracture

answers: NDQ_007562

answers: osteoporosis may significantly affect life expectancy and quality of life

answers: NDQ_007563

answers: What does osteoporosis affect?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Given its influence in the risk of fragility fracture

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fragility

answers: NDQ_007579

answers: osteoporous

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: fragility

answers: NDQ_007583

answers: fragility fracture

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: fragility fracture,

answers: NDQ_007550

answers: glucocorticoids,

answers: NDQ_007551

answers: fragility fracture,

answers: NDQ_007552

answers: glucocorticoids,

answers: NDQ_007553

answers: glucocorticoids,

answers: NDQ_007554

answers: glucocorticoids,

answers: NDQ_007555

answers: postmenopausal osteoporosis,

answers: NDQ_007556

answers: hormonal disorders

answers: NDQ_007557

answers: glucocorticoids,

answers: NDQ_007558

answers: fragility fracture,

answers: NDQ_007560

answers: Osteoporosis

answers: NDQ_007562

answers: fragility fracture, osteoporosis may significantly affect life expectancy

answers: NDQ_007563

answers: glucocorticoids,

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: postmenopausal osteoporosis,

answers: NDQ_007569

answers: postmenopausal osteoporosis,

answers: NDQ_007570

answers: postmenopausal osteoporosis,

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: postmenopausal osteoporosis,

answers: NDQ_007573

answers: fragility fracture,

answers: NDQ_007574

answers: Osteoporosis

answers: NDQ_007575

answers: glucocorticoids,

answers: NDQ_007576

answers: postmenopausal osteoporosis,

answers: NDQ_007577

answers: postmenopausal osteoporosis,

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: fragility

answers: NDQ_007581

answers: Osteoporosis

answers: NDQ_007582

answers: glucocorticoids,

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: postmenopausal osteoporosis,

text: Swallowing is a complex mechanism using both skeletal muscle (tongue) and smooth muscles of the pharynx and esophagus. The autonomic nervous system (ANS) coordinates this process in the pharyngeal and esophageal phases.

text: Swallowing is a complex mechanism using both skeletal muscle (

text: tongue

text: ) and smooth muscles of the pharynx and

text: esophagus

text: . The

text: autonomic nervous system

text: (ANS) coordinates this process in the pharyngeal and esophageal phases.

answers: NDQ_007549

answers: tongue

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: end of long bones ossify later

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: tongue

answers: NDQ_007560

answers: tongue

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: Which of the following is not a part of the autonomic nervous system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a phase of swallowing?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: (tongue)

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: Swallowing

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: The autonomic nervous system

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: pharynx and esophagus.

answers: NDQ_007560

answers: (tongue)

answers: NDQ_007562

answers: Swallowing

answers: NDQ_007563

answers: Swallowing is a complex mechanism using both skeletal muscle

answers: NDQ_007566

answers: Swallowing is a complex mechanism using both skeletal muscle

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: skeletal muscle

answers: NDQ_007570

answers: Swallowing is a complex mechanism using both skeletal muscle

answers: NDQ_007571

answers: Swallowing is a complex mechanism using both skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: Swallowing

answers: NDQ_007574

answers: Swallowing is a complex mechanism using both skeletal muscle

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: Swallowing is a complex mechanism using both skeletal muscle

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: Cardiac muscle bears some similarities to skeletal muscle, as well as important differences. Like skeletal myocytes (and axons for that matter), in the resting state a given cardiac myocyte has a negative membrane potential. Within the cell K(potassium) is the principal cation, and phosphate and the conjugate bases of organic acids are the dominant anions.  Outside the cell Na (sodium) is the principal cation and Cl (chloride) is the dominant anion. A notable difference between skeletal and cardiac myocytes is how each elevates the myoplasmic Ca to induce contraction. When skeletal muscle is stimulated by somatic motor axons, influx of Na quickly depolarizes the skeletal myocyte and triggers calcium release from the sarcoplasmic reticulum.  However, in cardiac myocytes the release of Ca from the sarcoplasmic reticulum is induced by Ca influx into the cell through voltage-gated calcium channels on the sarcolemma.  This phenomenon is called calcium-induced calcium release and increases the myoplasmic free Ca concentration causing muscle contraction. In both muscle types, after a delay (the absolute refractory period), potassium channels reopen and the resulting flow of K out of the cell causes repolarization.  The voltage-gated calcium channels in the cardiac sarcolemma are generally triggered by an influx in sodium during the "0" phase of the action potential (see below). Cardiac muscle is a syncytium in which the cardiac muscle cells are so tightly bound that when one of these cells is excited the action potential spreads to all of them and allows succinct coordinated contraction of the heart. Cardiac pacemaker cells (autorhythmic cells) are connected to adjoining contractile cells (non-pacemaker cells) via gap junctions. Gap junctions allow the spontaneous depolarization and action potential generated by pacemaker cells to be transferred to contractile cells. Of all the cells in the body, only heart cells are able to contract on their own without stimulation from the nervous system.

text: Cardiac muscle bears some similarities to

text: skeletal muscle

text: , as well as important differences. Like skeletal myocytes (and axons for that matter), in the resting state a given cardiac myocyte has a negative

text: membrane potential

text: . Within the cell K(potassium) is the principal

text: cation

text: , and

text: phosphate

text: and the

text: conjugate base

text: s of

text: organic acid

text: s are the dominant

text: anion

text: s.  Outside the cell

text: (sodium) is the principal cation and

text: Cl

text: (chloride) is the dominant anion. A notable difference between skeletal and cardiac myocytes is how each elevates the myoplasmic Ca to induce contraction. When skeletal muscle is stimulated by somatic motor axons, influx of Na quickly depolarizes the skeletal myocyte and triggers calcium release from the sarcoplasmic reticulum.  However, in cardiac myocytes the release of Ca from the

text: sarcoplasmic reticulum

text: is induced by Ca influx into the cell through

text: voltage-gated calcium channels

text: on the sarcolemma.  This phenomenon is called

text: calcium-induced calcium release

text: and increases the myoplasmic free Ca concentration causing

text: muscle contraction

text: . In both muscle types, after a delay (the

text: absolute refractory period

text: potassium channels

text: reopen and the resulting flow of K out of the cell causes

text: repolarization

text: .  The voltage-gated calcium channels in the cardiac sarcolemma are generally triggered by an influx in sodium during the "0" phase of the action potential (see below). Cardiac muscle is a

text: syncytium

text: in which the cardiac muscle cells are so tightly bound that when one of these cells is excited the action potential spreads to all of them and allows succinct coordinated contraction of the heart.

text: Cardiac pacemaker

text: cells (autorhythmic cells) are connected to adjoining contractile cells (non-pacemaker cells) via

text: gap junction

text: s. Gap junctions allow the spontaneous depolarization and action potential generated by pacemaker cells to be transferred to contractile cells. Of all the cells in the body, only heart cells are able to contract on their own without stimulation from the nervous system.

answers: NDQ_007549

answers: Cardiac muscle

answers: NDQ_007550

answers: axons and muscle

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: sarcolemma

answers: NDQ_007553

answers: cardiac myocytes

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: body to each other

answers: NDQ_007556

answers: absolute refractory period

answers: NDQ_007557

answers: gap junctions

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: gap junctions

answers: NDQ_007562

answers: Cardiac muscle bears some similarities to skeletal muscle, as well as important differences

answers: NDQ_007563

answers: Which of the following is not a type of muscle: skeletal or cardiac?

answers: NDQ_007566

answers: What is a notable difference between skeletal and cardiac myocytes?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a cell type: cardiac myocytes, skeletal muscle, or axons?

answers: NDQ_007573

answers: What is the main difference between skeletal and cardiac muscle?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the main difference between skeletal muscle and cardiac muscle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sarcoplasmic

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: axons

answers: NDQ_007550

answers: calcium-induced calcium release

answers: NDQ_007551

answers: muscle contraction.

answers: NDQ_007552

answers: cardiac sarcolemma

answers: NDQ_007553

answers: calcium-induced calcium release

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: refractory period),

answers: NDQ_007557

answers: cardiac sarcolemma

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: cardiac sarcolemma

answers: NDQ_007562

answers: calcium-induced calcium release

answers: NDQ_007563

answers: cardiac sarcolemma

answers: NDQ_007566

answers: calcium-induced calcium release

answers: NDQ_007568

answers: cardiac sarcolemma

answers: NDQ_007569

answers: calcium-induced calcium release

answers: NDQ_007570

answers: voltage-gated calcium channels

answers: NDQ_007571

answers: cardiac sarcolemma

answers: NDQ_007572

answers: calcium-induced calcium release

answers: NDQ_007573

answers: calcium-induced calcium release

answers: NDQ_007574

answers: cardiac sarcolemma

answers: NDQ_007575

answers: calcium-induced calcium release

answers: NDQ_007576

answers: calcium-induced calcium release

answers: NDQ_007577

answers: cardiac sarcolemma

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: cardiac sarcolemma

text: Fosamax (alendronate) is a bisphosphonate used for the treatment of post-menopausal osteoporosis and for the prevention of skeletal problems in certain cancers.  The American College of Clinical Endocrinology, the American College of Obstetricians and Gynecologists, the North American Menopause Society and the UK National Osteoporosis Guideline Group recommend alendronate and certain other bisphosphonates as first line treatments for post-menopausal osteopotosis.Long-term treatment with bisphosponates produces anti-fracture and bone mineral density effects that persist for 3–5 years after an initial 3–5 years of treatment.  Alendronate  reduces the risk of hip, vertebral, and wrist fractures by 35-39%.

text: Fosamax (

text: alendronate

text: ) is a

text: bisphosphonate

text: used for the treatment of post-menopausal osteoporosis and for the prevention of skeletal problems in certain cancers.  The American College of Clinical Endocrinology, the American College of Obstetricians and Gynecologists, the North American Menopause Society and the UK National Osteoporosis Guideline Group recommend alendronate and certain other bisphosphonates as first line treatments for post-menopausal osteopotosis.Long-term treatment with bisphosponates produces anti-fracture and bone mineral density effects that persist for 3–5 years after an initial 3–5 years of treatment.  Alendronate  reduces the risk of hip, vertebral, and wrist fractures by 35-39%.

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: bone mineral density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone mineral

answers: NDQ_007555

answers: vertebral

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: wrist

answers: NDQ_007562

answers: hip, vertebral, and wrist fractures by 35-39%

answers: NDQ_007563

answers: Which of the following is not a type of bone: hip, vertebral, or wrist?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone: hip, vertebral, or wrist?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: hip, vertebral, or wrist?

answers: NDQ_007571

answers: Which of the following is not a vitamin: Calcium, Vitamin D, or Osteoporosis

answers: NDQ_007572

answers: Which of the following is not a type of bone: hip, vertebral, or wrist?

answers: NDQ_007573

answers: Which of the following is not a type of fracture: hip, vertebral, or wrist?

answers: NDQ_007574

answers: How many years after an initial 3–5 years of treatment?

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: bone mineral

answers: NDQ_007581

answers: vertebral

answers: NDQ_007582

answers: bone mineral density

answers: NDQ_007583

answers: bisphosphonate

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: hip, vertebral, and wrist fractures

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: hip, vertebral, and wrist fractures

answers: NDQ_007552

answers: bisphosphonate

answers: NDQ_007553

answers: cancers. The American College of Clinical Endocrinology,

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: hip,

answers: NDQ_007556

answers: post-menopausal osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hip, vertebral,

answers: NDQ_007560

answers: hip,

answers: NDQ_007562

answers: 35-39%.

answers: NDQ_007563

answers: bone mineral density

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: hip, vertebral, and wrist fractures by 35-39%.

answers: NDQ_007569

answers: bone mineral density

answers: NDQ_007570

answers: hip, vertebral, and wrist fractures by 35-39%.

answers: NDQ_007571

answers: bone mineral density

answers: NDQ_007572

answers: bone mineral density

answers: NDQ_007573

answers: hip, vertebral, and wrist fractures by 35-39%.

answers: NDQ_007574

answers: bone mineral density

answers: NDQ_007575

answers: bone mineral density

answers: NDQ_007576

answers: anti-fracture

answers: NDQ_007577

answers: hip, vertebral, and wrist fractures by 35-39%.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: bisphosphonate

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis

text: A soft collar is fairly flexible and is the least limiting but can carry a high risk of further breakage, especially in people with osteoporosis. It can be used for minor injuries or after healing has allowed the neck to become more stable.

text: A soft collar is fairly flexible and is the least limiting but can carry a high risk of further breakage, especially in people with

text: osteoporosis

text: . It can be used for minor injuries or after healing has allowed the neck to become more stable.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: breaking bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: osteophytes

answers: NDQ_007555

answers: neck

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: neck

answers: NDQ_007560

answers: the neck

answers: NDQ_007562

answers: A soft collar is fairly flexible and is the least limiting

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: soft collar

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: osteoporosis.

answers: NDQ_007550

answers: osteoporosis.

answers: NDQ_007551

answers: injuries or after healing has allowed the neck to become more stable.

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: neck

answers: NDQ_007562

answers: healing has allowed the neck to become more stable.

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: osteoporosis.

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: A soft collar

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: A soft collar

answers: NDQ_007574

answers: osteoporosis.

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: soft collar

answers: NDQ_007577

answers: osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: osteoporosis.

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: healing

text: The greater trochanter (great trochanter) of the femur is a large, irregular, quadrilateral eminence and a part of the skeletal system.

text: The greater trochanter (great trochanter) of the

text: femur

text: is a large, irregular, quadrilateral eminence and a part of the skeletal system.

answers: NDQ_007549

answers: femur

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: eminence

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: greater trochanter

answers: NDQ_007562

answers: The greater trochanter of the femur is not a part of the skeletal system.

answers: NDQ_007563

answers: Which of the following is not a skeletal system?

answers: NDQ_007566

answers: How would you describe a femur?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a skeletal system?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the greatest trochanter of the femur?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: It is not possible to tell

answers: NDQ_007577

answers: It's impossible to say

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: eminence

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: femur

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: The greater trochanter

answers: NDQ_007550

answers: femur

answers: NDQ_007551

answers: quadrilateral eminence

answers: NDQ_007552

answers: skeletal system.

answers: NDQ_007553

answers: skeletal system.

answers: NDQ_007554

answers: skeletal system.

answers: NDQ_007555

answers: femur

answers: NDQ_007556

answers: irregular, quadrilateral eminence

answers: NDQ_007557

answers: skeletal system.

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: greater trochanter

answers: NDQ_007562

answers: The greater trochanter

answers: NDQ_007563

answers: skeletal system.

answers: NDQ_007566

answers: The greater trochanter

answers: NDQ_007568

answers: quadrilateral

answers: NDQ_007569

answers: The greater trochanter

answers: NDQ_007570

answers: The greater trochanter

answers: NDQ_007571

answers: skeletal system.

answers: NDQ_007572

answers: quadrilateral eminence

answers: NDQ_007573

answers: The greater trochanter

answers: NDQ_007574

answers: The greater trochanter

answers: NDQ_007575

answers: skeletal system.

answers: NDQ_007576

answers: The greater trochanter

answers: NDQ_007577

answers: The greater trochanter

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: femur

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: skeletal system.

answers: NDQ_007582

answers: femur

answers: NDQ_007583

answers: femur

answers: NDQ_007584

answers: skeletal system.

text: Muscular activity accounts for much of the body's energy consumption. All muscle cells produce adenosine triphosphate (ATP) molecules which are used to power the movement of the myosin heads. Muscles have a short-term store of energy in the form of creatine phosphate which is generated from ATP and can regenerate ATP when needed with creatine kinase. Muscles also keep a storage form of glucose in the form of glycogen. Glycogen can be rapidly converted to glucose when energy is required for sustained, powerful contractions. Within the voluntary skeletal muscles, the glucose molecule can be metabolized anaerobically in a process called glycolysis which produces two ATP and two lactic acid molecules in the process (note that in aerobic conditions, lactate is not formed; instead pyruvate is formed and transmitted through the citric acid cycle). Muscle cells also contain globules of fat, which are used for energy during aerobic exercise. The aerobic energy systems take longer to produce the ATP and reach peak efficiency, and requires many more biochemical steps, but produces significantly more ATP than anaerobic glycolysis. Cardiac muscle on the other hand, can readily consume any of the three macronutrients (protein, glucose and fat) aerobically without a 'warm up' period and always extracts the maximum ATP yield from any molecule involved. The heart, liver and red blood cells will also consume lactic acid produced and excreted by skeletal muscles during exercise.

text: Muscular activity accounts for much of the body's

text: energy

text: consumption. All muscle cells produce

text: adenosine triphosphate

text: (ATP) molecules which are used to power the movement of the

text: myosin

text: heads. Muscles have a short-term store of energy in the form of

text: creatine phosphate

text: which is generated from ATP and can regenerate ATP when needed with

text: creatine kinase

text: . Muscles also keep a storage form of glucose in the form of

text: glycogen

text: . Glycogen can be rapidly converted to

text: glucose

text: when energy is required for sustained, powerful contractions. Within the voluntary skeletal muscles, the glucose molecule can be metabolized anaerobically in a process called glycolysis which produces two ATP and two

text: lactic acid

text: molecules in the process (note that in aerobic conditions, lactate is not formed; instead

text: pyruvate

text: is formed and transmitted through the

text: citric acid cycle

text: ). Muscle cells also contain globules of fat, which are used for energy during

text: aerobic exercise

text: . The aerobic energy systems take longer to produce the ATP and reach peak efficiency, and requires many more biochemical steps, but produces significantly more ATP than anaerobic glycolysis. Cardiac muscle on the other hand, can readily consume any of the three macronutrients (protein, glucose and fat) aerobically without a 'warm up' period and always extracts the maximum ATP yield from any molecule involved. The heart, liver and red blood cells will also consume lactic acid produced and excreted by skeletal muscles during exercise.

answers: NDQ_007549

answers: creatine kinase

answers: NDQ_007550

answers: Muscle cells also contain globules of fat, which are used for energy during

answers: NDQ_007551

answers: powering the myosin heads

answers: NDQ_007552

answers: ATP

answers: NDQ_007553

answers: Red blood cells will also consume what?

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Muscles

answers: NDQ_007556

answers: longer bones ossify later

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: muscle cells produce adenosine triphosphate (ATP) molecules

answers: NDQ_007563

answers: Which of the following is not a storage form of glucose in the form of glycogen?

answers: NDQ_007566

answers: Which of the following is not used for energy during aerobic exercise?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a macronutrient?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a form of energy?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not used for energy during aerobic exercise?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoblast

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: Bone marrow

answers: NDQ_007549

answers: muscle cells

answers: NDQ_007550

answers: muscle cells

answers: NDQ_007551

answers: power the movement of the myosin heads.

answers: NDQ_007552

answers: creatine phosphate

answers: NDQ_007553

answers: red blood cells

answers: NDQ_007554

answers: skeletal muscles,

answers: NDQ_007555

answers: skeletal muscles,

answers: NDQ_007556

answers: muscle cells produce adenosine triphosphate

answers: NDQ_007557

answers: skeletal muscles,

answers: NDQ_007558

answers: skeletal muscles,

answers: NDQ_007560

answers: skeletal muscles,

answers: NDQ_007562

answers: Muscular activity

answers: NDQ_007563

answers: creatine phosphate

answers: NDQ_007566

answers: Muscular activity

answers: NDQ_007568

answers: muscle cells produce adenosine triphosphate

answers: NDQ_007569

answers: creatine phosphate

answers: NDQ_007570

answers: creatine kinase.

answers: NDQ_007571

answers: creatine phosphate

answers: NDQ_007572

answers: red blood cells

answers: NDQ_007573

answers: Muscular activity

answers: NDQ_007574

answers: globules of fat,

answers: NDQ_007575

answers: skeletal muscles

answers: NDQ_007576

answers: Muscular activity

answers: NDQ_007577

answers: creatine kinase.

answers: NDQ_007578

answers: skeletal muscles,

answers: NDQ_007579

answers: skeletal muscles,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscles,

answers: NDQ_007582

answers: skeletal muscles,

answers: NDQ_007583

answers: skeletal muscles,

answers: NDQ_007584

answers: glycolysis

text: The risk of a sprain is greatest during activities that involve explosive side-to-side motion, such as squash, tennis or basketball. Sprained ankles can also occur during normal daily activities such as stepping off a curb or slipping on ice.Returning to activity before the ligaments have fully healed may cause them to heal in a stretched position, resulting in less stability at the ankle joint.  This can lead to a condition known as Chronic Ankle Instability (CAI), and an increased risk of ankle sprains.

text: The risk of a sprain is greatest during activities that involve explosive side-to-side motion, such as squash, tennis or basketball. Sprained ankles can also occur during normal daily activities such as stepping off a curb or slipping on ice.Returning to activity before the ligaments have fully healed may cause them to heal in a stretched position, resulting in less stability at the ankle joint.  This can lead to a condition known as Chronic Ankle Instability (CAI), and an increased risk of ankle sprains.

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: the bones of the limbs

answers: NDQ_007551

answers: activities that involve explosive side-to-side motion

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: less stability at the ankle joint

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Sprained ankles can also occur during normal daily activities

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What can lead to a condition known as Chronic Ankle Instability?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of bone: Bones or muscles?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: ice

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ice

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: ligaments

answers: NDQ_007549

answers: ligaments

answers: NDQ_007550

answers: ligaments

answers: NDQ_007551

answers: side-to-side motion,

answers: NDQ_007552

answers: ligaments

answers: NDQ_007553

answers: activities that involve explosive side-to-side motion,

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: ankle joint.

answers: NDQ_007556

answers: explosive side-to-side motion,

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankles

answers: NDQ_007560

answers: ankles

answers: NDQ_007562

answers: The risk of a sprain

answers: NDQ_007563

answers: side-to-side motion,

answers: NDQ_007566

answers: basketball.

answers: NDQ_007568

answers: side-to-side motion,

answers: NDQ_007569

answers: The risk of a sprain

answers: NDQ_007570

answers: side-to-side motion,

answers: NDQ_007571

answers: activities that involve explosive side-to-side motion,

answers: NDQ_007572

answers: side-to-side motion,

answers: NDQ_007573

answers: Chronic Ankle Instability

answers: NDQ_007574

answers: side-to-side motion,

answers: NDQ_007575

answers: activities that involve explosive side-to-side motion,

answers: NDQ_007576

answers: Sprained ankles

answers: NDQ_007577

answers: side-to-side motion,

answers: NDQ_007578

answers: ice.Returning

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: ice.Returning

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: healed

text: The hyphal system is dimitic, meaning it contains both generative and skeletal hyphae. The generative hyphae have clamp connections; the skeletal hyphae are brownish, and thick-walled to solid. There are no cystidia in the hymenium. The spores are mostly small, with their longest dimension typically less than 5 µm. They are smooth and thin-walled, hyaline (translucent), with an allantoid (long with rounded ends) to broadly ellipsoid shape.

text: The

text: hypha

text: l system is dimitic, meaning it contains both generative and skeletal hyphae. The generative hyphae have

text: clamp connection

text: s; the skeletal hyphae are brownish, and thick-walled to solid. There are no

text: cystidia

text: in the

text: hymenium

text: . The

text: spores

text: are mostly small, with their longest dimension typically less than 5

text: µm

text: . They are smooth and thin-walled,

text: hyaline

text: (translucent), with an allantoid (long with rounded ends) to broadly

text: ellipsoid

text: shape.

answers: NDQ_007549

answers: skeletal hyphae

answers: NDQ_007550

answers: skeletal hyphae

answers: NDQ_007551

answers: thick-walled to solid

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: hymenium

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: genitals

answers: NDQ_007556

answers: rounded ends

answers: NDQ_007557

answers: skeletal hyphae

answers: NDQ_007558

answers: The generative hyphae

answers: NDQ_007560

answers: clamp connections

answers: NDQ_007562

answers: There are no cystidia in the hymenium

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: What does the hymenium contain?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of spore: spores, cystidia, or spores?

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: Which of the following is not true of skeletal hyphae?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: hyaline

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: hymenium

answers: NDQ_007583

answers: skeletal hyphae

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: thick-walled to solid.

answers: NDQ_007550

answers: generative and skeletal hyphae.

answers: NDQ_007551

answers: clamp connections;

answers: NDQ_007552

answers: allantoid

answers: NDQ_007553

answers: generative and skeletal hyphae.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: generative hyphae have clamp connections;

answers: NDQ_007556

answers: rounded

answers: NDQ_007557

answers: clamp connections;

answers: NDQ_007558

answers: generative hyphae

answers: NDQ_007560

answers: generative hyphae have clamp connections;

answers: NDQ_007562

answers: cystidia in the hymenium.

answers: NDQ_007563

answers: The hyphal system is dimitic,

answers: NDQ_007566

answers: The hyphal system is dimitic,

answers: NDQ_007568

answers: generative and skeletal hyphae.

answers: NDQ_007569

answers: skeletal hyphae.

answers: NDQ_007570

answers: generative hyphae have clamp connections;

answers: NDQ_007571

answers: skeletal hyphae.

answers: NDQ_007572

answers: allantoid

answers: NDQ_007573

answers: generative and skeletal hyphae.

answers: NDQ_007574

answers: generative and skeletal hyphae.

answers: NDQ_007575

answers: skeletal hyphae are brownish, and thick-walled

answers: NDQ_007576

answers: The hyphal system is dimitic,

answers: NDQ_007577

answers: generative and skeletal hyphae.

answers: NDQ_007578

answers: allantoid

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal hyphae

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: cystidia in the hymenium.

answers: NDQ_007583

answers: skeletal hyphae

answers: NDQ_007584

answers: skeletal

text: ACL sprains – The anterior cruciate ligament (ACL) is a ligament involved in knee stabilization. An ACL rupture can occur when the foot is planted and the knee twists to change direction.

text: ACL sprains – The anterior cruciate ligament (ACL) is a ligament involved in knee stabilization. An ACL rupture can occur when the foot is planted and the knee twists to change direction.

answers: NDQ_007549

answers: ACL sprains

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: stabilization

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: ligament

answers: NDQ_007555

answers: knee

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: knee

answers: NDQ_007560

answers: the knee

answers: NDQ_007562

answers: An ACL rupture can occur when the foot is planted and the knee twists to change direction

answers: NDQ_007563

answers: What is the primary source of calcium in bones?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Context: How does the skeleton of the foot differ from the skeleton of the leg?

answers: NDQ_007570

answers: Context: ACL sprains – The anterior cruciate ligament (ACL) is a ligament involved in knee stabilization. An ACL rupture can occur when the foot is planted and the knee twists to change direction.

answers: NDQ_007571

answers: What do you need to keep your bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is not a ligament: ACL, ACL sprain, or osteoporosis?

answers: NDQ_007574

answers: Context: An ACL rupture can occur when the foot is planted and the knee twists to change direction. An ACL rupture can occur when the foot is planted and the knee twists to change direction.

answers: NDQ_007575

answers: Which of the following is not a type of ligament: the anterior cruciate ligament (ACL) or the ligament involved in knee stabilization?

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the human body have?

answers: NDQ_007578

answers: cruciate

answers: NDQ_007579

answers: cruciate ligament

answers: NDQ_007580

answers: cruciate

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: cruciate ligament

answers: NDQ_007583

answers: ACL

answers: NDQ_007584

answers: cruciate ligament

answers: NDQ_007549

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007550

answers: anterior cruciate ligament

answers: NDQ_007551

answers: knee stabilization.

answers: NDQ_007552

answers: anterior cruciate ligament

answers: NDQ_007553

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007554

answers: cruciate ligament

answers: NDQ_007555

answers: knee

answers: NDQ_007556

answers: when the foot is planted and the knee twists to change direction.

answers: NDQ_007557

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007558

answers: knee

answers: NDQ_007560

answers: knee

answers: NDQ_007562

answers: ACL sprains

answers: NDQ_007563

answers: ACL sprains

answers: NDQ_007566

answers: ACL sprains

answers: NDQ_007568

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007569

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007570

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007571

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007572

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007573

answers: ACL sprains

answers: NDQ_007574

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007575

answers: ACL sprains

answers: NDQ_007576

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007577

answers: ACL sprains – The anterior cruciate ligament

answers: NDQ_007578

answers: anterior cruciate ligament

answers: NDQ_007579

answers: cruciate ligament

answers: NDQ_007580

answers: anterior cruciate ligament

answers: NDQ_007581

answers: anterior cruciate ligament

answers: NDQ_007582

answers: anterior cruciate ligament

answers: NDQ_007583

answers: cruciate ligament

answers: NDQ_007584

answers: anterior cruciate ligament

text: Myosin essential light chain (ELC), ventricular/cardiac isoform is a protein that in humans is encoded by the MYL3 gene. This cardiac ventricular/slow skeletal ELC isoform is distinct from that expressed in fast skeletal muscle (MYL1) and cardiac atrial muscle (MYL4). Ventricular ELC is part of the myosin molecule and is important in modulating cardiac muscle contraction.

text: Myosin essential light chain (ELC), ventricular/cardiac isoform is a

text: protein

text: that in humans is encoded by the MYL3

text: gene

text: . This cardiac ventricular/slow skeletal ELC isoform is distinct from that expressed in fast skeletal muscle (

text: ) and cardiac atrial muscle (

text: ). Ventricular ELC is part of the

text: myosin

text: molecule and is important in modulating cardiac

text: muscle contraction

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: Myosin

answers: NDQ_007553

answers: Myosin

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: slow skeletal

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: atrial muscle

answers: NDQ_007562

answers: Myosin essential light chain is part of the myosin molecule

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: What is the ball-and-socket joint?

answers: NDQ_007571

answers: What do you need to keep your bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: Myosin essential light chain (ELC)

answers: NDQ_007574

answers: Which of the following is not a characteristic of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal muscle or cardiac atrial muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: cardiac muscle contraction.

answers: NDQ_007552

answers: Myosin essential light chain

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: ventricular/slow skeletal

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: Ventricular

answers: NDQ_007562

answers: Myosin essential light chain (ELC),

answers: NDQ_007563

answers: skeletal muscle

answers: NDQ_007566

answers: Myosin essential light chain

answers: NDQ_007568

answers: skeletal muscle

answers: NDQ_007569

answers: Myosin essential light chain

answers: NDQ_007570

answers: Myosin essential light chain (ELC),

answers: NDQ_007571

answers: Myosin

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: MYL3

answers: NDQ_007574

answers: MYL3

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: Myosin essential light chain (ELC),

answers: NDQ_007577

answers: humans is encoded by the MYL3

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal

text: Skeletal pneumaticity is the presence of air spaces within bones. It is generally produced during development by excavation of bone by pneumatic diverticula (air sacs) from an air-filled space such as the lungs or nasal cavity. Pneumatization is highly variable between individuals, and bones not normally pneumatized can become pneumatized in pathological development.

text: Skeletal pneumaticity is the presence of air spaces within bones. It is generally produced during development by excavation of bone by pneumatic

text: diverticula

text: (air sacs) from an air-filled space such as the lungs or nasal cavity. Pneumatization is highly variable between individuals, and bones not normally pneumatized can become pneumatized in pathological development.

answers: NDQ_007549

answers: air sacs

answers: NDQ_007550

answers: air sacs

answers: NDQ_007551

answers: excavation of bone

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Skeletal pneumaticity

answers: NDQ_007554

answers: air

answers: NDQ_007555

answers: lungs

answers: NDQ_007556

answers: lungs or nasal cavity

answers: NDQ_007557

answers: air sacs

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Skeletal pneumaticity is the presence of air spaces within bones

answers: NDQ_007563

answers: Which of the following is not a type of diverticula?

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: 206

answers: NDQ_007578

answers: pneumaticity

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: lungs

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Pneumatization

answers: NDQ_007549

answers: pneumatic diverticula (air sacs)

answers: NDQ_007550

answers: bones.

answers: NDQ_007551

answers: excavation of bone by pneumatic diverticula

answers: NDQ_007552

answers: Skeletal pneumaticity

answers: NDQ_007553

answers: lungs

answers: NDQ_007554

answers: air

answers: NDQ_007555

answers: lungs or nasal cavity.

answers: NDQ_007556

answers: bones not normally pneumatized can become pneumatized in pathological development.

answers: NDQ_007557

answers: pneumatic diverticula (air sacs)

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: Skeletal pneumaticity

answers: NDQ_007563

answers: pneumatic diverticula

answers: NDQ_007566

answers: Skeletal pneumaticity

answers: NDQ_007568

answers: Skeletal pneumaticity

answers: NDQ_007569

answers: Skeletal pneumaticity

answers: NDQ_007570

answers: Skeletal pneumaticity

answers: NDQ_007571

answers: Skeletal pneumaticity

answers: NDQ_007572

answers: lungs or nasal cavity.

answers: NDQ_007573

answers: Skeletal pneumaticity

answers: NDQ_007574

answers: pneumatic diverticula

answers: NDQ_007575

answers: pneumatic diverticula

answers: NDQ_007576

answers: Skeletal pneumaticity

answers: NDQ_007577

answers: Skeletal pneumaticity

answers: NDQ_007578

answers: Skeletal pneumaticity

answers: NDQ_007579

answers: (air sacs)

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: (air sacs)

answers: NDQ_007582

answers: (air sacs) from an air-filled space such as the lungs

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: development

text: The vast and disjunct distribution of W. attu has led to the assumption that it might in fact not be a single species. A preliminary bone-by-bone comparison of W. attu specimens from Southeast Asia and South Asia showed significant differences in their skeletal structure. It is thus assumed that pending further research W. attu may possibly be split into two or more species within the Wallago genus in the future.

text: The vast and disjunct distribution of W. attu has led to the assumption that it might in fact not be a single species. A preliminary bone-by-bone comparison of W. attu specimens from Southeast Asia and South Asia showed significant differences in their skeletal structure. It is thus assumed that pending further research W. attu may possibly be split into two or more species within the Wallago genus in the future.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: skeletal structure

answers: NDQ_007556

answers: disjunct distribution

answers: NDQ_007557

answers: skeletal structure

answers: NDQ_007558

answers: W. attu

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: W. attu may possibly be split into two or more species within the Wallago genus

answers: NDQ_007563

answers: What is the primary function of bones?

answers: NDQ_007566

answers: How would you describe W. attu?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of W. attu?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osseous

answers: NDQ_007549

answers: bone-by-bone

answers: NDQ_007550

answers: bone-by-bone

answers: NDQ_007551

answers: bone-by-bone

answers: NDQ_007552

answers: bone-by-bone

answers: NDQ_007553

answers: bone-by-bone

answers: NDQ_007554

answers: bone-by-bone

answers: NDQ_007555

answers: skeletal structure.

answers: NDQ_007556

answers: vast and disjunct distribution

answers: NDQ_007557

answers: bone-by-bone

answers: NDQ_007558

answers: W. attu specimens from Southeast Asia and South Asia

answers: NDQ_007560

answers: bone-by-bone

answers: NDQ_007562

answers: single species.

answers: NDQ_007563

answers: bone-by-bone

answers: NDQ_007566

answers: bone-by-bone

answers: NDQ_007568

answers: bone-by-bone

answers: NDQ_007569

answers: skeletal structure.

answers: NDQ_007570

answers: bone-by-bone

answers: NDQ_007571

answers: significant differences in their skeletal structure.

answers: NDQ_007572

answers: bone-by-bone

answers: NDQ_007573

answers: significant differences in their skeletal structure.

answers: NDQ_007574

answers: bone-by-bone

answers: NDQ_007575

answers: significant differences in their skeletal structure.

answers: NDQ_007576

answers: single species.

answers: NDQ_007577

answers: W. attu specimens from Southeast Asia and South Asia

answers: NDQ_007578

answers: Wallago

answers: NDQ_007579

answers: bone-by-bone

answers: NDQ_007580

answers: Wallago

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: Wallago

answers: NDQ_007583

answers: bone-by-bone

answers: NDQ_007584

answers: bone-by-bone

text: At this stage, some of the fibroblasts begin to lay down bone matrix in the form of collagen monomers. These monomers spontaneously assemble to form the bone matrix, for which bone crystals (calcium hydroxyapatite) are deposited in amongst, in the form of insoluble crystals. This mineralization of the collagen matrix stiffens it and transforms it into bone. In fact, bone is a mineralized collagen matrix; if the mineral is dissolved out of bone, it becomes rubbery. Healing bone callus is on average sufficiently mineralized to show up on X-ray within 6 weeks in adults and less in children. This initial "woven" bone does not have the strong mechanical properties of mature bone. By a process of remodeling, the woven bone is replaced by mature "lamellar" bone. The whole process can take up to 18 months, but in adults the strength of the healing bone is usually 80% of normal by 3 months after the injury.

text: At this stage, some of the fibroblasts begin to lay down

text: bone matrix

text: in the form of collagen monomers. These monomers spontaneously assemble to form the bone matrix, for which bone crystals (

text: calcium hydroxyapatite

text: ) are deposited in amongst, in the form of insoluble

text: crystal

text: s. This mineralization of the collagen matrix stiffens it and transforms it into bone. In fact, bone is a mineralized collagen matrix; if the mineral is dissolved out of bone, it becomes rubbery. Healing bone

text: callus

text: is on average sufficiently mineralized to show up on

text: X-ray

text: within 6 weeks in adults and less in children. This initial "woven" bone does not have the strong mechanical properties of mature bone. By a process of remodeling, the woven bone is replaced by mature "lamellar" bone. The whole process can take up to 18 months, but in adults the strength of the healing bone is usually 80% of normal by 3 months after the injury.

answers: NDQ_007549

answers: bone crystals

answers: NDQ_007550

answers: How many types of bone are there?

answers: NDQ_007551

answers: healing bone callus

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: fibroblasts

answers: NDQ_007554

answers: collagen

answers: NDQ_007555

answers: Bone matrix

answers: NDQ_007556

answers: healing bone callus is on average sufficiently mineralized

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: lamellar" bone

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: if the mineral is dissolved out of bone, it becomes rubbery

answers: NDQ_007563

answers: Which of the following is not a form of calcium hydroxyapatite: calcium hydroxyapatite, calcium or calcium hydroxyapatite?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bone: dead, dry, and brittle?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: collagen, callus, or apatite?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a mineral: calcium, vitamin D, or collagen?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the main idea of this passage?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a form of collagen?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: callus

answers: NDQ_007579

answers: collagen monomers

answers: NDQ_007580

answers: lamellar

answers: NDQ_007581

answers: bone matrix

answers: NDQ_007582

answers: collagen

answers: NDQ_007583

answers: callus

answers: NDQ_007584

answers: mineralization

answers: NDQ_007549

answers: bone matrix

answers: NDQ_007550

answers: "lamellar" bone.

answers: NDQ_007551

answers: bone matrix

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: fibroblasts

answers: NDQ_007554

answers: bone crystals

answers: NDQ_007555

answers: bone.

answers: NDQ_007556

answers: "woven" bone does not have the strong mechanical properties of mature bone.

answers: NDQ_007557

answers: "woven" bone does not have the strong mechanical properties of mature bone.

answers: NDQ_007558

answers: "lamellar"

answers: NDQ_007560

answers: "lamellar"

answers: NDQ_007562

answers: rubbery.

answers: NDQ_007563

answers: bone crystals (calcium hydroxyapatite)

answers: NDQ_007566

answers: if the mineral is dissolved out of bone, it becomes rubbery.

answers: NDQ_007568

answers: collagen monomers.

answers: NDQ_007569

answers: "lamellar" bone.

answers: NDQ_007570

answers: collagen monomers.

answers: NDQ_007571

answers: bone crystals (calcium hydroxyapatite)

answers: NDQ_007572

answers: collagen monomers.

answers: NDQ_007573

answers: collagen monomers.

answers: NDQ_007574

answers: collagen monomers.

answers: NDQ_007575

answers: collagen monomers.

answers: NDQ_007576

answers: collagen monomers.

answers: NDQ_007577

answers: adults

answers: NDQ_007578

answers: callus

answers: NDQ_007579

answers: callus

answers: NDQ_007580

answers: "lamellar"

answers: NDQ_007581

answers: bone matrix,

answers: NDQ_007582

answers: fibroblasts

answers: NDQ_007583

answers: callus

answers: NDQ_007584

answers: remodeling,

text: Anorexia nervosa causes alterations in the female reproductive system; significant weight loss, as well as psychological stress and intense exercise, typically results in a cessation of menstruation in women who are past puberty. In patients with anorexia nervosa, there is a reduction of the secretion of gonadotropin releasing hormone in the central nervous system, preventing ovulation. Anorexia nervosa can also result in pubertal delay or arrest. Both height gain and pubertal development are dependent on the release of growth hormone and gonadotrophins (LH and FSH) from the pituitary gland. Suppression of gonadotrophins in people with anorexia nervosa has been documented. Typically, growth hormone (GH) levels are high, but levels of IGF-1, the downstream hormone that should be released in response to GH are low; this indicates a state of “resistance” to GH due to chronic starvation. IGF-1 is necessary for bone formation, and decreased levels in anorexia nervosa contribute to a loss of bone density and potentially contribute to osteopenia or osteoporosis. Anorexia nervosa can also result in reduction of peak bone mass. Buildup of bone is greatest during adolescence, and if onset of anorexia nervosa occurs during this time and stalls puberty, low bone mass may be permanent.Hepatic steatosis, or fatty infiltration of the liver, can also occur, and is an indicator of malnutrition in children. Neurological disorders that may occur as complications include seizures and tremors. Wernicke encephalopathy, which results from vitamin B1 deficiency, has been reported in patients who are extremely malnourished; symptoms include confusion, oculomotor dysfunction, and abnormalities in walking gait.

text: Anorexia nervosa causes alterations in the female reproductive system; significant weight loss, as well as psychological stress and intense exercise, typically results in a

text: cessation of menstruation

text: in women who are past puberty. In patients with anorexia nervosa, there is a reduction of the secretion of

text: gonadotropin releasing hormone

text: in the central nervous system, preventing ovulation. Anorexia nervosa can also result in pubertal delay or arrest. Both height gain and pubertal development are dependent on the release of growth hormone and gonadotrophins (LH and FSH) from the pituitary gland. Suppression of gonadotrophins in people with anorexia nervosa has been documented. Typically,

text: growth hormone

text: (GH) levels are high, but levels of

text: , the downstream hormone that should be released in response to GH are low; this indicates a state of “resistance” to GH due to chronic starvation. IGF-1 is necessary for bone formation, and decreased levels in anorexia nervosa contribute to a loss of

text: bone density

text: and potentially contribute to

text: osteopenia

text: or

text: osteoporosis

text: . Anorexia nervosa can also result in reduction of peak bone mass. Buildup of bone is greatest during adolescence, and if onset of anorexia nervosa occurs during this time and stalls puberty, low bone mass may be permanent.Hepatic steatosis, or fatty infiltration of the liver, can also occur, and is an indicator of malnutrition in children. Neurological disorders that may occur as complications include

text: seizure

text: s and

text: tremors

text: Wernicke encephalopathy

text: , which results from

text: vitamin B1 deficiency

text: , has been reported in patients who are extremely malnourished; symptoms include confusion,

text: oculomotor

text: dysfunction, and

text: abnormalities in walking gait

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: bone formation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Pituitary gland

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: low bone mass may be permanent

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: tremors

answers: NDQ_007562

answers: Buildup of bone is greatest during adolescence

answers: NDQ_007563

answers: Which of the following is not necessary for bone formation, IGF-1 or bone density?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary for bone formation, IGF-1 or vitamin D?

answers: NDQ_007572

answers: Which of the following is not necessary for bone formation, IGF-1 or bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not necessary for bone formation, IGF-1 or bone?

answers: NDQ_007576

answers: Which of the following is not a symptom of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoporose

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone formation,

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone formation,

answers: NDQ_007552

answers: GF-1

answers: NDQ_007553

answers: pituitary gland.

answers: NDQ_007554

answers: IGF-1

answers: NDQ_007555

answers: Buildup of bone is greatest during adolescence,

answers: NDQ_007556

answers: chronic starvation.

answers: NDQ_007557

answers: bone formation,

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: oculomotor

answers: NDQ_007562

answers: bone formation,

answers: NDQ_007563

answers: decreased levels

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: IGF-1

answers: NDQ_007569

answers: IGF-1

answers: NDQ_007570

answers: IGF-1

answers: NDQ_007571

answers: decreased levels

answers: NDQ_007572

answers: decreased levels

answers: NDQ_007573

answers: IGF-1

answers: NDQ_007574

answers: GF-1

answers: NDQ_007575

answers: IGF-1

answers: NDQ_007576

answers: IGF-1

answers: NDQ_007577

answers: Buildup of bone is greatest during adolescence,

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: IGF-1

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: bone formation,

text: There are approximately 639 skeletal muscles in the human body.

text: There are approximately 639 skeletal muscles in the human body.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: lifting weights

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: they are longer

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: Bone fractures are more common in animals than humans.

answers: NDQ_007563

answers: How many muscles are in the human body?

answers: NDQ_007566

answers: How would you describe skeletal muscles?

answers: NDQ_007568

answers: what is the second type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: How many skeletal muscles are in the human body?

answers: NDQ_007571

answers: Which of the following is not a skeletal muscle?

answers: NDQ_007572

answers: Which of the following is not a type of muscle?

answers: NDQ_007573

answers: How many skeletal muscles does the human body have?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What happens to bones when they grow thicker?

answers: NDQ_007576

answers: a sprain is a type of injury

answers: NDQ_007577

answers: How many more bones are there than muscles?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: muscle tissue

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: epiphysis

answers: NDQ_007549

answers: muscles

answers: NDQ_007550

answers: 639 skeletal muscles

answers: NDQ_007551

answers: muscles

answers: NDQ_007552

answers: skeletal muscles

answers: NDQ_007553

answers: skeletal muscles

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: 639 skeletal muscles

answers: NDQ_007556

answers: 639 skeletal muscles

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: 639 skeletal muscles

answers: NDQ_007563

answers: 639 skeletal muscles

answers: NDQ_007566

answers: 639 skeletal muscles

answers: NDQ_007568

answers: 639 skeletal muscles

answers: NDQ_007569

answers: 639 skeletal muscles

answers: NDQ_007570

answers: 639 skeletal muscles

answers: NDQ_007571

answers: 639 skeletal muscles

answers: NDQ_007572

answers: 639 skeletal muscles

answers: NDQ_007573

answers: 639 skeletal muscles

answers: NDQ_007574

answers: 639 skeletal muscles

answers: NDQ_007575

answers: 639 skeletal muscles

answers: NDQ_007576

answers: 639 skeletal muscles

answers: NDQ_007577

answers: 639 skeletal muscles

answers: NDQ_007578

answers: skeletal muscles

answers: NDQ_007579

answers: skeletal muscles

answers: NDQ_007580

answers: skeletal muscles

answers: NDQ_007581

answers: skeletal muscles

answers: NDQ_007582

answers: skeletal muscles

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscles

text: Active  System - In August 2010, the company introduced the OrthoCor Active System, a Class III medical device, following approval from the FDA. The OrthoCor Active System is indicated for adjunctive use in the palliative treatment of post-operative pain and edema in superficial soft tissue.The product uses a combination of electromagnetic therapy and heat, for temporary relief of minor muscular and joint aches and pains associated with over-exertion, strains, sprains, and arthritis. The patented technology behind OrthoCor’s Active System is the combination of Pulsed Electromagnetic Field Therapy (PEMF) and heat therapies. The PEMF is activated when single-use OrthoPods are inserted into the device.  The OrthoCor Active System was a featured product on The Dr. Oz Show.

text: Active  System - In August 2010, the company introduced the OrthoCor Active System, a Class III

text: medical device

text: , following approval from the FDA. The OrthoCor Active System is indicated for adjunctive use in the

text: palliative

text: treatment of post-operative pain and

text: edema

text: in superficial soft tissue.The product uses a combination of electromagnetic therapy and heat, for temporary relief of minor muscular and joint aches and pains associated with over-exertion,

text: strains

text: sprains

text: , and

text: arthritis

text: . The patented technology behind OrthoCor’s Active System is the combination of

text: Pulsed Electromagnetic Field Therapy

text: (PEMF) and heat therapies. The PEMF is activated when single-use OrthoPods are inserted into the device.  The OrthoCor Active System was a featured product on

text: The Dr. Oz Show

answers: NDQ_007549

answers: muscular and joint

answers: NDQ_007550

answers: muscular and joint

answers: NDQ_007551

answers: muscle and joint

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: OrthoCor Active System

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: soft tissue

answers: NDQ_007556

answers: over-exertion

answers: NDQ_007557

answers: Muscles

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: the OrthoCor Active System was a featured product on The Dr. Oz Show

answers: NDQ_007563

answers: Which of the following is not a type of arthritis: strains, sprains or arthritis?

answers: NDQ_007566

answers: Which of the following is true of the OrthoCor Active System?

answers: NDQ_007568

answers: Which of the following is not an organ: muscular, joint, or soft?

answers: NDQ_007569

answers: What type of bone is compact bone?

answers: NDQ_007570

answers: What type of joint is the OrthoCor Active System?

answers: NDQ_007571

answers: Which of the following is not a benefit of the OrthoCor Active System?

answers: NDQ_007572

answers: Which of the following is not a type of tissue: soft tissue or compact bone?

answers: NDQ_007573

answers: Which of the following is not a medical device: Pulsed Electromagnetic Field Therapy (PEMF) or OrthoPods?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle: muscular or joint?

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: Arthritis

answers: NDQ_007580

answers: Class III

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: edema

answers: NDQ_007583

answers: soft tissue

answers: NDQ_007584

answers: arthritis

answers: NDQ_007549

answers: muscular and joint

answers: NDQ_007550

answers: muscular and joint

answers: NDQ_007551

answers: muscular and joint

answers: NDQ_007552

answers: soft tissue.The

answers: NDQ_007553

answers: over-exertion,

answers: NDQ_007554

answers: muscular

answers: NDQ_007555

answers: arthritis.

answers: NDQ_007556

answers: over-exertion,

answers: NDQ_007557

answers: arthritis.

answers: NDQ_007558

answers: arthritis.

answers: NDQ_007560

answers: arthritis.

answers: NDQ_007562

answers: over-exertion,

answers: NDQ_007563

answers: over-exertion,

answers: NDQ_007566

answers: OrthoCor Active System,

answers: NDQ_007568

answers: OrthoCor Active System,

answers: NDQ_007569

answers: OrthoCor Active System,

answers: NDQ_007570

answers: over-exertion,

answers: NDQ_007571

answers: OrthoCor Active System,

answers: NDQ_007572

answers: edema in superficial soft tissue.The

answers: NDQ_007573

answers: OrthoCor Active System,

answers: NDQ_007574

answers: OrthoCor Active System,

answers: NDQ_007575

answers: over-exertion,

answers: NDQ_007576

answers: sprains,

answers: NDQ_007577

answers: OrthoCor Active System,

answers: NDQ_007578

answers: arthritis.

answers: NDQ_007579

answers: soft tissue.The

answers: NDQ_007580

answers: arthritis.

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: superficial soft tissue.The

answers: NDQ_007583

answers: soft tissue.The

answers: NDQ_007584

answers: arthritis.

text: During Operation Restore Order, the Joint Services cleared a section of the backlands of Buxton to prevent the criminals from escaping into the fields. They discovered the skeletal remains of one man who had been missing since 2007. The Joint Services also recovered several AK-47 rifles, hundreds of rounds of ammunition for various weapons, and military fatigues, among other items, during raids in Buxton.

text: During Operation Restore Order, the Joint Services cleared a section of the backlands of Buxton to prevent the criminals from escaping into the fields. They discovered the skeletal remains of one man who had been missing since 2007. The Joint Services also recovered several AK-47 rifles, hundreds of rounds of ammunition for various weapons, and military fatigues, among other items, during raids in

text: Buxton

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal remains

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: knees

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: The Joint Services also recovered several AK-47 rifles

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe the skeletal remains of one man?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of the Joint Services?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: how many bones does the adult skeletal system contain

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: fatigues

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: skeletal remains of one man

answers: NDQ_007550

answers: man

answers: NDQ_007551

answers: prevent the criminals from escaping into the fields.

answers: NDQ_007552

answers: 2007.

answers: NDQ_007553

answers: 2007.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal remains of one man

answers: NDQ_007556

answers: 2007.

answers: NDQ_007557

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007558

answers: AK-47

answers: NDQ_007560

answers: During Operation Restore Order,

answers: NDQ_007562

answers: missing since 2007.

answers: NDQ_007563

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007566

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007568

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007569

answers: During Operation Restore Order,

answers: NDQ_007570

answers: AK-47 rifles,

answers: NDQ_007571

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007572

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007573

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007574

answers: skeletal remains of one man who had been missing since 2007.

answers: NDQ_007575

answers: 2007.

answers: NDQ_007576

answers: During Operation Restore Order,

answers: NDQ_007577

answers: 2007.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal remains

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: The extrapyramidal system regulates posture and skeletal muscle tone.  Extrapyramidal symptoms (also called extrapyramidal side effects) get their name because they are symptoms of disorders in this system.

text: The

text: extrapyramidal system

text: regulates posture and skeletal muscle tone.  Extrapyramidal symptoms (also called extrapyramidal side effects) get their name because they are symptoms of disorders in this system.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: skeletal muscle tone

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: skeletal muscle tone

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Extrapyramidal system regulates posture and skeletal muscle tone.

answers: NDQ_007563

answers: What does the extrapyramidal system regulate?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: The extrapyramidal system regulates posture

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: What does the extrapyramidal system regulate?

answers: NDQ_007573

answers: The extrapyramidal system

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: The sprain is caused by an injury to the skeletal muscle.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: skeletal muscle tone.

answers: NDQ_007550

answers: extrapyramidal system

answers: NDQ_007551

answers: skeletal muscle tone.

answers: NDQ_007552

answers: skeletal muscle tone.

answers: NDQ_007553

answers: extrapyramidal system

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle tone.

answers: NDQ_007556

answers: The extrapyramidal system

answers: NDQ_007557

answers: extrapyramidal system

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: extrapyramidal

answers: NDQ_007562

answers: The extrapyramidal system

answers: NDQ_007563

answers: The extrapyramidal system regulates posture and skeletal muscle tone.

answers: NDQ_007566

answers: The extrapyramidal system

answers: NDQ_007568

answers: The extrapyramidal system

answers: NDQ_007569

answers: The extrapyramidal system

answers: NDQ_007570

answers: extrapyramidal system regulates posture and skeletal muscle tone.

answers: NDQ_007571

answers: The extrapyramidal system

answers: NDQ_007572

answers: The extrapyramidal system

answers: NDQ_007573

answers: The extrapyramidal system

answers: NDQ_007574

answers: The extrapyramidal system

answers: NDQ_007575

answers: extrapyramidal system

answers: NDQ_007576

answers: The extrapyramidal system

answers: NDQ_007577

answers: The extrapyramidal system

answers: NDQ_007578

answers: extrapyramidal

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: extrapyramidal

answers: NDQ_007582

answers: extrapyramidal

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: Individuals may have more or fewer bones than this owing to anatomical variations. The most common variations include sutural (wormian) bones, which are located along the sutural lines on the back of the skull, and sesamoid bones which develop within some tendons, mainly in the hands and feet.  Some individuals may also have additional (i.e. supernumerary) cervical ribs or lumbar vertebrae.

text: Individuals may have more or fewer bones than this owing to anatomical variations. The most common variations include sutural (wormian) bones, which are located along the sutural lines on the back of the skull, and sesamoid bones which develop within some tendons, mainly in the hands and feet.  Some individuals may also have additional (i.e. supernumerary)

text: cervical rib

text: s or

text: lumbar vertebrae

answers: NDQ_007549

answers: wormian bones

answers: NDQ_007550

answers: more or fewer bones

answers: NDQ_007551

answers: bones which develop within some tendons

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: tendons

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: anatomical variations

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: sesamoid bones

answers: NDQ_007560

answers: tendons

answers: NDQ_007562

answers: supernumerary cervical ribs or lumbar vertebrae

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of bone: wormian, sesamoid, or cervical?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the most common variation?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: It's impossible to say

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones

answers: NDQ_007578

answers: wormian

answers: NDQ_007579

answers: wormian

answers: NDQ_007580

answers: wormian

answers: NDQ_007581

answers: tendons

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: cervical ribs or lumbar vertebrae.

answers: NDQ_007550

answers: fewer bones

answers: NDQ_007551

answers: tendons,

answers: NDQ_007552

answers: tendons,

answers: NDQ_007553

answers: Individuals may have more or fewer bones

answers: NDQ_007554

answers: tendons,

answers: NDQ_007555

answers: tendons,

answers: NDQ_007556

answers: anatomical variations.

answers: NDQ_007557

answers: tendons,

answers: NDQ_007558

answers: sesamoid bones

answers: NDQ_007560

answers: tendons,

answers: NDQ_007562

answers: fewer

answers: NDQ_007563

answers: anatomical variations.

answers: NDQ_007566

answers: Individuals may have more or fewer bones

answers: NDQ_007568

answers: Individuals may have more or fewer bones

answers: NDQ_007569

answers: sesamoid bones

answers: NDQ_007570

answers: tendons,

answers: NDQ_007571

answers: Individuals may have more or fewer bones

answers: NDQ_007572

answers: tendons,

answers: NDQ_007573

answers: anatomical variations.

answers: NDQ_007574

answers: Individuals may have more or fewer bones

answers: NDQ_007575

answers: tendons,

answers: NDQ_007576

answers: tendons,

answers: NDQ_007577

answers: Individuals may have more or fewer bones than this

answers: NDQ_007578

answers: (wormian)

answers: NDQ_007579

answers: tendons,

answers: NDQ_007580

answers: (wormian)

answers: NDQ_007581

answers: tendons,

answers: NDQ_007582

answers: sesamoid bones

answers: NDQ_007583

answers: tendons,

answers: NDQ_007584

answers: develop within some tendons,

text: In many instances, the creation of rock art was itself a ritual act. Some rock art has been interpreted to represent presumed cultural behaviors. Common features in rock art that are related to portraying shamans were bones and other skeletal remains on their coats. One reason for the bones would be that they were used as a type of armor for protecting the shaman on his journeys through different worlds.  Devlet, the author of "Rock Art and the Material Culture of Siberian and Central Asian Shamanism" highlights, “Another interpretation of these skeletal costume elements explains them as representations of a shaman brought back to life after the dismemberment that occurs during the initiation process: the depicted bones thus refer to the wearer’s own skeleton” (43). The concept of death and revival is often associated with shamans and the way they are portrayed. The bones were usually on the back of the shaman's jacket or used on the breast-piece.  Another important aspect used to distinguish shamans in rock art depictions is that they are wearing fringed fabric. There are differences in the lengths of the fringe and where on the shaman the fringe is located. In the rock art, the fringe was usually long single strands attached to different parts of the shaman’s body. The symbolism of the fringe can be interpreted in several ways.  One example is, “The fringe on a shaman’s coat is an important element, which marks his or her ornithomorphic nature (i.e. the ability to transform into a bird or to gain its abilities such as the capacity for flight) ” (Devlet 44). The concept of fringe being correlated with flying was mainly used in rock art in the Altai, Tuva, and Mongolian regions.

text: In many instances, the creation of rock art was itself a ritual act. Some rock art has been interpreted to represent presumed cultural behaviors. Common features in rock art that are related to portraying

text: shaman

text: s were

text: bone

text: s and other skeletal remains on their coats. One reason for the bones would be that they were used as a type of

text: armor

text: for protecting the shaman on his journeys through different worlds.

text: Devlet

text: , the author of "Rock Art and the Material Culture of Siberian and Central Asian Shamanism" highlights, “Another interpretation of these skeletal costume elements explains them as representations of a shaman brought back to life after the

text: dismemberment

text: that occurs during the initiation process: the depicted bones thus refer to the wearer’s own

text: skeleton

text: ” (43). The concept of

text: death

text: and

text: revival

text: is often associated with shamans and the way they are portrayed. The bones were usually on the back of the shaman's jacket or used on the breast-piece.  Another important aspect used to distinguish shamans in rock art depictions is that they are wearing fringed

text: fabric

text: . There are differences in the lengths of the fringe and where on the shaman the fringe is located. In the rock art, the fringe was usually long single strands attached to different parts of the shaman’s body. The symbolism of the fringe can be interpreted in several ways.  One example is, “The fringe on a shaman’s coat is an important element, which marks his or her

text: ornithomorphic

text: nature (i.e. the ability to transform into a bird or to gain its abilities such as the capacity for flight) ” (Devlet 44). The concept of fringe being correlated with flying was mainly used in rock art in the

text: Altai

text: Tuva

text: , and

text: Mongolia

text: n regions.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bones and other skeletal remains on their coats

answers: NDQ_007551

answers: protecting the shaman

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: shaman

answers: NDQ_007556

answers: unanswerable

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: breast-piece

answers: NDQ_007560

answers: the breast-piece

answers: NDQ_007562

answers: represented a shaman brought back to life

answers: NDQ_007563

answers: Which of the following is not a type of armor for protecting the shaman?

answers: NDQ_007566

answers: Which of the following is not a type of armor for protecting the shaman?

answers: NDQ_007568

answers: How many types of bones are in a skeleton?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, periosteum, or bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a reason for the bones on the shamans' coats?

answers: NDQ_007572

answers: Which of the following is not a type of armor for protecting the shaman on his journeys through different worlds?

answers: NDQ_007573

answers: Which of the following is not a type of armor for protecting the shaman?

answers: NDQ_007574

answers: Which of the following is not a reason for the bones in rock art depictions?

answers: NDQ_007575

answers: Which of the following is not a type of armor for protecting the shaman?

answers: NDQ_007576

answers: Which of the following is not a type of armor for protecting the shaman on his journeys?

answers: NDQ_007577

answers: How many bones are on the back of the shaman's jacket?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: armor

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: skeleton

answers: NDQ_007584

answers: dismemberment

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: protecting the shaman on his journeys through different worlds.

answers: NDQ_007552

answers: fringed fabric.

answers: NDQ_007553

answers: fringed fabric.

answers: NDQ_007554

answers: skeleton”

answers: NDQ_007555

answers: skeleton”

answers: NDQ_007556

answers: fringed fabric. There are differences in the lengths of the fringe

answers: NDQ_007557

answers: fringed fabric.

answers: NDQ_007558

answers: breast-piece.

answers: NDQ_007560

answers: fringed fabric.

answers: NDQ_007562

answers: a shaman brought back to life

answers: NDQ_007563

answers: rock art, the fringe was usually long single strands

answers: NDQ_007566

answers: fringed fabric.

answers: NDQ_007568

answers: skeleton”

answers: NDQ_007569

answers: fringed fabric.

answers: NDQ_007570

answers: fringed fabric.

answers: NDQ_007571

answers: rock art,

answers: NDQ_007572

answers: fringed fabric.

answers: NDQ_007573

answers: fringed fabric.

answers: NDQ_007574

answers: fringed fabric.

answers: NDQ_007575

answers: fringed fabric.

answers: NDQ_007576

answers: fringed fabric.

answers: NDQ_007577

answers: fringed fabric.

answers: NDQ_007578

answers: skeleton”

answers: NDQ_007579

answers: armor

answers: NDQ_007580

answers: skeleton”

answers: NDQ_007581

answers: fringed fabric.

answers: NDQ_007582

answers: skeleton”

answers: NDQ_007583

answers: fabric.

answers: NDQ_007584

answers: dismemberment

text: Advantages of using skeletal models:

text: Advantages of using skeletal models:

answers: NDQ_007549

answers: articulation

answers: NDQ_007550

answers: articulation with the rest of the body

answers: NDQ_007551

answers: skeletal models can be used as a teaching tool.

answers: NDQ_007552

answers: chondrocytes

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: ossification is slower in long bones

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: articular cartilage

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: Bone fractures are caused by a lack of bone mass.

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: Bones can be used as a source of information.

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues. Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: Bone models can be used to study the structure and function of the human body.

answers: NDQ_007570

answers: skeletal models can be used to study human joints.

answers: NDQ_007571

answers: Bones are made of calcium and vitamin D.

answers: NDQ_007572

answers: skeletal models can be used to study the structure of the human body.

answers: NDQ_007573

answers: osteoporosis is a condition that affects bone health.

answers: NDQ_007574

answers: skeletal models can be used to study the structure of the human body.

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: A sprain is a sprain of a bone.

answers: NDQ_007577

answers: The human skeletal system has 206 bones.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: Advantages of using skeletal models:

answers: NDQ_007550

answers: skeletal models:

answers: NDQ_007551

answers: Advantages of using skeletal models:

answers: NDQ_007552

answers: Advantages of using skeletal models:

answers: NDQ_007553

answers: skeletal models:

answers: NDQ_007554

answers: skeletal models:

answers: NDQ_007555

answers: skeletal models:

answers: NDQ_007556

answers: skeletal models:

answers: NDQ_007557

answers: skeletal models:

answers: NDQ_007558

answers: skeletal models:

answers: NDQ_007560

answers: skeletal models:

answers: NDQ_007562

answers: Advantages of using skeletal models:

answers: NDQ_007563

answers: Advantages of using skeletal models:

answers: NDQ_007566

answers: skeletal models:

answers: NDQ_007568

answers: skeletal models:

answers: NDQ_007569

answers: Advantages of using skeletal models:

answers: NDQ_007570

answers: skeletal models:

answers: NDQ_007571

answers: Advantages of using skeletal models:

answers: NDQ_007572

answers: Advantages of using skeletal models:

answers: NDQ_007573

answers: Advantages of using skeletal models:

answers: NDQ_007574

answers: skeletal models:

answers: NDQ_007575

answers: skeletal models:

answers: NDQ_007576

answers: Advantages of using skeletal models:

answers: NDQ_007577

answers: Advantages of using skeletal models:

answers: NDQ_007578

answers: skeletal models:

answers: NDQ_007579

answers: skeletal models:

answers: NDQ_007580

answers: skeletal models:

answers: NDQ_007581

answers: skeletal models:

answers: NDQ_007582

answers: skeletal models:

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal models:

text: By the end of high school, girls develop up to 90% of their bone mass. Therefore, it is critical that girls ages 9 to 18 build strong, healthy bones that will remain strong for life. Foods high in calcium and vitamin D and 60 minutes of daily bone-strengthening activity will help lower girls’ risk of developing fractures or osteoporosis later in life.

text: By the end of high school, girls develop up to 90% of their

text: bone mass

text: . Therefore, it is critical that girls ages 9 to 18 build strong, healthy bones that will remain strong for life. Foods high in

text: calcium

text: and

text: vitamin D

text: and 60 minutes of daily bone-strengthening activity will help lower girls’ risk of developing

text: fractures

text: or

text: osteoporosis

text: later in life.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: calcium and vitamin D

answers: NDQ_007551

answers: bone mass

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: the elbow

answers: NDQ_007562

answers: girls ages 9 to 18 build strong, healthy bones that will remain strong for life

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a type of joint?

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a risk factor for osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: A sprain is a type of

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: bone mass

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: bone mass.

answers: NDQ_007553

answers: girls develop up to 90% of their bone mass.

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: bones

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: girls

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: 90% of their bone mass.

answers: NDQ_007563

answers: calcium

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: girls develop up to 90% of their bone mass.

answers: NDQ_007569

answers: bone mass.

answers: NDQ_007570

answers: bones that will remain strong for life.

answers: NDQ_007571

answers: Foods

answers: NDQ_007572

answers: bones

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: 90% of their bone mass.

answers: NDQ_007575

answers: bone-strengthening activity

answers: NDQ_007576

answers: fractures

answers: NDQ_007577

answers: 90% of their bone mass.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: calcium and vitamin D

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: develop up to 90% of their bone mass.

text: Endochondral ossification begins with points in the cartilage called "primary ossification centers." They mostly appear during fetal development, though a few short bones begin their primary ossification after birth.  They are responsible for the formation of the diaphyses of long bones, short bones and certain parts of irregular bones.  Secondary ossification occurs after birth, and forms the epiphyses of long bones and the extremities of irregular and flat bones.  The diaphysis and both epiphyses of a long bone are separated by a growing zone of cartilage (the epiphyseal plate). When the child reaches skeletal maturity (18 to 25 years of age), all of the cartilage is replaced by bone, fusing the diaphysis and both epiphyses together (epiphyseal closure). In the upper limbs, only the diaphyses of the long bones and scapula are ossified.  The epiphyses, carpal bones, coracoid process, medial border of the scapula, and acromion are still cartilaginous.

text: Endochondral ossification begins with points in the cartilage called "primary ossification centers." They mostly appear during fetal development, though a few short bones begin their primary ossification after

text: birth

text: .  They are responsible for the formation of the diaphyses of long bones, short bones and certain parts of irregular bones.  Secondary ossification occurs after birth, and forms the

text: epiphyses

text: of long bones and the extremities of irregular and flat bones.  The diaphysis and both epiphyses of a long bone are separated by a growing zone of cartilage (the

text: epiphyseal plate

text: ). When the child reaches skeletal maturity (18 to 25 years of age), all of the cartilage is replaced by bone, fusing the diaphysis and both epiphyses together (epiphyseal closure). In the upper limbs, only the diaphyses of the long bones and scapula are ossified.  The epiphyses, carpal bones, coracoid process, medial border of the scapula, and acromion are still cartilaginous.

answers: NDQ_007549

answers: Bones and cartilage

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: formation of the diaphyses of long bones

answers: NDQ_007552

answers: cartilaginous

answers: NDQ_007553

answers: primary ossification

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: upper limbs

answers: NDQ_007556

answers: secondary ossification occurs after birth

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: carpal bones

answers: NDQ_007560

answers: carpal bones

answers: NDQ_007562

answers: when the child reaches skeletal maturity (18 to 25 years of age), all of the cartilage is replaced

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: How are bones like chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: endochondral ossification centers?

answers: NDQ_007569

answers: What is the epiphyseal plate?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not responsible for the formation of the diaphyses of long bones?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the primary ossification process?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilaginous

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: ossified

answers: NDQ_007581

answers: epiphyseal plate

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: epiphyseal closure

answers: NDQ_007549

answers: diaphyses of long bones,

answers: NDQ_007550

answers: bone,

answers: NDQ_007551

answers: formation of the diaphyses of long bones,

answers: NDQ_007552

answers: bone,

answers: NDQ_007553

answers: fetal development,

answers: NDQ_007554

answers: bone,

answers: NDQ_007555

answers: upper limbs,

answers: NDQ_007556

answers: a growing zone of cartilage

answers: NDQ_007557

answers: bone,

answers: NDQ_007558

answers: carpal bones,

answers: NDQ_007560

answers: coracoid process,

answers: NDQ_007562

answers: Endochondral ossification

answers: NDQ_007563

answers: "primary ossification centers."

answers: NDQ_007566

answers: "primary ossification centers."

answers: NDQ_007568

answers: Endochondral

answers: NDQ_007569

answers: (the epiphyseal plate).

answers: NDQ_007570

answers: "primary ossification centers."

answers: NDQ_007571

answers: "primary ossification centers."

answers: NDQ_007572

answers: "primary ossification centers."

answers: NDQ_007573

answers: "primary ossification centers."

answers: NDQ_007574

answers: all of the cartilage is replaced by bone,

answers: NDQ_007575

answers: "primary ossification centers."

answers: NDQ_007576

answers: "primary ossification centers."

answers: NDQ_007577

answers: skeletal maturity

answers: NDQ_007578

answers: cartilaginous.

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: Endochondral

answers: NDQ_007581

answers: (the epiphyseal plate).

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: (epiphyseal closure).

text: In relation to bone, he studied skeletal development, bone mineral loss, odontogenesis and dysmorphogenesis.  His hypothesis was that dietary differences contribute to bone loss among individuals.<ref>University of Michigan.  The Center for Human Growth and Development.  "Stanley M. Garn. Ph.D."  August 23, 2006.

text: In relation to bone, he studied skeletal development, bone mineral loss,

text: odontogenesis

text: and

text: dysmorphogenesis

text: .  His hypothesis was that dietary differences contribute to bone loss among individuals.<ref>University of Michigan.  The Center for Human Growth and Development.  "Stanley M. Garn. Ph.D."  August 23, 2006.

answers: NDQ_007549

answers: Bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: development

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: dietary differences

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: dietary differences contribute to bone loss among individuals

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: What two nutrients are needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell: red blood cells, platelets, or plasma cells?

answers: NDQ_007573

answers: What is the cause of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: dentin

answers: NDQ_007579

answers: odontogenesis

answers: NDQ_007580

answers: osseous

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bone,

answers: NDQ_007550

answers: bone,

answers: NDQ_007551

answers: odontogenesis and dysmorphogenesis.

answers: NDQ_007552

answers: bone,

answers: NDQ_007553

answers: bone,

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: skeletal development,

answers: NDQ_007556

answers: dietary differences

answers: NDQ_007557

answers: bone,

answers: NDQ_007558

answers: odontogenesis

answers: NDQ_007560

answers: bone,

answers: NDQ_007562

answers: dietary differences

answers: NDQ_007563

answers: "Stanley M. Garn.

answers: NDQ_007566

answers: "Stanley M. Garn.

answers: NDQ_007568

answers: odontogenesis and dysmorphogenesis.

answers: NDQ_007569

answers: bone mineral loss, odontogenesis and dysmorphogenesis.

answers: NDQ_007570

answers: "Stanley M. Garn.

answers: NDQ_007571

answers: dietary differences contribute to bone loss

answers: NDQ_007572

answers: bone mineral loss, odontogenesis and dysmorphogenesis.

answers: NDQ_007573

answers: dietary differences

answers: NDQ_007574

answers: dietary differences contribute to bone loss

answers: NDQ_007575

answers: "Stanley M. Garn.

answers: NDQ_007576

answers: 2006.

answers: NDQ_007577

answers: 2006.

answers: NDQ_007578

answers: odontogenesis

answers: NDQ_007579

answers: odontogenesis

answers: NDQ_007580

answers: odontogenesis

answers: NDQ_007581

answers: odontogenesis

answers: NDQ_007582

answers: odontogenesis

answers: NDQ_007583

answers: bone,

answers: NDQ_007584

answers: odontogenesis and dysmorphogenesis.

text: An additional feature of Mechanisto 2.0 was its support for Skeletal animation.  Although unimplemented in the editing portion of the User interface, an example file was included with the software that allowed this feature to be deciphered with some effort.  Plans were made for the next major release to allow Mechanisto to fully edit and support Skeletal animation, but this was never addressed as the program became abandonware.

text: An additional feature of Mechanisto 2.0 was its support for

text: Skeletal animation

text: .  Although unimplemented in the editing portion of the

text: User interface

text: , an example file was included with the software that allowed this feature to be deciphered with some effort.  Plans were made for the next major release to allow Mechanisto to fully edit and support Skeletal animation, but this was never addressed as the program became abandonware.

answers: NDQ_007549

answers: Skeletal animation

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: animation

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: Blood cells are produced by

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal

answers: NDQ_007556

answers: the program became abandonware

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: skeleton

answers: NDQ_007562

answers: the program was never addressed as the program became abandonware

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are made up of bones?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the primary cause of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

answers: NDQ_007549

answers: Skeletal animation.

answers: NDQ_007550

answers: Skeletal animation.

answers: NDQ_007551

answers: animation.

answers: NDQ_007552

answers: Skeletal animation.

answers: NDQ_007553

answers: Skeletal

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal

answers: NDQ_007556

answers: animation.

answers: NDQ_007557

answers: Skeletal

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: Skeletal animation.

answers: NDQ_007563

answers: Skeletal animation.

answers: NDQ_007566

answers: Skeletal animation.

answers: NDQ_007568

answers: Skeletal animation.

answers: NDQ_007569

answers: Skeletal animation.

answers: NDQ_007570

answers: Skeletal animation.

answers: NDQ_007571

answers: Mechanisto 2.0 was its support for Skeletal animation.

answers: NDQ_007572

answers: Skeletal animation.

answers: NDQ_007573

answers: Mechanisto 2.0 was its support for Skeletal animation.

answers: NDQ_007574

answers: Skeletal animation.

answers: NDQ_007575

answers: Skeletal animation.

answers: NDQ_007576

answers: Skeletal animation.

answers: NDQ_007577

answers: Skeletal animation.

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: Skeletal

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal

text: Peroxisome biogenesis disorders are autosomal recessive disorders often characterized by impaired plasmalogen biosynthesis. In these cases, the peroxisomal enzyme GNPAT, necessary for the initial steps of plasmologen biosynthesis, is mislocalized to the cytoplasm where it is inactive. In addition, genetic mutations in the GNPAT or AGPS genes can result in plasmalogen deficiencies, which lead to the development of rhizomelic chondrodysplasia punctata (RCDP) type 2 or 3, respectively. In such cases, both copies of the GNPAT or AGPS gene must be mutated in order for disease to manifest. Unlike the peroxisome biogenesis disorders, other aspects of peroxisome assembly in RCDP2 and RCDP3 patients are normal as is their ability to metabolize very long chain fatty acids. Individuals with severe plasmalogen deficiencies frequently show abnormal neurological development, skeletal malformation, impaired respiration, and cataracts. Plasmalogen-knockout mice show similar alterations like arrest of spermatogenesis, development of cataract and defects in central nervous system myelination.

text: Peroxisome biogenesis disorders

text: are autosomal recessive disorders often characterized by impaired plasmalogen biosynthesis. In these cases, the peroxisomal enzyme GNPAT, necessary for the initial steps of plasmologen biosynthesis, is mislocalized to the cytoplasm where it is inactive. In addition, genetic mutations in the GNPAT or AGPS genes can result in plasmalogen deficiencies, which lead to the development of

text: rhizomelic chondrodysplasia punctata

text: (RCDP) type 2 or 3, respectively. In such cases, both copies of the GNPAT or AGPS gene must be mutated in order for disease to manifest. Unlike the peroxisome biogenesis disorders, other aspects of peroxisome assembly in RCDP2 and RCDP3 patients are normal as is their ability to metabolize very long chain fatty acids. Individuals with severe plasmalogen deficiencies frequently show abnormal neurological development, skeletal malformation, impaired respiration, and cataracts. Plasmalogen-

text: knockout mice

text: show similar alterations like arrest of

text: spermatogenesis

text: , development of

text: cataract

text: and defects in central nervous system

text: myelination

answers: NDQ_007549

answers: chondrodysplasia

answers: NDQ_007550

answers: chondrosarcoma

answers: NDQ_007551

answers: skeletal malformation

answers: NDQ_007552

answers: GNPAT

answers: NDQ_007553

answers: Peroxisome biogenesis

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: peroxisome biogenesis disorders

answers: NDQ_007557

answers: peroxisomes

answers: NDQ_007558

answers: articular cartilage

answers: NDQ_007560

answers: rhizome

answers: NDQ_007562

answers: RCDP3 patients are normal as is their ability to metabolize very long chain fatty acids

answers: NDQ_007563

answers: Which of the following is not a result of impaired plasmalogen biosynthesis?

answers: NDQ_007566

answers: Which of the following is not a peroxisome biogenesis disorder?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Individuals with severe plasmalogen deficiencies frequently show abnormal neurological development

answers: NDQ_007572

answers: Which of the following is not a result of impaired plasmalogen biosynthesis?

answers: NDQ_007573

answers: Individuals with severe plasmalogen deficiencies frequently show abnormal neurological development

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a result of impaired plasmalogen biosynthesis?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: rhizomelic

answers: NDQ_007579

answers: chondro

answers: NDQ_007580

answers: myelination

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: myelination

answers: NDQ_007583

answers: Chondrodysplasia punctata

answers: NDQ_007584

answers: myelination

answers: NDQ_007549

answers: skeletal malformation,

answers: NDQ_007550

answers: peroxisome

answers: NDQ_007551

answers: skeletal malformation, impaired respiration,

answers: NDQ_007552

answers: cataracts.

answers: NDQ_007553

answers: plasmalogen

answers: NDQ_007554

answers: chondrodysplasia

answers: NDQ_007555

answers: skeletal malformation,

answers: NDQ_007556

answers: Peroxisome biogenesis disorders

answers: NDQ_007557

answers: peroxisome

answers: NDQ_007558

answers: RCDP2 and RCDP3

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: peroxisome biogenesis disorders,

answers: NDQ_007563

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007566

answers: skeletal malformation,

answers: NDQ_007568

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007569

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007570

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007571

answers: skeletal malformation,

answers: NDQ_007572

answers: plasmalogen biosynthesis.

answers: NDQ_007573

answers: skeletal malformation,

answers: NDQ_007574

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007575

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007576

answers: skeletal malformation,

answers: NDQ_007577

answers: skeletal malformation, impaired respiration, and cataracts.

answers: NDQ_007578

answers: rhizomelic

answers: NDQ_007579

answers: chondrodysplasia

answers: NDQ_007580

answers: chondrodysplasia

answers: NDQ_007581

answers: chondrodysplasia

answers: NDQ_007582

answers: plasmalogen

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: chondrodysplasia

text: Males typically have more skeletal muscle mass than females. Androgens promote the enlargement of skeletal muscle cells and probably act in a coordinated manner to function by acting on several cell types in skeletal muscle tissue. One cell type conveys hormone signals to generating muscle, the myoblast. Higher androgen levels lead to increased expression of androgen receptor. Fusion of myoblasts generates myotubes, in a process linked to androgen receptor levels.

text: Males typically have more

text: skeletal muscle

text: mass than females. Androgens promote the enlargement of skeletal muscle cells and probably act in a coordinated manner to function by acting on several cell types in skeletal muscle tissue. One cell type conveys hormone signals to generating muscle, the

text: myoblast

text: . Higher androgen levels lead to increased expression of androgen receptor. Fusion of myoblasts generates

text: myotubes

text: , in a process linked to androgen receptor levels.

answers: NDQ_007549

answers: myotubes

answers: NDQ_007550

answers: myotubes

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Myoblasts

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: androgen receptor levels

answers: NDQ_007557

answers: myotubes

answers: NDQ_007558

answers: myotubes

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: fusion of myoblasts generates myotubes

answers: NDQ_007563

answers: Which of the following is not a cell type in skeletal muscle tissue?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a cell type?

answers: NDQ_007573

answers: Which of the following is not a cell type that conveys hormone signals to generating muscle, the myoblast?

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Which of the following is not a type of muscle: skeletal muscle cells or myotubes?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: myoblast

answers: NDQ_007583

answers: skeletal muscle tissue

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: muscle cells

answers: NDQ_007550

answers: skeletal muscle cells

answers: NDQ_007551

answers: enlargement of skeletal muscle cells

answers: NDQ_007552

answers: myoblast.

answers: NDQ_007553

answers: Androgens

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: myotubes,

answers: NDQ_007556

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007557

answers: myotubes,

answers: NDQ_007558

answers: myotubes,

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007563

answers: Androgens promote the enlargement of skeletal muscle cells

answers: NDQ_007566

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007568

answers: several cell types

answers: NDQ_007569

answers: myoblast.

answers: NDQ_007570

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007571

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007572

answers: skeletal muscle cells

answers: NDQ_007573

answers: Androgens promote the enlargement of skeletal muscle cells

answers: NDQ_007574

answers: myotubes,

answers: NDQ_007575

answers: Androgens

answers: NDQ_007576

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007577

answers: Males typically have more skeletal muscle mass than females.

answers: NDQ_007578

answers: myotubes,

answers: NDQ_007579

answers: myotubes,

answers: NDQ_007580

answers: myotubes,

answers: NDQ_007581

answers: myotubes,

answers: NDQ_007582

answers: myoblast.

answers: NDQ_007583

answers: myotubes,

answers: NDQ_007584

answers: Fusion of myoblasts generates myotubes,

text: The water is rich in calcium bicarbonate, which strengthens the skeletal system and helps to stop the inflammatory process. Carbonated mineral water is used for restoring the function of the liver, urinary tract, kidney and gastrointestinal tract. It promotes the breakdown of harmful substances formed as a result of metabolism.

text: The water is rich in calcium bicarbonate, which strengthens the skeletal system and helps to stop the inflammatory process. Carbonated mineral water is used for restoring the function of the liver, urinary tract, kidney and gastrointestinal tract. It promotes the breakdown of harmful substances formed as a result of metabolism.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: calcium bicarbonate

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Calcium bicarbonate

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Calcium bicarbonate helps to stop the inflammatory process.

answers: NDQ_007563

answers: Which of the following is not a function of the skeletal system?

answers: NDQ_007566

answers: Which of the following is true of the water?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong: calcium bicarbonate or vitamin D?

answers: NDQ_007572

answers: Which of the following is not a characteristic of the skeletal system?

answers: NDQ_007573

answers: Which of the following is not a benefit of carbonated mineral water?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the skeletal system contain?

answers: NDQ_007578

answers: gastrointestinal

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: calcium bicarbonate,

answers: NDQ_007550

answers: calcium

answers: NDQ_007551

answers: strengthens the skeletal system and helps to stop the inflammatory process.

answers: NDQ_007552

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007553

answers: metabolism.

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: calcium bicarbonate,

answers: NDQ_007557

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007558

answers: skeletal system

answers: NDQ_007560

answers: skeletal system

answers: NDQ_007562

answers: The water is rich in calcium bicarbonate,

answers: NDQ_007563

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007566

answers: The water is rich in calcium bicarbonate,

answers: NDQ_007568

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007569

answers: The water is rich in calcium bicarbonate,

answers: NDQ_007570

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007571

answers: calcium bicarbonate,

answers: NDQ_007572

answers: calcium bicarbonate,

answers: NDQ_007573

answers: Carbonated mineral water

answers: NDQ_007574

answers: calcium bicarbonate,

answers: NDQ_007575

answers: calcium bicarbonate,

answers: NDQ_007576

answers: The water is rich in calcium bicarbonate,

answers: NDQ_007577

answers: calcium bicarbonate,

answers: NDQ_007578

answers: calcium bicarbonate,

answers: NDQ_007579

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007580

answers: calcium

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: calcium bicarbonate, which strengthens the skeletal system

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: inflammatory

text: There are many classified skeletal disorders. One of the most common is osteoporosis. Also common is scoliosis, a side-to-side curve in the back or spine, often creating a pronounced "C" or "S" shape when viewed on an x-ray of the spine. This condition is most apparent during adolescence, and is most common with females.

text: There are many classified skeletal disorders. One of the most common is

text: osteoporosis

text: . Also common is

text: scoliosis

text: , a side-to-side curve in the back or spine, often creating a pronounced "C" or "S" shape when viewed on an x-ray of the spine. This condition is most apparent during adolescence, and is most common with females.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: spine

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: spine

answers: NDQ_007560

answers: the back or spine

answers: NDQ_007562

answers: osteoporosis is the most common skeletal disorder

answers: NDQ_007563

answers: Which of the following is not a skeletal disorder?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a skeletal disorder: osteoporosis or scoliosis?

answers: NDQ_007572

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a skeletal disorder: osteoporosis, scoliosis or scoliosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: spine,

answers: NDQ_007550

answers: spine,

answers: NDQ_007551

answers: osteoporosis.

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: scoliosis,

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: spine,

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: spine,

answers: NDQ_007560

answers: scoliosis,

answers: NDQ_007562

answers: osteoporosis.

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: scoliosis,

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: scoliosis,

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: scoliosis,

answers: NDQ_007573

answers: One of the most common is osteoporosis.

answers: NDQ_007574

answers: scoliosis,

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: scoliosis,

answers: NDQ_007577

answers: scoliosis,

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: osteoporosis.

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: Hyaline cartilage caps the long bones and the spinal vertebrae. Most childhood limb growth takes place at the ends of the long bones, not in the shaft. Normally, as a child grows, the most interior portion of the joint cartilage converts into bone, and new cartilage forms on the surface to maintain smooth joints. The old joint margins (edges) reabsorb, so that the overall shape of the joint is maintained as growth continues. Failure of this process throughout the body results in skeletal dysplasia. It also leads to very early onset of osteoarthritis, because the defective cartilage is extremely fragile and vulnerable to normal wear and tear.

text: Hyaline cartilage caps the long

text: bone

text: s and the spinal vertebrae. Most childhood limb growth takes place at the ends of the long bones, not in the shaft. Normally, as a child grows, the most interior portion of the joint cartilage converts into bone, and new cartilage forms on the surface to maintain smooth joints. The old joint margins (edges) reabsorb, so that the overall shape of the joint is maintained as growth continues. Failure of this process throughout the body results in skeletal dysplasia. It also leads to very early onset of

text: osteoarthritis

text: , because the defective cartilage is extremely fragile and vulnerable to normal wear and tear.

answers: NDQ_007549

answers: hyaline cartilage

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: maintaining smooth joints

answers: NDQ_007552

answers: hyaline

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: spinal vertebrae

answers: NDQ_007556

answers: skeletal dysplasia

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: spinal vertebrae

answers: NDQ_007560

answers: spinal vertebrae

answers: NDQ_007562

answers: most childhood limb growth takes place at the ends of the long bones

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of cartilage?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: what is the last word in the passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: osteoarthritis

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: cartilage

answers: NDQ_007582

answers: cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: long bones and the spinal vertebrae.

answers: NDQ_007550

answers: Hyaline cartilage caps the long bones and the spinal vertebrae.

answers: NDQ_007551

answers: limb growth

answers: NDQ_007552

answers: bone,

answers: NDQ_007553

answers: Hyaline cartilage

answers: NDQ_007554

answers: Hyaline cartilage

answers: NDQ_007555

answers: spinal vertebrae.

answers: NDQ_007556

answers: Most childhood limb growth

answers: NDQ_007557

answers: Hyaline cartilage

answers: NDQ_007558

answers: spinal vertebrae.

answers: NDQ_007560

answers: spinal vertebrae.

answers: NDQ_007562

answers: Hyaline cartilage

answers: NDQ_007563

answers: skeletal dysplasia.

answers: NDQ_007566

answers: bone,

answers: NDQ_007568

answers: Hyaline cartilage

answers: NDQ_007569

answers: Hyaline cartilage

answers: NDQ_007570

answers: new cartilage forms on the surface to maintain smooth joints.

answers: NDQ_007571

answers: skeletal dysplasia.

answers: NDQ_007572

answers: Hyaline cartilage

answers: NDQ_007573

answers: defective cartilage is extremely fragile and vulnerable to normal wear and tear.

answers: NDQ_007574

answers: bone,

answers: NDQ_007575

answers: skeletal dysplasia.

answers: NDQ_007576

answers: Hyaline cartilage caps the long bones and the spinal vertebrae.

answers: NDQ_007577

answers: long bones and the spinal vertebrae.

answers: NDQ_007578

answers: Hyaline

answers: NDQ_007579

answers: Hyaline cartilage

answers: NDQ_007580

answers: bone,

answers: NDQ_007581

answers: Hyaline cartilage

answers: NDQ_007582

answers: Hyaline cartilage

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: as a child grows,

text: In addition to direct treatment of the plasma cell proliferation, bisphosphonates (e.g., pamidronate or zoledronic acid) are routinely administered to prevent fractures; they have also been observed to have direct anti-tumor effect even in patients without known skeletal disease.  If needed, red blood cell transfusions or erythropoietin can be used for management of anemia. Bortezomib is the first therapeutic proteasome inhibitor approved by the U.S. FDA for treating relapsed multiple myeloma.

text: In addition to direct treatment of the plasma cell proliferation,

text: bisphosphonate

text: s (e.g.,

text: pamidronate

text: or

text: zoledronic acid

text: ) are routinely administered to prevent fractures; they have also been observed to have direct anti-tumor effect even in patients without known skeletal disease.  If needed,

text: red blood cell

text: transfusions or

text: erythropoietin

text: can be used for management of anemia.

text: Bortezomib

text: is the first therapeutic proteasome inhibitor approved by the U.S. FDA for treating relapsed multiple myeloma.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: proteasome

answers: NDQ_007553

answers: plasma cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: bisphosphonates

answers: NDQ_007557

answers: bisphosphonates

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: bisphosphonates are routinely administered to prevent fractures

answers: NDQ_007563

answers: Which of the following is not a benefit of bisphosphonates: direct anti-tumor effect even in patients without known skeletal disease?

answers: NDQ_007566

answers: Which of the following is not a benefit of bisphosphonates?

answers: NDQ_007568

answers: How many types of bone tissues are mentioned in the passage?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Bisphosphonates are routinely administered to prevent fractures

answers: NDQ_007572

answers: Which of the following is not produced by compact bone: red blood cell transfusions or erythropoietin

answers: NDQ_007573

answers: Bisphosphonates are routinely administered to prevent fractures

answers: NDQ_007574

answers: It's impossible to say

answers: NDQ_007575

answers: What is the first therapeutic proteasome inhibitor approved by the U.S. FDA for treating relapsed multiple myeloma

answers: NDQ_007576

answers: Which of the following is not a type of fracture: fractures, sprains, or ligaments?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: proteasome

answers: NDQ_007579

answers: bisphosphonates

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: plasma

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: fractures;

answers: NDQ_007550

answers: bisphosphonates

answers: NDQ_007551

answers: fractures;

answers: NDQ_007552

answers: proteasome

answers: NDQ_007553

answers: red blood cell transfusions

answers: NDQ_007554

answers: bisphosphonates

answers: NDQ_007555

answers: skeletal disease.

answers: NDQ_007556

answers: fractures;

answers: NDQ_007557

answers: bisphosphonates

answers: NDQ_007558

answers: fractures;

answers: NDQ_007560

answers: fractures;

answers: NDQ_007562

answers: patients without known skeletal disease.

answers: NDQ_007563

answers: bisphosphonates

answers: NDQ_007566

answers: bisphosphonates

answers: NDQ_007568

answers: bisphosphonates

answers: NDQ_007569

answers: bisphosphonates

answers: NDQ_007570

answers: bisphosphonates

answers: NDQ_007571

answers: bisphosphonates

answers: NDQ_007572

answers: red blood cell

answers: NDQ_007573

answers: bisphosphonates

answers: NDQ_007574

answers: bisphosphonates

answers: NDQ_007575

answers: bisphosphonates

answers: NDQ_007576

answers: fractures;

answers: NDQ_007577

answers: bisphosphonates

answers: NDQ_007578

answers: bisphosphonates

answers: NDQ_007579

answers: bisphosphonates

answers: NDQ_007580

answers: bisphosphonates

answers: NDQ_007581

answers: bisphosphonates

answers: NDQ_007582

answers: erythropoietin

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: fractures;

text: The college also offers joint degree programs in accounting, management information systems, medicine, nursing and public health; and,pharmacy.

text: The college also offers joint degree programs in accounting, management information systems, medicine, nursing and public health; and,pharmacy.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage .

answers: NDQ_007553

answers: the kidneys

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: The college offers joint degree programs in nursing and public health.

answers: NDQ_007563

answers: None of the above choices .

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: It is a joint between two bones.

answers: NDQ_007571

answers: The college offers joint degree programs in medicine and nursing.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices .

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices .

answers: NDQ_007576

answers: None of the above choices .

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: Bone

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: medicine, nursing and public health;

answers: NDQ_007550

answers: medicine, nursing and public health;

answers: NDQ_007551

answers: medicine, nursing and public health;

answers: NDQ_007552

answers: accounting, management information systems, medicine, nursing and public health;

answers: NDQ_007553

answers: medicine, nursing and public health;

answers: NDQ_007554

answers: and,pharmacy.

answers: NDQ_007555

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007556

answers: and,pharmacy.

answers: NDQ_007557

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007558

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007560

answers: management information systems,

answers: NDQ_007562

answers: The college also offers joint degree programs

answers: NDQ_007563

answers: medicine, nursing and public health;

answers: NDQ_007566

answers: accounting, management information systems, medicine, nursing and public health;

answers: NDQ_007568

answers: medicine, nursing and public health;

answers: NDQ_007569

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007570

answers: accounting, management information systems, medicine, nursing and public health;

answers: NDQ_007571

answers: medicine, nursing and public health;

answers: NDQ_007572

answers: medicine, nursing and public health;

answers: NDQ_007573

answers: medicine, nursing and public health;

answers: NDQ_007574

answers: medicine, nursing and public health;

answers: NDQ_007575

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007576

answers: medicine, nursing and public health;

answers: NDQ_007577

answers: accounting, management information systems, medicine, nursing and public health;

answers: NDQ_007578

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007579

answers: medicine,

answers: NDQ_007580

answers: medicine, nursing and public health; and,pharmacy.

answers: NDQ_007581

answers: medicine, nursing

answers: NDQ_007582

answers: medicine,

answers: NDQ_007583

answers: nursing

answers: NDQ_007584

answers: medicine,

text: Tarah Lynn Schaeffer (born 4 July 1984) is an American actor. She is known for such role on the long time children's television series, Sesame Street. The casting of Tarah Schaeffer was monumental because she became the first cast member with disabilities to be casted as a member of the Sesame Street family. Tarah Schaeffer was born with a disorder called Osteogenesis Imperfecta, for short “OI”. The genetic disorder is a form of dwarfism that causes brittle bones, subjecting Tarah to constant fractures in her skeletal system.

text: Tarah Lynn Schaeffer (born 4 July 1984) is an American

text: actor

text: . She is known for such role on the long time children's television series,

text: Sesame Street

text: . The casting of Tarah Schaeffer was monumental because she became the first cast member with disabilities to be casted as a member of the

text: Sesame Street

text: family. Tarah Schaeffer was born with a disorder called

text: Osteogenesis Imperfecta

text: , for short “OI”. The

text: genetic disorder

text: is a form of

text: dwarfism

text: that causes brittle bones, subjecting Tarah to constant fractures in her

text: skeletal system

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: Osteogenesis Imperfecta

answers: NDQ_007553

answers: Blood cells are what?

answers: NDQ_007554

answers: osteogenic

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: brittle bones

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: brittle bones

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: The genetic disorder is a form of dwarfism that causes brittle bones

answers: NDQ_007563

answers: What does Osteogenesis Imperfecta cause?

answers: NDQ_007566

answers: How does Osteogenesis Imperfecta affect bones?

answers: NDQ_007568

answers: What does Osteogenesis Imperfecta cause?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: What does Osteogenesis Imperfecta cause?

answers: NDQ_007572

answers: Which happened first, Tarah Schaeffer was born with a disorder or Osteogenesis Imperfecta?

answers: NDQ_007573

answers: What is Osteogenesis Imperfecta?

answers: NDQ_007574

answers: How many years old is Tarah Schaeffer?

answers: NDQ_007575

answers: What does Osteogenesis Imperfecta mean?

answers: NDQ_007576

answers: How would you describe Tarah Schaeffer?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: brittle

answers: NDQ_007579

answers: Osteogenesis

answers: NDQ_007580

answers: brittle

answers: NDQ_007581

answers: Osteogenesis

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: Osteogenesis

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: bones,

answers: NDQ_007550

answers: bones,

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: Osteogenesis Imperfecta,

answers: NDQ_007553

answers: Osteogenesis Imperfecta,

answers: NDQ_007554

answers: Osteogenesis Imperfecta,

answers: NDQ_007555

answers: skeletal system.

answers: NDQ_007556

answers: brittle bones,

answers: NDQ_007557

answers: brittle bones,

answers: NDQ_007558

answers: brittle bones,

answers: NDQ_007560

answers: Tarah Lynn Schaeffer

answers: NDQ_007562

answers: constant fractures

answers: NDQ_007563

answers: Osteogenesis Imperfecta,

answers: NDQ_007566

answers: Osteogenesis Imperfecta,

answers: NDQ_007568

answers: Osteogenesis Imperfecta,

answers: NDQ_007569

answers: Osteogenesis Imperfecta,

answers: NDQ_007570

answers: Osteogenesis Imperfecta,

answers: NDQ_007571

answers: Osteogenesis Imperfecta,

answers: NDQ_007572

answers: brittle bones,

answers: NDQ_007573

answers: brittle bones,

answers: NDQ_007574

answers: brittle bones,

answers: NDQ_007575

answers: Osteogenesis Imperfecta,

answers: NDQ_007576

answers: fractures

answers: NDQ_007577

answers: Osteogenesis Imperfecta,

answers: NDQ_007578

answers: brittle

answers: NDQ_007579

answers: brittle

answers: NDQ_007580

answers: brittle

answers: NDQ_007581

answers: Osteogenesis Imperfecta,

answers: NDQ_007582

answers: Osteogenesis Imperfecta,

answers: NDQ_007583

answers: bones,

answers: NDQ_007584

answers: Osteogenesis Imperfecta,

text: A fully paralyzed patient is unable to move, speak, blink the eyes, or otherwise respond to the pain. It is incorrect to think that physiological signs such as increased heart rate (tachycardia), blood pressure (hypertension), dilation of the pupils (mydriasis), sweating (diaphoresis), and the formation of tears (lacrimation) will continue to occur normally in response to pain in the anesthetized state .  If neuromuscular blocking drugs are used this causes skeletal muscle paralysis and interferes with the functioning of the autonomic nervous system.  The patient cannot signal their distress and they may not exhibit the signs of awareness that would be expected to be detectable by clinical vigilance.

text: A fully paralyzed patient is unable to move, speak, blink the eyes, or otherwise respond to the pain. It is incorrect to think that physiological signs such as increased heart rate (

text: tachycardia

text: ), blood pressure (

text: hypertension

text: ), dilation of the pupils (

text: mydriasis

text: ), sweating (

text: diaphoresis

text: ), and the formation of tears (

text: lacrimation

text: ) will continue to occur normally in response to pain in the anesthetized state .  If neuromuscular blocking drugs are used this causes skeletal muscle paralysis and interferes with the functioning of the

text: autonomic nervous system

text: .  The patient cannot signal their distress and they may not exhibit the signs of awareness that would be expected to be detectable by clinical vigilance.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle and connective tissue

answers: NDQ_007551

answers: muscle paralysis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: The patient cannot signal their distress and they may not exhibit the signs of awareness that would be expected to be detectable by clinical vigilance.

answers: NDQ_007563

answers: Which of the following is not an example of a physiological sign?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: The patient cannot signal their distress and they may not exhibit the signs of awareness

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a symptom of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: blood pressure

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: neuromuscular blocking drugs

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: physiological signs

answers: NDQ_007563

answers: neuromuscular blocking drugs are used this causes skeletal muscle paralysis

answers: NDQ_007566

answers: A fully paralyzed

answers: NDQ_007568

answers: neuromuscular blocking drugs

answers: NDQ_007569

answers: neuromuscular blocking drugs

answers: NDQ_007570

answers: skeletal muscle paralysis

answers: NDQ_007571

answers: neuromuscular blocking drugs

answers: NDQ_007572

answers: blood pressure

answers: NDQ_007573

answers: neuromuscular blocking drugs

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: skeletal muscle paralysis

answers: NDQ_007576

answers: neuromuscular blocking drugs

answers: NDQ_007577

answers: skeletal muscle paralysis

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text: After initial reports that warfarin could reduce bone mineral density, several studies have demonstrated a link between warfarin use and osteoporosis-related fracture. A 1999 study in 572 women taking warfarin for deep venous thrombosis, risk of vertebral fracture and rib fracture was increased; other fracture types did not occur more commonly. A 2002 study looking at a randomly selected selection of 1523 patients with osteoporotic fracture found no increased exposure to anticoagulants compared to controls, and neither did stratification of the duration of anticoagulation reveal a trend towards fracture.

text: After initial reports that warfarin could reduce

text: bone mineral density

text: , several studies have demonstrated a link between warfarin use and

text: osteoporosis

text: -related

text: fracture

text: . A 1999 study in 572 women taking warfarin for

text: deep venous thrombosis

text: , risk of

text: vertebral fracture

text: and

text: rib fracture

text: was increased; other fracture types did not occur more commonly. A 2002 study looking at a randomly selected selection of 1523 patients with osteoporotic fracture found no increased exposure to anticoagulants compared to controls, and neither did stratification of the duration of anticoagulation reveal a trend towards fracture.

answers: NDQ_007549

answers: vertebral fracture

answers: NDQ_007550

answers: vertebral bones

answers: NDQ_007551

answers: vertebral fracture and rib fracture

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: bone mineral density

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: other fracture types did not occur more commonly

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, vertebral, or rib?

answers: NDQ_007571

answers: Which of the following is not a benefit of warfarin?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, vertebral fracture or rib fracture?

answers: NDQ_007573

answers: What is the relationship between warfarin and osteoporosis?

answers: NDQ_007574

answers: How does warfarin reduce bone mineral density?

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: Which of the following is not a type of fracture?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporotic

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporotic

answers: NDQ_007581

answers: vertebral

answers: NDQ_007582

answers: venous

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: vertebral fracture and rib fracture

answers: NDQ_007550

answers: bone mineral density,

answers: NDQ_007551

answers: vertebral fracture and rib fracture

answers: NDQ_007552

answers: warfarin could reduce bone mineral density,

answers: NDQ_007553

answers: anticoagulants

answers: NDQ_007554

answers: mineral

answers: NDQ_007555

answers: vertebral fracture

answers: NDQ_007556

answers: warfarin

answers: NDQ_007557

answers: bone mineral density,

answers: NDQ_007558

answers: rib

answers: NDQ_007560

answers: vertebral

answers: NDQ_007562

answers: other fracture types did not occur more commonly.

answers: NDQ_007563

answers: bone mineral density,

answers: NDQ_007566

answers: warfarin could reduce bone mineral density,

answers: NDQ_007568

answers: vertebral fracture and rib fracture

answers: NDQ_007569

answers: bone mineral density,

answers: NDQ_007570

answers: vertebral fracture

answers: NDQ_007571

answers: warfarin could reduce bone mineral density,

answers: NDQ_007572

answers: anticoagulants

answers: NDQ_007573

answers: risk of vertebral fracture and rib fracture

answers: NDQ_007574

answers: bone mineral density,

answers: NDQ_007575

answers: warfarin could reduce bone mineral density,

answers: NDQ_007576

answers: fracture.

answers: NDQ_007577

answers: vertebral fracture and rib fracture

answers: NDQ_007578

answers: osteoporosis-related

answers: NDQ_007579

answers: osteoporosis-related

answers: NDQ_007580

answers: mineral

answers: NDQ_007581

answers: osteoporosis-related

answers: NDQ_007582

answers: venous thrombosis,

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis-related

text: Bactridines act specifically on sodium channels. Different subtypes of bactridines have affinity with different voltage-gated sodium channel (Na) isoforms. Bactridine 2 acts on skeletal  Na1.4 and neuronal Na1.6 and is most effective on Na1.4. Bactridine 3 and 4 act on skeletal Na1.4 and neuronal Na1.3 and Na1.6 and are most effective on Na1.4 and Na1.3 respectively. Bactridine 5 acts specifically on Na1.7. Finally, bactridine 6 acts on Na1.3, Na1.7 and DmNa1. The specific sodium channel isoforms on which bactridine 1 acts are not yet known.

text: Bactridines act specifically on sodium channels. Different subtypes of bactridines have affinity with different

text: voltage-gated sodium channel

text: (Na)

text: isoforms

text: . Bactridine 2 acts on skeletal  Na1.4 and neuronal Na1.6 and is most effective on Na1.4. Bactridine 3 and 4 act on skeletal Na1.4 and neuronal Na1.3 and Na1.6 and are most effective on Na1.4 and Na1.3 respectively. Bactridine 5 acts specifically on Na1.7. Finally, bactridine 6 acts on Na1.3, Na1.7 and DmNa1. The specific sodium channel isoforms on which bactridine 1 acts are not yet known.

answers: NDQ_007549

answers: Na1.4

answers: NDQ_007550

answers: Na1.4 and Na1.6

answers: NDQ_007551

answers: skeletal Na1.4

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bactridines

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: Bactridines act specifically on sodium channels

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal Na1.4

answers: NDQ_007562

answers: Bactridines act specifically on sodium channels

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: Bactridines act specifically on sodium channels

answers: NDQ_007574

answers: The specific sodium channel isoforms on which bactridine 1 acts are not yet known.

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: skeletal Na1.4

answers: NDQ_007550

answers: skeletal Na1.4

answers: NDQ_007551

answers: skeletal Na1.4

answers: NDQ_007552

answers: Bactridines

answers: NDQ_007553

answers: Bactridines

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Bactridines

answers: NDQ_007556

answers: Bactridines act specifically on sodium channels.

answers: NDQ_007557

answers: Bactridines

answers: NDQ_007558

answers: skeletal Na1.4

answers: NDQ_007560

answers: Bactridines

answers: NDQ_007562

answers: Bactridines

answers: NDQ_007563

answers: Bactridines

answers: NDQ_007566

answers: Bactridines

answers: NDQ_007568

answers: Bactridine 5 acts specifically on Na1.7.

answers: NDQ_007569

answers: Bactridines

answers: NDQ_007570

answers: Bactridines

answers: NDQ_007571

answers: Bactridines

answers: NDQ_007572

answers: Bactridines

answers: NDQ_007573

answers: Bactridines

answers: NDQ_007574

answers: skeletal Na1.4

answers: NDQ_007575

answers: Bactridines

answers: NDQ_007576

answers: Bactridines

answers: NDQ_007577

answers: skeletal Na1.4

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: neuronal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Smooth and cardiac muscle contractions are myogenic and can be modulated by the autonomic nervous system. The mechanisms of contraction in these muscle tissues are similar to those in skeletal muscle tissues.

text: Smooth and cardiac muscle contractions are

text: myogenic

text: and can be modulated by the

text: autonomic nervous system

text: . The mechanisms of contraction in these

text: muscle tissue

text: s are similar to those in skeletal muscle tissues.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle contractions

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: myogenic

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Smooth muscle contractions are myogenic.

answers: NDQ_007563

answers: Which of the following is not a muscle tissue: smooth or cardiac?

answers: NDQ_007566

answers: What is the opposite of myogenic?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: Which of the following is not a type of muscle tissue?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a muscle tissue?

answers: NDQ_007573

answers: Which of the following is not a muscle tissue: smooth or cardiac?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: The sprain is caused by an injury to a muscle.

answers: NDQ_007577

answers: not enough information

answers: NDQ_007578

answers: myogenic

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: myogenic

answers: NDQ_007549

answers: muscle tissues.

answers: NDQ_007550

answers: skeletal muscle tissues.

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: skeletal muscle tissues.

answers: NDQ_007553

answers: myogenic and can be modulated by the autonomic nervous system.

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: Smooth and cardiac muscle

answers: NDQ_007556

answers: myogenic

answers: NDQ_007557

answers: skeletal muscle tissues.

answers: NDQ_007558

answers: Smooth and cardiac muscle

answers: NDQ_007560

answers: cardiac muscle

answers: NDQ_007562

answers: Smooth and cardiac muscle contractions are myogenic

answers: NDQ_007563

answers: myogenic and can be modulated by the autonomic nervous system.

answers: NDQ_007566

answers: Smooth and cardiac muscle contractions are myogenic

answers: NDQ_007568

answers: skeletal muscle tissues.

answers: NDQ_007569

answers: Smooth and cardiac muscle contractions are myogenic

answers: NDQ_007570

answers: myogenic and can be modulated by the autonomic nervous system.

answers: NDQ_007571

answers: Smooth and cardiac muscle contractions are myogenic

answers: NDQ_007572

answers: myogenic

answers: NDQ_007573

answers: myogenic and can be modulated by the autonomic nervous system.

answers: NDQ_007574

answers: myogenic and can be modulated by the autonomic nervous system.

answers: NDQ_007575

answers: myogenic

answers: NDQ_007576

answers: Smooth and cardiac muscle contractions are myogenic

answers: NDQ_007577

answers: myogenic and can be modulated by the autonomic nervous system.

answers: NDQ_007578

answers: myogenic

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: myogenic

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: cardiac muscle contractions are myogenic

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: myogenic

text: Hip dysplasia is often cited as causing osteoarthritis of the hip at a comparatively young age.  Dislocated load bearing surfaces lead to increased and unusual wear.  Although there are studies that contradict these findings.  (see ) Peri-acetabular osteotomy (PAO) surgery can be used to realign the hip joint in some adolescents and adults. Subsequent treatment with total hip arthroplasty (hip replacement) is complicated by a need for revision surgery (replacing the artificial joint) owing to skeletal changes as the body matures, loosening/wear or bone resorption. Hip resurfacing is another option for correcting hip dysplasia in adults. It is a type of hip replacement that preserves more bone, and may work for younger hip dysplasia patients.

text: Hip dysplasia is often cited as causing

text: osteoarthritis

text: of the hip at a comparatively young age.  Dislocated load bearing surfaces lead to increased and unusual wear.  Although there are studies that contradict these findings.  (see ) Peri-acetabular osteotomy (PAO) surgery can be used to realign the hip joint in some adolescents and adults. Subsequent treatment with total hip

text: arthroplasty

text: hip replacement

text: ) is complicated by a need for revision surgery (replacing the artificial joint) owing to skeletal changes as the body matures, loosening/wear or bone resorption.

text: Hip resurfacing

text: is another option for correcting hip dysplasia in adults. It is a type of hip replacement that preserves more bone, and may work for younger hip dysplasia patients.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: load bearing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Humans

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: the body matures

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: the hip joint

answers: NDQ_007562

answers: hip resurfacing is another option for correcting hip dysplasia in adults

answers: NDQ_007563

answers: Which of the following is not a type of hip replacement?

answers: NDQ_007566

answers: Which of the following is true of hip dysplasia?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What type of bone lies between spongy bone and periosteum?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint: elbow, hip, or shoulder?

answers: NDQ_007571

answers: Which of the following is not true of hip dysplasia?

answers: NDQ_007572

answers: Which of the following is not a type of hip replacement that preserves more bone?

answers: NDQ_007573

answers: Which of the following is not a type of hip replacement that preserves more bone?

answers: NDQ_007574

answers: It is not possible to tell

answers: NDQ_007575

answers: Which is not a type of hip replacement that preserves more bone, and may work for younger hip dysplasia patients?

answers: NDQ_007576

answers: How would you describe a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoarthritis

answers: NDQ_007579

answers: osteoarthritis

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: osteoarthritis

answers: NDQ_007582

answers: acetabular

answers: NDQ_007583

answers: osteoarthritis

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: load bearing surfaces

answers: NDQ_007552

answers: bone,

answers: NDQ_007553

answers: Hip dysplasia

answers: NDQ_007554

answers: bone,

answers: NDQ_007555

answers: hip at a comparatively young age. Dislocated load bearing surfaces

answers: NDQ_007556

answers: skeletal changes as the body matures,

answers: NDQ_007557

answers: bone,

answers: NDQ_007558

answers: Peri-acetabular

answers: NDQ_007560

answers: Peri-acetabular

answers: NDQ_007562

answers: young age.

answers: NDQ_007563

answers: Hip resurfacing

answers: NDQ_007566

answers: Hip resurfacing

answers: NDQ_007568

answers: Hip resurfacing

answers: NDQ_007569

answers: Peri-acetabular osteotomy

answers: NDQ_007570

answers: Peri-acetabular

answers: NDQ_007571

answers: Hip resurfacing

answers: NDQ_007572

answers: Hip resurfacing

answers: NDQ_007573

answers: Hip resurfacing

answers: NDQ_007574

answers: Hip resurfacing

answers: NDQ_007575

answers: Hip resurfacing

answers: NDQ_007576

answers: Hip resurfacing

answers: NDQ_007577

answers: Hip resurfacing

answers: NDQ_007578

answers: osteoarthritis

answers: NDQ_007579

answers: osteoarthritis

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: osteoarthritis

answers: NDQ_007582

answers: Peri-acetabular osteotomy

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: bone resorption.

text: In most cases, 3-M syndrome is diagnosed shortly after birth, based upon a thorough clinical evaluation, identification of characteristic physical findings (e.g., low birth weight, short stature, characteristic craniofacial and skeletal malformations, etc.), and/or a variety of specialized tests, such as advanced imaging techniques. Specialized x-ray studies may detect, confirm, and/or characterize certain craniofacial malformations (e.g., dolicocephaly, maxillary hypoplasia) as well as other skeletal abnormalities often associated with the disorder such as distinctive malformations of the vertebrae, the long bones, the ribs, and/or the shoulder blades.  Identification of the gene that causes 3-M syndrome may eventually lead to molecular genetic testing to confirm a suspected diagnosis.  The treatment of 3-M syndrome is directed toward the specific symptoms that are apparent in each individual. Treatment may require the coordinated efforts of a team of specialists. Pediatricians, physicians who specialize in treating skeletal disorders (orthopedists), dental specialists, and/or other health care professionals may need to systematically and comprehensively plan an affected child's treatment.  In some cases, orthopedic techniques, surgery, and/or other supportive techniques may be used to help treat certain skeletal abnormalities associated with 3-M syndrome. Surgery and/or supportive measures may also be used to help treat or correct certain craniofacial, digital, and/or other abnormalities associated with the disorder. In addition, in affected individuals with dental abnormalities, braces, oral surgery, and/or other corrective techniques may be used to help treat or correct such malformations.  Genetic counseling will be of benefit for affected individuals and their families. Family members of affected individuals should also receive regular clinical evaluations to detect any symptoms and physical characteristics that may be potentially associated with 3-M syndrome or heterozygosity for the disorder. Other treatment for 3-M syndrome is symptomatic and supportive.

answers: NDQ_007549

answers: vertebrae, the long bones, the ribs

answers: NDQ_007550

answers: vertebrae

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: 3-M syndrome

answers: NDQ_007557

answers: vertebrae

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: shoulder blades

answers: NDQ_007562

answers: Symptomatic and supportive treatment for 3-M syndrome is symptomatic

answers: NDQ_007563

answers: What happens when bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not a skeletal abnormality?

answers: NDQ_007568

answers: Which of the following is not a type of bone: vertebrae, the long bones, the ribs, or the shoulder blades?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a characteristic physical finding of 3-M syndrome?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: ribs

answers: NDQ_007579

answers: ribs

answers: NDQ_007580

answers: ribs

answers: NDQ_007581

answers: vertebrae

answers: NDQ_007582

answers: ribs

answers: NDQ_007583

answers: ribs

answers: NDQ_007584

answers: osteoplasia

answers: NDQ_007549

answers: vertebrae, the long bones,

answers: NDQ_007550

answers: vertebrae, the long bones,

answers: NDQ_007551

answers: skeletal abnormalities

answers: NDQ_007552

answers: orthopedic techniques,

answers: NDQ_007553

answers: Genetic counseling

answers: NDQ_007554

answers: orthopedic techniques,

answers: NDQ_007555

answers: vertebrae,

answers: NDQ_007556

answers: 3-M syndrome.

answers: NDQ_007557

answers: braces,

answers: NDQ_007558

answers: vertebrae, the long bones, the ribs,

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: 3-M syndrome.

answers: NDQ_007563

answers: orthopedic techniques,

answers: NDQ_007566

answers: orthopedic techniques,

answers: NDQ_007568

answers: orthopedic techniques,

answers: NDQ_007569

answers: orthopedic techniques,

answers: NDQ_007570

answers: skeletal abnormalities

answers: NDQ_007571

answers: skeletal abnormalities

answers: NDQ_007572

answers: Genetic counseling

answers: NDQ_007573

answers: orthopedic techniques,

answers: NDQ_007574

answers: orthopedic techniques,

answers: NDQ_007575

answers: orthopedic techniques,

answers: NDQ_007576

answers: orthopedic techniques,

answers: NDQ_007577

answers: orthopedic techniques,

answers: NDQ_007578

answers: orthopedic techniques,

answers: NDQ_007579

answers: orthopedic

answers: NDQ_007580

answers: orthopedic

answers: NDQ_007581

answers: vertebrae,

answers: NDQ_007582

answers: orthopedic

answers: NDQ_007583

answers: orthopedic techniques,

answers: NDQ_007584

answers: 3-M syndrome.

text: Newton's third law of motion is widely used in the study of animal locomotion: if at rest, to move forwards an animal must push something backwards.  Terrestrial animals must push the solid ground, swimming and flying animals must push against a fluid or gas (either water or air). The effect of forces during locomotion on the design of the skeletal system is also important, as is the interaction between locomotion and muscle physiology, in determining how the structures and effectors of locomotion enable or limit animal movement.

text: Newton's third law of motion

text: is widely used in the study of animal locomotion: if at rest, to move forwards an animal must push something backwards.  Terrestrial animals must push the solid ground, swimming and flying animals must push against a

text: fluid

text: or

text: gas

text: (either

text: water

text: or

text: air

text: ). The effect of forces during locomotion on the design of the skeletal system is also important, as is the interaction between locomotion and muscle physiology, in determining how the structures and effectors of locomotion enable or limit animal movement.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: vertebrates

answers: NDQ_007551

answers: muscle physiology

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: the interaction between locomotion and muscle physiology

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: a fluid or gas (either water or air)

answers: NDQ_007563

answers: Which of the following is not a type of muscle physiology: muscle physiology, skeletal system

answers: NDQ_007566

answers: Which of the following is not an example of Newton's third law of motion?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not an effector of locomotion?

answers: NDQ_007573

answers: How does the design of the skeletal system affect animal locomotion?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What does the interaction between locomotion and muscle physiology mean?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilaginous

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: enable or limit animal movement.

answers: NDQ_007552

answers: muscle

answers: NDQ_007553

answers: animal locomotion:

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: Newton's third law of motion

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: muscle

answers: NDQ_007560

answers: muscle

answers: NDQ_007562

answers: Newton's third law of motion

answers: NDQ_007563

answers: muscle physiology,

answers: NDQ_007566

answers: Newton's third law of motion

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: Newton's

answers: NDQ_007570

answers: muscle

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: effect of forces during locomotion on the design of the skeletal system

answers: NDQ_007574

answers: Newton's third law of motion

answers: NDQ_007575

answers: forces during locomotion on the design of the skeletal system

answers: NDQ_007576

answers: Newton's third law of motion

answers: NDQ_007577

answers: skeletal system

answers: NDQ_007578

answers: muscle

answers: NDQ_007579

answers: muscle

answers: NDQ_007580

answers: muscle

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: muscle

answers: NDQ_007584

answers: skeletal system

text: Godot contains an in-built animation system with a GUI for editing skeletal animation, blending, animation trees, morphing and realtime cutscenes. Due to a node-based design almost any variable defined or created on a game entity can be animated.

text: Godot contains an in-built

text: animation

text: system with a

text: GUI

text: for editing

text: skeletal animation

text: , blending, animation trees,

text: morphing

text: and realtime cutscenes. Due to a node-based design almost any variable defined or created on a game entity can be animated.

answers: NDQ_007549

answers: blending, animation trees

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: editing skeletal animation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: due to a node-based design

answers: NDQ_007557

answers: nodes

answers: NDQ_007558

answers: ribs

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: Godot does not contain a GUI for editing skeletal animation

answers: NDQ_007563

answers: how do bones release stored calcium to the blood

answers: NDQ_007566

answers: How would you describe Bones?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: ball-and-socket

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Godot

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: not enough information

answers: NDQ_007575

answers: animation trees

answers: NDQ_007576

answers: it does not break

answers: NDQ_007577

answers: how many bones

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: Red blood cells

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: morphing

answers: NDQ_007549

answers: blending, animation trees,

answers: NDQ_007550

answers: animation trees,

answers: NDQ_007551

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007552

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007553

answers: Godot contains an in-built animation

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: morphing and realtime cutscenes.

answers: NDQ_007556

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007557

answers: skeletal animation, blending, animation trees,

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: node-based

answers: NDQ_007562

answers: skeletal animation,

answers: NDQ_007563

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007566

answers: Godot contains an in-built animation system

answers: NDQ_007568

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007569

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007570

answers: morphing and realtime cutscenes.

answers: NDQ_007571

answers: Godot contains an in-built animation system

answers: NDQ_007572

answers: skeletal animation,

answers: NDQ_007573

answers: Godot contains an in-built animation system

answers: NDQ_007574

answers: Godot

answers: NDQ_007575

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007576

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007577

answers: blending, animation trees, morphing and realtime cutscenes.

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal animation, blending, animation trees,

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: morphing

text: Comparative anatomy has long served as evidence for evolution; it indicates that various organisms share a common ancestor.Also, it assists scientists in classifying organisms based on similar characteristics of their anatomical structures. A common example of comparative anatomy is the similar bone structures in forelimbs of cats, whales, bats, and humans. All of these appendages consist of the same basic parts; yet, they serve completely different functions. The skeletal parts which form a structure used for swimming, such as a fin, would not be ideal to form a wing, which is better-suited for flight. One explanation for the forelimbs' similar composition is descent with modification. Through random mutations and natural selection, each organism's anatomical structures gradually adapted to suit their respective habitats. The rules for development of special characteristics which differ significantly from general homology were listed by Karl Ernst von Baer (the Baer laws).

text: Comparative anatomy has long served as

text: evidence for evolution

text: ; it indicates that various organisms share a common ancestor.Also, it assists scientists in classifying organisms based on similar characteristics of their anatomical structures. A common example of comparative anatomy is the similar bone structures in forelimbs of cats, whales, bats, and humans. All of these appendages consist of the same basic parts; yet, they serve completely different functions. The skeletal parts which form a structure used for swimming, such as a fin, would not be ideal to form a wing, which is better-suited for flight. One explanation for the forelimbs' similar composition is descent with modification. Through random mutations and natural selection, each organism's anatomical structures gradually adapted to suit their respective habitats. The rules for development of special characteristics which differ significantly from general homology were listed by

text: Karl Ernst von Baer

text: (the Baer laws).

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: form a structure used for swimming

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: forelimbs

answers: NDQ_007556

answers: descent with modification

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: whales

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: wing, which is better-suited for flight

answers: NDQ_007563

answers: Which of the following is not an example of comparative anatomy?

answers: NDQ_007566

answers: Which of the following is not a characteristic of chalk?

answers: NDQ_007568

answers: Which of the following is not an example of comparative anatomy?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not an example of comparative anatomy?

answers: NDQ_007572

answers: Which of the following is not an example of comparative anatomy?

answers: NDQ_007573

answers: Which of the following is not an example of comparative anatomy?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not an example of comparative anatomy?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: cartilaginous

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: a fin,

answers: NDQ_007550

answers: same basic parts;

answers: NDQ_007551

answers: swimming,

answers: NDQ_007552

answers: wing,

answers: NDQ_007553

answers: random mutations

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: cats, whales, bats, and humans.

answers: NDQ_007556

answers: descent with modification.

answers: NDQ_007557

answers: skeletal parts

answers: NDQ_007558

answers: cats, whales, bats, and humans.

answers: NDQ_007560

answers: bone structures in forelimbs

answers: NDQ_007562

answers: wing,

answers: NDQ_007563

answers: Comparative anatomy

answers: NDQ_007566

answers: Comparative anatomy

answers: NDQ_007568

answers: cats, whales, bats, and humans.

answers: NDQ_007569

answers: Comparative anatomy

answers: NDQ_007570

answers: cats, whales, bats, and humans.

answers: NDQ_007571

answers: Comparative anatomy

answers: NDQ_007572

answers: wing,

answers: NDQ_007573

answers: Comparative anatomy

answers: NDQ_007574

answers: humans.

answers: NDQ_007575

answers: wing,

answers: NDQ_007576

answers: Comparative anatomy

answers: NDQ_007577

answers: humans.

answers: NDQ_007578

answers: wing,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: cats, whales, bats, and humans.

answers: NDQ_007583

answers: wing,

answers: NDQ_007584

answers: natural selection,

text: There are ethical issues with bioarchaeology that revolve around treatment and respect for the dead.  Large-scale skeletal collections were first amassed in the US in the 19th century, largely from the remains of Native Americans.  No permission was ever granted from surviving family for study and display.  Recently, federal laws such as NAGPRA (Native American Graves Protection and Repatriation Act) have allowed Native Americans to regain control over the skeletal remains of their ancestors and associated artifacts in order to reassert their cultural identities.

text: There are ethical issues with bioarchaeology that revolve around treatment and respect for the dead.  Large-scale skeletal collections were first amassed in the US in the 19th century, largely from the remains of

text: Native Americans

text: .  No permission was ever granted from surviving family for study and display.  Recently, federal laws such as

text: NAGPRA

text: (Native American Graves Protection and Repatriation Act) have allowed Native Americans to regain control over the skeletal remains of their ancestors and associated artifacts in order to reassert their cultural identities.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Native Americans

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Native Americans

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: No permission was ever granted from surviving family

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is true of Native Americans?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is not an example of a bioarchaeology issue?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not an example of bioarchaeology that revolves around treatment and respect for the dead?

answers: NDQ_007576

answers: Which of the following is true of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: skeletal remains

answers: NDQ_007550

answers: Native Americans.

answers: NDQ_007551

answers: treatment and respect for the dead.

answers: NDQ_007552

answers: regain control over the skeletal remains

answers: NDQ_007553

answers: dead.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Native Americans.

answers: NDQ_007556

answers: treatment and respect for the dead.

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: Native Americans.

answers: NDQ_007560

answers: skeletal collections

answers: NDQ_007562

answers: No permission was ever granted from surviving family

answers: NDQ_007563

answers: skeletal collections were first amassed in the US in the 19th century,

answers: NDQ_007566

answers: dead.

answers: NDQ_007568

answers: Native Americans to regain control over the skeletal remains

answers: NDQ_007569

answers: There are ethical issues with bioarchaeology

answers: NDQ_007570

answers: Native Americans to regain control over the skeletal remains

answers: NDQ_007571

answers: Large-scale skeletal collections

answers: NDQ_007572

answers: skeletal collections were first amassed in the US in the 19th century,

answers: NDQ_007573

answers: Native Americans to regain control over the skeletal remains

answers: NDQ_007574

answers: skeletal collections were first amassed in the US in the 19th century,

answers: NDQ_007575

answers: Native Americans to regain control over the skeletal remains

answers: NDQ_007576

answers: There are ethical issues with bioarchaeology

answers: NDQ_007577

answers: skeletal collections were first amassed in the US in the 19th century,

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: There are generally two types of syndromes that cause short stature.  One is disproportionate limb size on a normal size torso.  The second is proportionate, where they are generally small for their average age.  There are a variety of causes including skeletal dysplasia, chondrodysrophy, and growth hormone deficiencies.  Short stature can cause a number of other disabilities including eye problems, joint defects, joint dislocation or limited range of movement.

text: There are generally two types of syndromes that cause short stature.  One is disproportionate limb size on a normal size torso.  The second is proportionate, where they are generally small for their average age.  There are a variety of causes including skeletal dysplasia, chondrodysrophy, and growth hormone deficiencies.  Short stature can cause a number of other disabilities including eye problems, joint defects, joint dislocation or limited range of movement.

answers: NDQ_007549

answers: limbs

answers: NDQ_007550

answers: skeletal dysplasia

answers: NDQ_007551

answers: limited range of movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: growth hormone

answers: NDQ_007554

answers: chondral

answers: NDQ_007555

answers: torso

answers: NDQ_007556

answers: growth hormone deficiencies

answers: NDQ_007557

answers: skeleton

answers: NDQ_007558

answers: limbs

answers: NDQ_007560

answers: joint dislocation

answers: NDQ_007562

answers: they are generally small for their average age

answers: NDQ_007563

answers: Which of the following is not a cause of short stature?

answers: NDQ_007566

answers: Which of the following is not a cause of short stature?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues: skeletal dysplasia, chondrodysrophy, or growth hormone deficiencies?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a cause of short stature, skeletal dysplasia or growth hormone deficiencies?

answers: NDQ_007572

answers: Which of the following is not a type of disorder: skeletal dysplasia, chondrodysrophy, or growth hormone deficiencies?

answers: NDQ_007573

answers: osteoporosis can cause an increased risk of bone fractures

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: chondrodysrophy

answers: NDQ_007579

answers: Chondrodysrophy

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: chondrocytes

answers: NDQ_007583

answers: chondrodysphy

answers: NDQ_007584

answers: skeletal dysplasia

answers: NDQ_007549

answers: limb

answers: NDQ_007550

answers: torso.

answers: NDQ_007551

answers: movement.

answers: NDQ_007552

answers: growth hormone deficiencies.

answers: NDQ_007553

answers: growth hormone

answers: NDQ_007554

answers: growth hormone

answers: NDQ_007555

answers: joint dislocation

answers: NDQ_007556

answers: growth hormone deficiencies.

answers: NDQ_007557

answers: growth hormone deficiencies.

answers: NDQ_007558

answers: limb

answers: NDQ_007560

answers: joint dislocation

answers: NDQ_007562

answers: small for their average age.

answers: NDQ_007563

answers: growth hormone deficiencies.

answers: NDQ_007566

answers: skeletal dysplasia,

answers: NDQ_007568

answers: skeletal dysplasia,

answers: NDQ_007569

answers: skeletal dysplasia,

answers: NDQ_007570

answers: joint defects, joint dislocation

answers: NDQ_007571

answers: growth hormone deficiencies.

answers: NDQ_007572

answers: growth hormone deficiencies.

answers: NDQ_007573

answers: growth hormone deficiencies.

answers: NDQ_007574

answers: skeletal dysplasia,

answers: NDQ_007575

answers: growth hormone deficiencies.

answers: NDQ_007576

answers: skeletal dysplasia,

answers: NDQ_007577

answers: skeletal dysplasia,

answers: NDQ_007578

answers: chondrodysrophy,

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: growth hormone

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: chondrodysrophy,

text: In individuals affected by SMA, the SMN1 gene is mutated in such a way that it is unable to correctly code the SMN protein - due to either a deletion occurring at exon 7 or to other point mutations (frequently resulting in the functional conversion of the SMN1 sequence into SMN2). All patients, however, retain at least one copy of the SMN2 gene (with most having 2-4 of them) which still codes small amounts of SMN protein - around 10-20% of the normal level - allowing some neurons to survive. In the long run, however, reduced availability of the SMN protein results in gradual death of motor neuron cells in the anterior horn of spinal cord and the brain. Muscles that depend on these motor neurons for neural input now have decreased innervation (also called denervation), and therefore have decreased input from the central nervous system (CNS). Denervated skeletal muscle is more difficult for the body to control. Decreased impulse transmission through the motor neurons leads to decreased contractile activity of the denervated muscle. Consequently, denervated muscles undergo progressive atrophy.

text: In individuals affected by SMA, the SMN1 gene is

text: mutated

text: in such a way that it is unable to correctly code the SMN protein - due to either a

text: deletion

text: occurring at

text: exon

text: 7 or to other

text: point mutations

text: (frequently resulting in the functional conversion of the SMN1 sequence into SMN2). All patients, however, retain at least one copy of the SMN2 gene (with most having 2-4 of them) which still codes small amounts of SMN protein - around 10-20% of the normal level - allowing some neurons to survive. In the long run, however, reduced availability of the SMN protein results in gradual death of motor neuron cells in the

text: anterior horn of spinal cord

text: and the brain. Muscles that depend on these motor neurons for neural input now have decreased innervation (also called denervation), and therefore have decreased input from the central nervous system (CNS). Denervated skeletal muscle is more difficult for the body to control. Decreased impulse transmission through the motor neurons leads to decreased contractile activity of the denervated muscle. Consequently, denervated muscles undergo progressive

text: atrophy

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle is more difficult for the body to control

answers: NDQ_007552

answers: SMN

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: denervation

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: anterior horn

answers: NDQ_007562

answers: denervated muscles undergo progressive atrophy

answers: NDQ_007563

answers: How does the body release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of muscle?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the result of decreased innervation?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: denervation

answers: NDQ_007579

answers: denervation

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: central nervous system

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: denervation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: SMN1

answers: NDQ_007553

answers: motor neuron cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: SMA,

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: In individuals affected by SMA,

answers: NDQ_007563

answers: denervation), and therefore have decreased input from the central nervous system

answers: NDQ_007566

answers: In individuals affected by SMA,

answers: NDQ_007568

answers: 2-4

answers: NDQ_007569

answers: 7

answers: NDQ_007570

answers: Muscles

answers: NDQ_007571

answers: skeletal muscle

answers: NDQ_007572

answers: motor neuron cells

answers: NDQ_007573

answers: SMA,

answers: NDQ_007574

answers: skeletal muscle

answers: NDQ_007575

answers: denervation),

answers: NDQ_007576

answers: In individuals affected by SMA,

answers: NDQ_007577

answers: 2-4

answers: NDQ_007578

answers: denervation),

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: denervation),

text: A joint is a break (fracture) of natural origin in the continuity of either a layer or body of rock that lacks any visible or measurable movement parallel to the surface (plane) of the fracture. Although they can occur singly, they most frequently occur as joint sets and systems. A joint set is a family of parallel, evenly spaced joints that can be identified through mapping and analysis of the orientations, spacing, and physical properties. A joint system consists of two or more intersecting joint sets. The distinction between joints and faults hinges on the terms visible or measurable which depends on the scale of observation. Faults differ from joints in that they exhibit visible or measurable lateral movement between the opposite surfaces of the fracture. As a result, a joint may have been created by either strict movement of a rock layer or body perpendicular to the fracture or by varying degrees of lateral displacement parallel to the surface (plane) of the fracture that remains “invisible” at the scale of observation.

text: A joint is a break (

text: fracture

text: ) of natural origin in the continuity of either a layer or body of

text: rock

text: that lacks any visible or measurable movement parallel to the surface (plane) of the fracture. Although they can occur singly, they most frequently occur as joint sets and systems. A joint set is a family of parallel, evenly spaced joints that can be identified through mapping and analysis of the orientations, spacing, and physical properties. A joint system consists of two or more intersecting joint sets. The distinction between joints and

text: faults

text: hinges on the terms visible or measurable which depends on the scale of observation. Faults differ from joints in that they exhibit visible or measurable lateral movement between the opposite surfaces of the fracture. As a result, a joint may have been created by either strict movement of a rock layer or body perpendicular to the fracture or by varying degrees of lateral displacement parallel to the surface (plane) of the fracture that remains “invisible” at the scale of observation.

answers: NDQ_007549

answers: joints and faults

answers: NDQ_007550

answers: joints and faults

answers: NDQ_007551

answers: joints and faults

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: rock

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: lacks any visible or measurable movement

answers: NDQ_007557

answers: Faults

answers: NDQ_007558

answers: joints and faults

answers: NDQ_007560

answers: faults

answers: NDQ_007562

answers: they exhibit visible or measurable lateral movement between the opposite surfaces of the fracture

answers: NDQ_007563

answers: What is the difference between joints and faults?

answers: NDQ_007566

answers: What is the difference between joints and faults?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: What is the difference between joints and faults

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: What is not produced by compact bone?

answers: NDQ_007573

answers: What is the difference between joints and faults?

answers: NDQ_007574

answers: joint

answers: NDQ_007575

answers: What is the difference between joints and faults?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Faults

answers: NDQ_007579

answers: joint system

answers: NDQ_007580

answers: joint system

answers: NDQ_007581

answers: Joint

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Joints

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: joint

answers: NDQ_007550

answers: two or more intersecting joint sets.

answers: NDQ_007551

answers: joint

answers: NDQ_007552

answers: joint

answers: NDQ_007553

answers: A joint

answers: NDQ_007554

answers: rock

answers: NDQ_007555

answers: joint

answers: NDQ_007556

answers: measurable movement

answers: NDQ_007557

answers: varying degrees of lateral displacement

answers: NDQ_007558

answers: Faults

answers: NDQ_007560

answers: Faults

answers: NDQ_007562

answers: A joint

answers: NDQ_007563

answers: A joint

answers: NDQ_007566

answers: A joint

answers: NDQ_007568

answers: two or more intersecting joint sets. The distinction between joints and faults

answers: NDQ_007569

answers: A joint

answers: NDQ_007570

answers: joints

answers: NDQ_007571

answers: A joint

answers: NDQ_007572

answers: joint

answers: NDQ_007573

answers: A joint

answers: NDQ_007574

answers: rock

answers: NDQ_007575

answers: Faults differ from joints

answers: NDQ_007576

answers: joint

answers: NDQ_007577

answers: two or more intersecting joint sets.

answers: NDQ_007578

answers: joint

answers: NDQ_007579

answers: rock

answers: NDQ_007580

answers: joint

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: joint

answers: NDQ_007583

answers: joint

answers: NDQ_007584

answers: joint

text: Skeletal system findings: Patients may have mandibular hypoplasia, osteoporosis, avascular necrosis, and scoliosis.

text: Skeletal system findings: Patients may have mandibular hypoplasia, osteoporosis, avascular necrosis, and scoliosis.

answers: NDQ_007549

answers: osteogenes

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: avascular necrosis

answers: NDQ_007557

answers: bone.

answers: NDQ_007558

answers: mandibular

answers: NDQ_007560

answers: mandibular

answers: NDQ_007562

answers: scoliosis is caused by osteoporosis.

answers: NDQ_007563

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not an example of a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a result of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007576

answers: Which of the following is not a skeletal system finding?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: avascular

answers: NDQ_007583

answers: osteoclasts

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: osteoporosis, avascular necrosis,

answers: NDQ_007550

answers: osteoporosis,

answers: NDQ_007551

answers: scoliosis.

answers: NDQ_007552

answers: osteoporosis,

answers: NDQ_007553

answers: avascular

answers: NDQ_007554

answers: osteoporosis, avascular

answers: NDQ_007555

answers: Skeletal system

answers: NDQ_007556

answers: osteoporosis,

answers: NDQ_007557

answers: osteoporosis,

answers: NDQ_007558

answers: mandibular

answers: NDQ_007560

answers: mandibular

answers: NDQ_007562

answers: avascular necrosis,

answers: NDQ_007563

answers: avascular necrosis,

answers: NDQ_007566

answers: osteoporosis,

answers: NDQ_007568

answers: avascular necrosis, and scoliosis.

answers: NDQ_007569

answers: osteoporosis,

answers: NDQ_007570

answers: scoliosis.

answers: NDQ_007571

answers: osteoporosis,

answers: NDQ_007572

answers: avascular necrosis,

answers: NDQ_007573

answers: osteoporosis,

answers: NDQ_007574

answers: avascular necrosis, and scoliosis.

answers: NDQ_007575

answers: osteoporosis,

answers: NDQ_007576

answers: avascular necrosis,

answers: NDQ_007577

answers: avascular necrosis,

answers: NDQ_007578

answers: osteoporosis,

answers: NDQ_007579

answers: osteoporosis,

answers: NDQ_007580

answers: osteoporosis,

answers: NDQ_007581

answers: osteoporosis,

answers: NDQ_007582

answers: avascular

answers: NDQ_007583

answers: osteoporosis,

answers: NDQ_007584

answers: avascular necrosis,

text: The stifle joint (often simply stifle) is a complex joint in the hind limbs of quadruped mammals such as the sheep, horse or dog. It is the equivalent of the human knee and is often the largest synovial joint in the animal's body. The stifle joint joins three bones: the femur, patella, and tibia. The joint consists of three smaller ones: the femoropatellar joint, medial femorotibial joint, and lateral femorotibial joint.

text: The stifle joint (often simply stifle) is a complex joint in the

text: hind limb

text: s of

text: quadruped

text: mammal

text: s such as the

text: sheep

text: horse

text: or

text: dog

text: . It is the equivalent of the human

text: knee

text: and is often the largest

text: synovial joint

text: in the animal's body. The stifle joint joins three bones: the

text: femur

text: patella

text: , and

text: tibia

text: . The joint consists of three smaller ones: the femoropatellar joint, medial femorotibial joint, and lateral femorotibial joint.

answers: NDQ_007549

answers: stifle joint

answers: NDQ_007550

answers: femur, patella, and tibia

answers: NDQ_007551

answers: synovial joint

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: stifle

answers: NDQ_007554

answers: synovial

answers: NDQ_007555

answers: stifle joint

answers: NDQ_007556

answers: stifle

answers: NDQ_007557

answers: synovial

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: stifle joint

answers: NDQ_007562

answers: The stifle joint is the equivalent of the human knee

answers: NDQ_007563

answers: Which of the following is not a bone: femur, patella, or tibia?

answers: NDQ_007566

answers: Which of the following is not a type of bone: dead, dry, and brittle?

answers: NDQ_007568

answers: How many bones are in the stifle joint?

answers: NDQ_007569

answers: Which of the following is not a type of bone: femur, patella, or tibia?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a bone: femur, patella, or tibia?

answers: NDQ_007572

answers: Which of the following is not a type of bone: femur, patella, or tibia?

answers: NDQ_007573

answers: How many bones does the stifle joint join?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of bone: femur, patella, or tibia?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones are in the stifle joint?

answers: NDQ_007578

answers: patella

answers: NDQ_007579

answers: patella

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: synovial

answers: NDQ_007582

answers: patella

answers: NDQ_007583

answers: patella

answers: NDQ_007584

answers: synovial

answers: NDQ_007549

answers: femur, patella, and tibia.

answers: NDQ_007550

answers: three bones:

answers: NDQ_007551

answers: The stifle joint

answers: NDQ_007552

answers: patella,

answers: NDQ_007553

answers: The stifle joint

answers: NDQ_007554

answers: synovial joint

answers: NDQ_007555

answers: femur, patella, and tibia.

answers: NDQ_007556

answers: femur, patella, and tibia.

answers: NDQ_007557

answers: synovial

answers: NDQ_007558

answers: femur, patella, and tibia.

answers: NDQ_007560

answers: stifle joint

answers: NDQ_007562

answers: The stifle joint

answers: NDQ_007563

answers: femur, patella, and tibia.

answers: NDQ_007566

answers: The stifle joint

answers: NDQ_007568

answers: three

answers: NDQ_007569

answers: femur, patella, and tibia.

answers: NDQ_007570

answers: knee

answers: NDQ_007571

answers: femur, patella, and tibia.

answers: NDQ_007572

answers: femur, patella, and tibia.

answers: NDQ_007573

answers: femur, patella, and tibia.

answers: NDQ_007574

answers: three bones:

answers: NDQ_007575

answers: femur, patella, and tibia.

answers: NDQ_007576

answers: knee and is often the largest synovial joint

answers: NDQ_007577

answers: quadruped mammals

answers: NDQ_007578

answers: patella,

answers: NDQ_007579

answers: patella,

answers: NDQ_007580

answers: femur,

answers: NDQ_007581

answers: synovial

answers: NDQ_007582

answers: patella,

answers: NDQ_007583

answers: patella,

answers: NDQ_007584

answers: synovial

text: Zometa is used to prevent skeletal fractures in patients with cancers such as multiple myeloma and prostate cancer, as well as for treating osteoporosis. It can also be used to treat hypercalcemia of malignancy and can be helpful for treating pain from bone metastases.

text: Zometa is used to prevent

text: skeletal

text: fracture

text: s in patients with

text: cancer

text: s such as

text: multiple myeloma

text: and

text: prostate cancer

text: , as well as for treating

text: osteoporosis

text: . It can also be used to treat

text: hypercalcemia

text: of malignancy and can be helpful for treating pain from bone metastases.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: fractures

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: skeletal

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: osteoporosis can be treated with Zometa

answers: NDQ_007563

answers: Which of the following is not the cause of osteoporosis: multiple myeloma, prostate cancer, or bone metastases?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a benefit of Zometa?

answers: NDQ_007573

answers: Which of the following is not a condition that Zometa can help treat?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: fractures

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: skeletal fractures

answers: NDQ_007552

answers: Zometa

answers: NDQ_007553

answers: cancers such as multiple myeloma and prostate cancer,

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: Zometa is used to prevent skeletal fractures

answers: NDQ_007563

answers: hypercalcemia

answers: NDQ_007566

answers: Zometa is used to prevent skeletal fractures

answers: NDQ_007568

answers: Zometa is used to prevent skeletal fractures

answers: NDQ_007569

answers: osteoporosis.

answers: NDQ_007570

answers: Zometa is used to prevent skeletal fractures

answers: NDQ_007571

answers: osteoporosis.

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: Zometa

answers: NDQ_007574

answers: Zometa is used to prevent skeletal fractures

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: Zometa is used to prevent skeletal fractures

answers: NDQ_007577

answers: bone metastases.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: myeloma

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: The skeletal system serves as a framework for tissues and organs to attach themselves to. This system acts as a protective structure for vital organs. Major examples of this are the brain being protected by the skull and the lungs being protected by the rib cage.

text: The skeletal system serves as a framework for

text: tissues

text: and

text: organs

text: to attach themselves to. This system acts as a protective structure for vital organs. Major examples of this are the

text: brain

text: being protected by the

text: skull

text: and the

text: lungs

text: being protected by the

text: rib cage

answers: NDQ_007549

answers: rib cage

answers: NDQ_007550

answers: the bones of the body

answers: NDQ_007551

answers: protecting vital organs

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the skeletal system

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: protect vital organs

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: rib cage

answers: NDQ_007560

answers: rib cage

answers: NDQ_007562

answers: The brain is protected by the skull.

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which organs are made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: how does the skeletal system protect vital organs

answers: NDQ_007571

answers: Which of the following is not needed to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not a vital organ?

answers: NDQ_007573

answers: How does the skeletal system protect vital organs?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a function of the skeletal system?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: The skeletal system

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: skull and the lungs being protected by the rib cage.

answers: NDQ_007550

answers: skull and the lungs being protected by the rib cage.

answers: NDQ_007551

answers: protective structure for vital organs.

answers: NDQ_007552

answers: skeletal system

answers: NDQ_007553

answers: skeletal system

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: protective structure for vital organs.

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: rib cage.

answers: NDQ_007560

answers: rib cage.

answers: NDQ_007562

answers: The skeletal system

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: The skeletal system

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: The skeletal system

answers: NDQ_007570

answers: skeletal system

answers: NDQ_007571

answers: skeletal system

answers: NDQ_007572

answers: skeletal system

answers: NDQ_007573

answers: The skeletal system

answers: NDQ_007574

answers: skull and the lungs being protected by the rib cage.

answers: NDQ_007575

answers: skeletal system

answers: NDQ_007576

answers: The skeletal system

answers: NDQ_007577

answers: rib cage.

answers: NDQ_007578

answers: rib cage.

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal system

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: lungs

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

text: miR-199, along with its cluster mate MiR-214, has been shown to be implicated in skeleton formation. In mice, miR-199 is expressed in perichondrial cells, periarticular chondrocytes, tracheal cartilage, limb mesenchyme, and most tissues in the upper and lower jaw. In zebrafish, miR-199 is expressed in the developing notochord and in all tissues surrounding developing skeletal elements. Comparative miRNA array led to the isolation of several Bone Morphogenic Protein 2 (BMP2)-responsive miRNAs. Among them, miR-199a* is of particular interest, because it was reported to be specifically expressed in the skeletal system and was shown to inhibit chondrogenesis by down-regulation of Smad1, a major regulator of bone and cartilage formation and development. Also, Twist-1, whichis a major actor in skeleton formation, regulates miR-199 and miR-214 cluster expression in mouse. Furthermore, miR199-214 cluster deletion in mouse lead to skeletal development abnormalities including craniofacial defects, neural arch and spinous processes malformations, and osteopenia.

text: miR-199, along with its cluster mate

text: , has been shown to be implicated in skeleton formation. In mice, miR-199 is expressed in perichondrial cells, periarticular chondrocytes, tracheal cartilage, limb mesenchyme, and most tissues in the upper and lower jaw. In zebrafish, miR-199 is expressed in the developing notochord and in all tissues surrounding developing skeletal elements. Comparative miRNA array led to the isolation of several

text: Bone Morphogenic Protein 2

text: (BMP2)-responsive miRNAs. Among them, miR-199a* is of particular interest, because it was reported to be specifically expressed in the skeletal system and was shown to inhibit chondrogenesis by

entity_name: Mothers against decapentaplegic homolog 1

text: down-regulation of Smad1

text: , a major regulator of bone and cartilage formation and development. Also,

text: , whichis a major actor in skeleton formation, regulates miR-199 and miR-214 cluster expression in mouse. Furthermore, miR199-214 cluster deletion in mouse lead to skeletal development abnormalities including craniofacial defects, neural arch and spinous processes malformations, and osteopenia.

answers: NDQ_007549

answers: Bone Morphogenic Protein 2 (BMP2) is a major regulator of what?

answers: NDQ_007550

answers: Bone Morphogenic Protein 2 (BMP2) is a major regulator of what?

answers: NDQ_007551

answers: Bone Morphogenic Protein 2 (BMP2) is a major regulator of what?

answers: NDQ_007552

answers: Smad1

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: miR-199

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: upper and lower jaw

answers: NDQ_007560

answers: tracheal

answers: NDQ_007562

answers: miR-199a* is of particular interest

answers: NDQ_007563

answers: Which of the following is not a type of bone: osteoclasts, osteoclasts, or osteoblasts?

answers: NDQ_007566

answers: Which of the following best describes the relationship between miR-199 and BMP2?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What joint is miR-199a* associated with?

answers: NDQ_007571

answers: What do you need to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: What is the main function of miR-199a*?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones are in the adult skeletal system?

answers: NDQ_007578

answers: chondrogenesis

answers: NDQ_007579

answers: chondrogenesis

answers: NDQ_007580

answers: chondrogenesis

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: chondrocytes

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: chondrogenesis

answers: NDQ_007549

answers: tracheal cartilage,

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: formation.

answers: NDQ_007552

answers: Smad1,

answers: NDQ_007553

answers: miR-199,

answers: NDQ_007554

answers: tracheal cartilage,

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: chondrogenesis by down-regulation of Smad1,

answers: NDQ_007557

answers: cartilage,

answers: NDQ_007558

answers: tracheal

answers: NDQ_007560

answers: tracheal

answers: NDQ_007562

answers: miR-199,

answers: NDQ_007563

answers: miR-199,

answers: NDQ_007566

answers: miR-199,

answers: NDQ_007568

answers: tracheal cartilage, limb mesenchyme,

answers: NDQ_007569

answers: miR-199,

answers: NDQ_007570

answers: tracheal cartilage,

answers: NDQ_007571

answers: miR-199,

answers: NDQ_007572

answers: periarticular chondrocytes,

answers: NDQ_007573

answers: miR-199,

answers: NDQ_007574

answers: miR-199,

answers: NDQ_007575

answers: miR-199,

answers: NDQ_007576

answers: miR-199,

answers: NDQ_007577

answers: miR-199,

answers: NDQ_007578

answers: chondrocytes, tracheal cartilage,

answers: NDQ_007579

answers: cartilage,

answers: NDQ_007580

answers: chondrogenesis

answers: NDQ_007581

answers: cartilage,

answers: NDQ_007582

answers: chondrocytes,

answers: NDQ_007583

answers: cartilage,

answers: NDQ_007584

answers: chondrogenesis

text: Skeletal muscle is one of three major muscle types, the others being cardiac muscle and smooth muscle. It is a form of striated muscle tissue which is under the voluntary control of the somatic nervous system. Most skeletal muscles are attached to bones by bundles of collagen fibers known as tendons.

text: Skeletal muscle is one of three major muscle types, the others being

text: cardiac muscle

text: and

text: smooth muscle

text: . It is a form of

text: striated muscle tissue

text: which is under the voluntary control of the

text: somatic nervous system

text: . Most skeletal muscles are attached to

text: bone

text: s by bundles of

text: collagen

text: fibers known as

text: tendons

answers: NDQ_007549

answers: tendons

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscle tissue

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: tendons

answers: NDQ_007562

answers: Most skeletal muscles are attached to bones by bundles of collagen fibers

answers: NDQ_007563

answers: Which of the following is not a muscle type?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a muscle type?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: Which muscle type is attached to bones by bundles of collagen fibers known as tendons?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a form of striated muscle tissue?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many major muscle types are there?

answers: NDQ_007578

answers: collagen

answers: NDQ_007579

answers: collagen fibers

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: tendons

answers: NDQ_007582

answers: cardiac muscle

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: Skeletal muscle

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: collagen

answers: NDQ_007553

answers: somatic nervous system.

answers: NDQ_007554

answers: skeletal muscles

answers: NDQ_007555

answers: skeletal muscles

answers: NDQ_007556

answers: Skeletal muscle

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: Skeletal muscle

answers: NDQ_007562

answers: Skeletal muscle

answers: NDQ_007563

answers: tendons.

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: Skeletal muscle

answers: NDQ_007569

answers: Skeletal muscle

answers: NDQ_007570

answers: tendons.

answers: NDQ_007571

answers: Skeletal muscle

answers: NDQ_007572

answers: tendons.

answers: NDQ_007573

answers: tendons.

answers: NDQ_007574

answers: tendons.

answers: NDQ_007575

answers: tendons.

answers: NDQ_007576

answers: tendons.

answers: NDQ_007577

answers: tendons.

answers: NDQ_007578

answers: collagen fibers known as tendons.

answers: NDQ_007579

answers: collagen

answers: NDQ_007580

answers: tendons.

answers: NDQ_007581

answers: tendons.

answers: NDQ_007582

answers: Skeletal muscle

answers: NDQ_007583

answers: tendons.

answers: NDQ_007584

answers: collagen

text: Calcaneal fracture- Camurati–Engelmann disease- Cancellous bone- Cartilage- Cartilaginous joint- Catel–Manzke syndrome- Cenani–Lenz syndactylism- Cervical dislocation- Cervical fracture- Cervical rib- Chalkstick fracture- Chance fracture- Chandler's disease- Charnley prosthesis- Charnley Retractor- Chauffeur's fracture- Child bone fracture- Chondroblast- Chondroblastoma- Chondrocyte- Chondrogenesis- Chondromalacia patellae- Chondromyxoid fibroma- Chondrosarcoma- Chopart's fracture-dislocation- Clarke's test- Clavicle fracture- Clay-shoveler fracture- Cleidocranial dysostosis- Clinodactyly- Club foot- Clubbed thumb- Cobb angle- Codman triangle- Cole carpenter syndrome- Colles' fracture- Combined tibia and fibula fracture- Compartment syndrome- Complex regional pain syndrome- Compression fracture- Computer-assisted orthopedic surgery- Congenital knee dislocation- Congenital limb deformities- Congenital patellar dislocation- Conradi–Hünermann syndrome- Coopernail's sign- Cortical bone- Cotrel–Dubousset instrumentation- Coxa valga- Coxa vara- Cozen's test- Crus fracture- Crush injury- Crush syndrome- Cubitus valgus- Cubitus varus- Cunningham shoulder reduction- Currarino syndrome

text: Calcaneal fracture

text: Camurati–Engelmann disease

text: Cancellous bone

text: Cartilage

text: Cartilaginous joint

text: Catel–Manzke syndrome

text: Cenani–Lenz syndactylism

text: Cervical dislocation

text: Cervical fracture

text: Cervical rib

text: Chalkstick fracture

text: Chance fracture

text: Chandler's disease

text: Charnley prosthesis

text: Charnley Retractor

text: Chauffeur's fracture

text: Child bone fracture

text: Chondroblast

text: Chondroblastoma

text: Chondrocyte

text: Chondrogenesis

text: Chondromalacia patellae

text: Chondromyxoid fibroma

text: Chondrosarcoma

text: Chopart's fracture-dislocation

text: Clarke's test

text: Clavicle fracture

text: Clay-shoveler fracture

text: Cleidocranial dysostosis

text: Clinodactyly

text: Club foot

text: Clubbed thumb

text: Cobb angle

text: Codman triangle

text: Cole carpenter syndrome

text: Colles' fracture

text: Combined tibia and fibula fracture

text: Compartment syndrome

text: Complex regional pain syndrome

text: Compression fracture

text: Computer-assisted orthopedic surgery

text: Congenital knee dislocation

text: Congenital limb deformities

text: Congenital patellar dislocation

text: Conradi–Hünermann syndrome

text: Coopernail's sign

text: Cortical bone

text: Cotrel–Dubousset instrumentation

text: Coxa valga

text: Coxa vara

text: Cozen's test

text: Crus fracture

text: Crush injury

text: Crush syndrome

text: Cubitus valgus

text: Cubitus varus

text: Cunningham shoulder reduction

text: Currarino syndrome

answers: NDQ_007549

answers: Cancellous bone

answers: NDQ_007550

answers: Bones of the tibia and fibula

answers: NDQ_007551

answers: Congenital knee dislocation Congenital limb deformities

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: Chondroblasts.

answers: NDQ_007554

answers: Cartilage

answers: NDQ_007555

answers: Cartilaginous joint

answers: NDQ_007556

answers: congenital knee dislocation

answers: NDQ_007557

answers: Cartilage

answers: NDQ_007558

answers: Cartilaginous joint

answers: NDQ_007560

answers: Cartilaginous joint

answers: NDQ_007562

answers: Combined tibia and fibula fracture

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of fracture?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Conradi–Hünermann syndrome

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: How does osteoporosis affect bone health?

answers: NDQ_007574

answers: Which of the following is not a type of bone?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: What does a sprain mean?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: Cancellous bone

answers: NDQ_007579

answers: Cartilage

answers: NDQ_007580

answers: Cortical bone

answers: NDQ_007581

answers: Cartilage

answers: NDQ_007582

answers: Chondrocyte

answers: NDQ_007583

answers: Cartilage

answers: NDQ_007584

answers: Chondrogenesis

answers: NDQ_007549

answers: Cortical bone-

answers: NDQ_007550

answers: Cortical bone-

answers: NDQ_007551

answers: Congenital knee dislocation- Congenital limb deformities-

answers: NDQ_007552

answers: Chondromalacia patellae-

answers: NDQ_007553

answers: Chondroblast-

answers: NDQ_007554

answers: Cortical

answers: NDQ_007555

answers: Congenital knee dislocation- Congenital limb deformities-

answers: NDQ_007556

answers: Compression fracture-

answers: NDQ_007557

answers: Cartilage-

answers: NDQ_007558

answers: Cortical bone-

answers: NDQ_007560

answers: Cartilaginous

answers: NDQ_007562

answers: Child bone fracture-

answers: NDQ_007563

answers: Conradi–Hünermann syndrome-

answers: NDQ_007566

answers: Crus fracture-

answers: NDQ_007568

answers: Compression fracture-

answers: NDQ_007569

answers: Cortical bone-

answers: NDQ_007570

answers: Congenital knee dislocation-

answers: NDQ_007571

answers: Compression fracture-

answers: NDQ_007572

answers: Chondroblast-

answers: NDQ_007573

answers: Crus fracture-

answers: NDQ_007574

answers: Congenital knee dislocation-

answers: NDQ_007575

answers: Compression fracture-

answers: NDQ_007576

answers: Compression fracture-

answers: NDQ_007577

answers: Conradi–Hünermann syndrome-

answers: NDQ_007578

answers: Cortical bone-

answers: NDQ_007579

answers: Cartilage-

answers: NDQ_007580

answers: Cortical bone-

answers: NDQ_007581

answers: Cartilage-

answers: NDQ_007582

answers: Chondrocyte-

answers: NDQ_007583

answers: Cortical bone-

answers: NDQ_007584

answers: Chondrogenesis-

text: In skeletal muscle fibers, a large transverse tubule system with a high surface-area to volume ratio exists. The onset of skeletal muscle activity is associated with the initiation and propagation of action potentials again associated with an efflux of K to the extracellular fluid and transverse tubule system. When many action potentials are elicited subsequently more K is expelled from the cell into the transverse tubular system. As K accumulates in the transverse tubular system the equilibrium potential for K (E) normally around -80 mV, becomes more depolarized (depolarization), according to the Nernst equation. In skeletal muscle fibers the equilibrium potential for Cl is around -80 mV, equal to that of K at rest. Cl moves towards its equilibrium potential around -80 mV, while potassium moves towards its equilibrium potential more depolarized than -80 mV during activity. This results in a slightly more depolarized membrane potential of the fiber during repeated action potentials, see Goldman equation. The Na conductance is only elevated shortly compared to the K conductance during each action potential, which is why K largely determines the membrane potential (Cl is passively distributed during rest).In the case of myotonia congenita, the chloride channels that allow Cl to move across the membrane towards its equilibrium potential are defective, thus K is the only ion determining the membrane potential, and as more and more K accumulates in the transverse tubular system with each subsequent action potential the fiber depolarizes until the membrane potential comes close enough to the action potential threshold for spontaneous activity to ensueSpontaneous action potentials can arise for several seconds, leading to the delayed relaxation that is the hallmark of myotonia. Cessation of spontaneous activity is associated with sodium channel  inactivation (Na1.4).

text: In

text: skeletal muscle

text: fibers, a large

text: transverse tubule

text: system with a high surface-area to volume ratio exists. The onset of skeletal muscle activity is associated with the initiation and propagation of

text: action potentials

text: again associated with an efflux of K to the extracellular fluid and transverse tubule system. When many action potentials are elicited subsequently more K is expelled from the cell into the transverse tubular system. As K accumulates in the transverse tubular system the

text: equilibrium potential

text: for K (E) normally around -80 mV, becomes more depolarized (

text: depolarization

text: ), according to the

text: Nernst equation

text: . In skeletal muscle fibers the equilibrium potential for Cl is around -80 mV, equal to that of K at rest. Cl moves towards its equilibrium potential around -80 mV, while potassium moves towards its equilibrium potential more depolarized than -80 mV during activity. This results in a slightly more depolarized

text: membrane potential

text: of the fiber during repeated action potentials, see

text: Goldman equation

text: . The Na conductance is only elevated shortly compared to the K conductance during each action potential, which is why K largely determines the membrane potential (Cl is passively distributed during rest).In the case of myotonia congenita, the chloride channels that allow Cl to move across the membrane towards its equilibrium potential are defective, thus K is the only ion determining the membrane potential, and as more and more K accumulates in the transverse tubular system with each subsequent action potential the fiber depolarizes until the membrane potential comes close enough to the

text: action potential threshold

text: for spontaneous activity to ensueSpontaneous action potentials can arise for several seconds, leading to the delayed relaxation that is the hallmark of myotonia. Cessation of spontaneous activity is associated with

text: sodium channel

text: inactivation (Na1.4).

answers: NDQ_007549

answers: What is the only ion determining the membrane potential?

answers: NDQ_007550

answers: a large number of what?

answers: NDQ_007551

answers: initiation and propagation of action potentials

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: delayed relaxation

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: transverse tubule

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: How is calcium released to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: Which joint has a high surface-area to volume ratio?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the most common cause of bone fractures?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which is not a characteristic of muscle growth?

answers: NDQ_007576

answers: What is the main idea of this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle fibers, a large transverse tubule system

answers: NDQ_007550

answers: skeletal muscle fibers,

answers: NDQ_007551

answers: skeletal muscle activity

answers: NDQ_007552

answers: K largely determines the membrane potential

answers: NDQ_007553

answers: K conductance

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: K conductance

answers: NDQ_007556

answers: action potentials,

answers: NDQ_007557

answers: K conductance

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: transverse tubular system

answers: NDQ_007562

answers: K conductance

answers: NDQ_007563

answers: (Cl is passively distributed during rest).In

answers: NDQ_007566

answers: K conductance

answers: NDQ_007568

answers: K conductance

answers: NDQ_007569

answers: man equation.

answers: NDQ_007570

answers: Goldman equation.

answers: NDQ_007571

answers: K conductance

answers: NDQ_007572

answers: K conductance

answers: NDQ_007573

answers: The Na conductance is only elevated shortly compared to the K conductance

answers: NDQ_007574

answers: K conductance

answers: NDQ_007575

answers: K conductance

answers: NDQ_007576

answers: The Na conductance is only elevated shortly compared to the K conductance

answers: NDQ_007577

answers: K conductance

answers: NDQ_007578

answers: transverse tubular system

answers: NDQ_007579

answers: fiber

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: fiber

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: fiber

answers: NDQ_007584

answers: myotonia congenita,

text: Weight vests are becoming a very popular form of adding weight around the entire core to, for the most part, simulate the fat storage areas of the human body.  It is very useful for adding weight to limb-centric movements, and for handling great weights. Due to the large area available, it can also handle more weight. If well-affixed, it is the safest most natural means of mimicking added body mass without unbalancing the body's muscles. They can be used to add resistance to almost any whole-body movement. A study has shown that using a weighted vest can increase the metabolic costs, relative exercise intensity, and loading of the skeletal system during walking.

text: Weight vests are becoming a very popular form of adding weight around the entire core to, for the most part, simulate the fat storage areas of the human body.  It is very useful for adding weight to limb-centric movements, and for handling great weights. Due to the large area available, it can also handle more weight. If well-affixed, it is the safest most natural means of mimicking added body mass without unbalancing the body's muscles. They can be used to add resistance to almost any whole-body movement. A study has shown that using a weighted vest can increase the metabolic costs, relative exercise intensity, and loading of the skeletal system during walking.

answers: NDQ_007549

answers: limbs

answers: NDQ_007550

answers: the bones of the human body

answers: NDQ_007551

answers: loading

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: limb-centric movements

answers: NDQ_007557

answers: skeletal system

answers: NDQ_007558

answers: limbs

answers: NDQ_007560

answers: limb-centric

answers: NDQ_007562

answers: They can be used to add resistance to almost any whole-body movement

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe the skeletal system?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true about weighted vests?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: weighted vest can increase the metabolic costs

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What can be used to add resistance to almost any whole-body movement?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal system

answers: NDQ_007584

answers: skeletal system

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: muscles.

answers: NDQ_007551

answers: walking.

answers: NDQ_007552

answers: muscles.

answers: NDQ_007553

answers: Weight vests

answers: NDQ_007554

answers: muscles.

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: limb-centric movements,

answers: NDQ_007557

answers: Weight vests

answers: NDQ_007558

answers: limb-centric

answers: NDQ_007560

answers: limb-centric

answers: NDQ_007562

answers: Weight vests

answers: NDQ_007563

answers: skeletal system

answers: NDQ_007566

answers: Weight vests

answers: NDQ_007568

answers: skeletal system

answers: NDQ_007569

answers: Weight vests

answers: NDQ_007570

answers: limb-centric movements,

answers: NDQ_007571

answers: Weight vests

answers: NDQ_007572

answers: Weight vests

answers: NDQ_007573

answers: Weight vests

answers: NDQ_007574

answers: fat storage areas of the human body.

answers: NDQ_007575

answers: unbalancing the body's muscles.

answers: NDQ_007576

answers: Weight vests

answers: NDQ_007577

answers: walking.

answers: NDQ_007578

answers: fat

answers: NDQ_007579

answers: skeletal system

answers: NDQ_007580

answers: skeletal system

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: skeletal system

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal system

text: Researchers in support of this model have suggested that Archaeopteryx possessed skeletal features similar to those of modern birds. The first such feature to be noted was the supposed similarity between the foot of Archaeopteryx and that of modern perching birds. The hallux, or modified of the first digit of the foot, was long thought to have pointed posterior to the remaining digits, as in perching birds. Therefore, researchers once concluded that Archaeopteryx used the hallux as a balancing mechanism on tree limbs. However, study of the Thermopolis specimen of Archeopteryx, which has the most complete foot of any known, showed that the hallux was not in fact reversed, limiting the creature's ability to perch on branches and implying a terrestrial or trunk-climbing lifestyle. Another skeletal feature that is similar in Archaeopteryx and modern birds is the curvature of the claws. Archaeopteryx possessed the same claw curvature of the foot to that of perching birds.  However, the claw curvature of the hand in Archaeopteryx was similar to that in basal birds. Based upon the comparisons of modern birds to Archaeopteryx, perching characteristics were present, signifying an arboreal habitat. The ability for takeoff and flight was originally thought to require a supracoracoideus pulley system (SC). This system consists of a tendon joining the humerus and coracoid process of the scapula, allowing rotation of the humerus during the upstroke. However, this system is lacking in Archaeopteryx. Based on experiments performed by M. Sy in 1936,  it was proven that the SC pulley system was not required for flight from an elevated position but was necessary for cursorial takeoff.

text: Researchers in support of this model have suggested that Archaeopteryx possessed skeletal features similar to those of modern birds. The first such feature to be noted was the supposed similarity between the foot of Archaeopteryx and that of modern perching birds. The

text: hallux

text: , or modified of the first digit of the foot, was long thought to have pointed posterior to the remaining digits, as in perching birds. Therefore, researchers once concluded that Archaeopteryx used the hallux as a balancing mechanism on tree limbs. However, study of the Thermopolis specimen of Archeopteryx, which has the most complete foot of any known, showed that the hallux was not in fact reversed, limiting the creature's ability to perch on branches and implying a terrestrial or trunk-climbing lifestyle. Another skeletal feature that is similar in Archaeopteryx and modern birds is the curvature of the claws. Archaeopteryx possessed the same claw curvature of the foot to that of perching birds.  However, the claw curvature of the hand in Archaeopteryx was similar to that in basal birds. Based upon the comparisons of modern birds to Archaeopteryx, perching characteristics were present, signifying an arboreal habitat. The ability for takeoff and flight was originally thought to require a

text: supracoracoideus pulley system

text: (SC). This system consists of a tendon joining the

text: humerus

text: and

text: coracoid process

text: of the

text: scapula

text: , allowing rotation of the humerus during the upstroke. However, this system is lacking in Archaeopteryx. Based on experiments performed by M. Sy in 1936,  it was proven that the SC pulley system was not required for flight from an elevated position but was necessary for cursorial takeoff.

answers: NDQ_007549

answers: humerus and coracoid process of the scapula

answers: NDQ_007550

answers: a tendon joining the humerus and coracoid process

answers: NDQ_007551

answers: balancing mechanism

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: tendon

answers: NDQ_007555

answers: scapula

answers: NDQ_007556

answers: the hallux was not in fact reversed

answers: NDQ_007557

answers: tendon

answers: NDQ_007558

answers: humerus

answers: NDQ_007560

answers: hallux

answers: NDQ_007562

answers: archaeopteryx possessed skeletal features similar to those of modern birds

answers: NDQ_007563

answers: Which of the following is not true of bones?

answers: NDQ_007566

answers: How would you describe Archaeopteryx?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: What is lacking in Archaeopteryx

answers: NDQ_007573

answers: What is the most complete foot of any known?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is the most complete foot of any known?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: humerus

answers: NDQ_007579

answers: humerus

answers: NDQ_007580

answers: humerus

answers: NDQ_007581

answers: tendon

answers: NDQ_007582

answers: humerus

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: a tendon joining the humerus

answers: NDQ_007550

answers: supracoracoideus pulley system

answers: NDQ_007551

answers: rotation of the humerus during the upstroke.

answers: NDQ_007552

answers: flight

answers: NDQ_007553

answers: supracoracoideus pulley system

answers: NDQ_007554

answers: tendon

answers: NDQ_007555

answers: supracoracoideus pulley system

answers: NDQ_007556

answers: perching birds.

answers: NDQ_007557

answers: tendon

answers: NDQ_007558

answers: humerus and coracoid process

answers: NDQ_007560

answers: humerus

answers: NDQ_007562

answers: supracoracoideus pulley system

answers: NDQ_007563

answers: basal birds.

answers: NDQ_007566

answers: Archaeopteryx

answers: NDQ_007568

answers: flight

answers: NDQ_007569

answers: Archaeopteryx was similar to that in basal birds.

answers: NDQ_007570

answers: humerus

answers: NDQ_007571

answers: Archaeopteryx was similar to that in basal birds.

answers: NDQ_007572

answers: supracoracoideus pulley system

answers: NDQ_007573

answers: Archaeopteryx

answers: NDQ_007574

answers: flight

answers: NDQ_007575

answers: flight

answers: NDQ_007576

answers: the claw curvature of the hand in Archaeopteryx

answers: NDQ_007577

answers: supracoracoideus pulley system

answers: NDQ_007578

answers: humerus

answers: NDQ_007579

answers: coracoid process

answers: NDQ_007580

answers: humerus

answers: NDQ_007581

answers: tendon

answers: NDQ_007582

answers: supracoracoideus

answers: NDQ_007583

answers: tendon

answers: NDQ_007584

answers: coracoid process

text: In humans undergoing exercise-induced muscle damage via 300 maximal eccentric contractions, skeletal muscle biopsies subjected to DNA microarrays showed that CapZ-alpha expression was upregulated, suggesting that CapZ-alpha may be involved in skeletal muscle growth and remodeling, and/or stress management.

text: In humans undergoing exercise-induced muscle damage via 300 maximal

text: eccentric contraction

text: s,

text: skeletal muscle

text: biopsies subjected to

text: DNA microarray

text: s showed that CapZ-alpha expression was upregulated, suggesting that CapZ-alpha may be involved in

text: skeletal muscle

text: growth and remodeling, and/or stress management.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: muscle growth and remodeling

answers: NDQ_007552

answers: CapZ-alpha

answers: NDQ_007553

answers: clotting cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: skeletal muscle

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: exercise-induced muscle damage via 300 maximal eccentric contractions

answers: NDQ_007563

answers: Which of the following is not a source of stored calcium?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: None of the above choices.

answers: NDQ_007571

answers: Which of the following is not a benefit of vitamin D?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: osseous

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: remodeling

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: growth and remodeling, and/or stress management.

answers: NDQ_007552

answers: CapZ-alpha

answers: NDQ_007553

answers: muscle damage via 300 maximal eccentric contractions,

answers: NDQ_007554

answers: muscle damage via 300 maximal eccentric contractions, skeletal muscle

answers: NDQ_007555

answers: muscle damage via 300 maximal eccentric contractions, skeletal muscle

answers: NDQ_007556

answers: exercise-induced muscle damage via 300 maximal eccentric contractions,

answers: NDQ_007557

answers: muscle damage via 300 maximal eccentric contractions, skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: eccentric

answers: NDQ_007562

answers: exercise-induced muscle damage

answers: NDQ_007563

answers: CapZ-alpha may be involved in skeletal muscle

answers: NDQ_007566

answers: In humans undergoing exercise-induced muscle damage

answers: NDQ_007568

answers: CapZ-alpha

answers: NDQ_007569

answers: In humans undergoing exercise-induced muscle damage via 300 maximal eccentric contractions,

answers: NDQ_007570

answers: eccentric contractions,

answers: NDQ_007571

answers: In humans undergoing exercise-induced muscle damage via 300 maximal eccentric contractions,

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: CapZ-alpha expression was upregulated,

answers: NDQ_007574

answers: humans undergoing exercise-induced muscle damage via 300 maximal eccentric contractions,

answers: NDQ_007575

answers: CapZ-alpha may be involved in skeletal muscle

answers: NDQ_007576

answers: 300 maximal eccentric contractions,

answers: NDQ_007577

answers: 300

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: remodeling,

text: Although any joint can experience a sprain, some of the more common include:

text: Although any joint can experience a sprain, some of the more common include:

answers: NDQ_007549

answers: muscles, bones, and bones

answers: NDQ_007550

answers: the bones of the body.

answers: NDQ_007551

answers: regulating blood flow to the body

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: cells in the body

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: sprains and strains

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: A sprain is not a fracture.

answers: NDQ_007563

answers: What happens to the body when bones release stored calcium?

answers: NDQ_007566

answers: What is the best way to describe bones?

answers: NDQ_007568

answers: What are the four types of bones?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: sprained ligaments

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: osteoporosis is a disease that affects bones.

answers: NDQ_007574

answers: The human skeleton consists entirely of

answers: NDQ_007575

answers: What is the best way to explain this?

answers: NDQ_007576

answers: sprained ankle

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: cartilage

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: joint

answers: NDQ_007550

answers: joint

answers: NDQ_007551

answers: joint can experience a sprain,

answers: NDQ_007552

answers: sprain,

answers: NDQ_007553

answers: sprain,

answers: NDQ_007554

answers: joint can experience a sprain,

answers: NDQ_007555

answers: sprain,

answers: NDQ_007556

answers: sprain,

answers: NDQ_007557

answers: sprain,

answers: NDQ_007558

answers: joint can experience a sprain,

answers: NDQ_007560

answers: any joint can experience a sprain,

answers: NDQ_007562

answers: sprain,

answers: NDQ_007563

answers: sprain,

answers: NDQ_007566

answers: sprain,

answers: NDQ_007568

answers: sprain,

answers: NDQ_007569

answers: sprain,

answers: NDQ_007570

answers: sprain,

answers: NDQ_007571

answers: sprain,

answers: NDQ_007572

answers: sprain,

answers: NDQ_007573

answers: sprain,

answers: NDQ_007574

answers: sprain,

answers: NDQ_007575

answers: sprain,

answers: NDQ_007576

answers: any joint

answers: NDQ_007577

answers: sprain,

answers: NDQ_007578

answers: joint can experience a sprain,

answers: NDQ_007579

answers: sprain,

answers: NDQ_007580

answers: joint can experience a sprain,

answers: NDQ_007581

answers: sprain,

answers: NDQ_007582

answers: sprain,

answers: NDQ_007583

answers: joint can experience a sprain,

answers: NDQ_007584

answers: sprain,

text: The first clinical report of the use of this type of system was by Watzinger et al in 1997 in the reposition of zygoma fractures using a mirrored image from the normal side as a target.  In 1998 the system was reported by Marmulla and Niederdellmann to track LeFort I osteotomy position as well as zygoma fracture repositioning.  In 1998 Cutting et al. reported use of the system to track multisegment midface osteotomies in major craniofacial malformations.

text: The first clinical report of the use of this type of system was by Watzinger et al in 1997 in the reposition of zygoma fractures using a mirrored image from the normal side as a target.  In 1998 the system was reported by Marmulla and Niederdellmann to track LeFort I osteotomy position as well as zygoma fracture repositioning.  In 1998 Cutting et al. reported use of the system to track multisegment midface osteotomies in major craniofacial malformations.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: articulations of the articular segments of the skeleton.

answers: NDQ_007551

answers: osteotomy

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: vertebral column

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: midface

answers: NDQ_007560

answers: midface osteotomies

answers: NDQ_007562

answers: zygoma fractures using a mirrored image from the normal side as a target

answers: NDQ_007563

answers: What is the primary function of the skeletal system?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: How many types of bone tissues are there?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone: compact bone, zygoma, or bone?

answers: NDQ_007573

answers: What is the cause of osteoporosis?

answers: NDQ_007574

answers: It is impossible to say

answers: NDQ_007575

answers: Which of the following is not a type of bone?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Zigoma

answers: NDQ_007579

answers: osteotomy

answers: NDQ_007580

answers: osteotomy

answers: NDQ_007581

answers: osteotomy

answers: NDQ_007582

answers: zygoma

answers: NDQ_007583

answers: zygoma

answers: NDQ_007584

answers: osteotomy

answers: NDQ_007549

answers: zygoma fractures

answers: NDQ_007550

answers: multisegment midface osteotomies

answers: NDQ_007551

answers: reposition of zygoma fractures

answers: NDQ_007552

answers: multisegment midface osteotomies

answers: NDQ_007553

answers: zygoma

answers: NDQ_007554

answers: osteotomy

answers: NDQ_007555

answers: zygoma

answers: NDQ_007556

answers: zygoma fractures using a mirrored image

answers: NDQ_007557

answers: multisegment midface osteotomies

answers: NDQ_007558

answers: zygoma

answers: NDQ_007560

answers: zygoma

answers: NDQ_007562

answers: zygoma fractures

answers: NDQ_007563

answers: multisegment midface osteotomies

answers: NDQ_007566

answers: zygoma fractures using a mirrored image

answers: NDQ_007568

answers: multisegment midface osteotomies

answers: NDQ_007569

answers: multisegment midface osteotomies

answers: NDQ_007570

answers: zygoma fractures using a mirrored image

answers: NDQ_007571

answers: zygoma fractures

answers: NDQ_007572

answers: zygoma fractures

answers: NDQ_007573

answers: zygoma fractures

answers: NDQ_007574

answers: multisegment midface osteotomies

answers: NDQ_007575

answers: multisegment midface osteotomies

answers: NDQ_007576

answers: zygoma fractures

answers: NDQ_007577

answers: multisegment midface osteotomies

answers: NDQ_007578

answers: zygoma

answers: NDQ_007579

answers: zygoma

answers: NDQ_007580

answers: zygoma

answers: NDQ_007581

answers: osteotomy

answers: NDQ_007582

answers: zygoma

answers: NDQ_007583

answers: zygoma fractures

answers: NDQ_007584

answers: osteotomy

text: Development of osteoporosis can be prevented by increased intake of vitamin D and calcium, and can be treated by bisphosphonates, although adverse effects can be an issue. Poor growth may be avoided by insertion of a feeding tube for increasing food energy through supplemental feeds or by administration of injected growth hormone.

text: Development of osteoporosis can be prevented by increased intake of vitamin D and calcium, and can be treated by

text: bisphosphonate

text: s, although

text: adverse effects

text: can be an issue. Poor growth may be avoided by insertion of a

text: feeding tube

text: for increasing food energy through supplemental feeds or by administration of injected

text: growth hormone

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: growth

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: growth hormone

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: increased intake of vitamin D and calcium

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: osteoporosis can be prevented by increased intake of vitamin D

answers: NDQ_007563

answers: What can be prevented by increased intake of vitamin D and calcium?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What can be prevented by increased intake of calcium?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: How can osteoporosis be prevented?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is true of sprains?

answers: NDQ_007577

answers: how many bones?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: bisphosphonates

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: vitamin D and calcium,

answers: NDQ_007550

answers: calcium,

answers: NDQ_007551

answers: growth

answers: NDQ_007552

answers: growth hormone.

answers: NDQ_007553

answers: growth hormone.

answers: NDQ_007554

answers: calcium,

answers: NDQ_007555

answers: osteoporosis

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: calcium, and can be treated by bisphosphonates,

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: osteoporosis

answers: NDQ_007562

answers: Poor growth may be avoided by insertion of a feeding tube

answers: NDQ_007563

answers: calcium, and can be treated by bisphosphonates,

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: vitamin D

answers: NDQ_007569

answers: bisphosphonates,

answers: NDQ_007570

answers: bisphosphonates,

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: injected growth hormone.

answers: NDQ_007573

answers: bisphosphonates,

answers: NDQ_007574

answers: Development of osteoporosis

answers: NDQ_007575

answers: growth hormone.

answers: NDQ_007576

answers: Development of osteoporosis

answers: NDQ_007577

answers: Development of osteoporosis

answers: NDQ_007578

answers: bisphosphonates,

answers: NDQ_007579

answers: bisphosphonates,

answers: NDQ_007580

answers: bisphosphonates,

answers: NDQ_007581

answers: bisphosphonates,

answers: NDQ_007582

answers: vitamin D

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

text: Modern egg laying breeds often suffer from osteoporosis which results in the chicken's skeletal system being weakened. During egg production, large amounts of calcium are transferred from bones to create egg-shell. Although dietary calcium levels are adequate, absorption of dietary calcium is not always sufficient, given the intensity of production, to fully replenish bone calcium.  This can lead to increases in bone breakages, particularly when the hens are being removed from cages at the end of laying.

text: Modern egg laying breeds often suffer from

text: osteoporosis

text: which results in the chicken's skeletal system being weakened. During egg production, large amounts of calcium are transferred from bones to create egg-shell. Although dietary calcium levels are adequate, absorption of dietary calcium is not always sufficient, given the intensity of production, to fully replenish bone calcium.  This can lead to increases in bone breakages, particularly when the hens are being removed from cages at the end of laying.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: creating egg-shell

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: skeletal system

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: chicken's

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: the chicken's skeletal system being weakened

answers: NDQ_007563

answers: Which of the following is not a type of calcium release?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong: Calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What can lead to increases in bone breakages

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: egg-shell

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: skeletal system

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: egg-shell

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: create egg-shell.

answers: NDQ_007552

answers: calcium

answers: NDQ_007553

answers: egg production,

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: chicken's skeletal system

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: egg laying breeds

answers: NDQ_007560

answers: bones

answers: NDQ_007562

answers: dietary calcium levels are adequate, absorption of dietary calcium

answers: NDQ_007563

answers: dietary calcium

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: osteoporosis

answers: NDQ_007569

answers: Modern egg laying breeds often suffer from osteoporosis

answers: NDQ_007570

answers: Modern egg laying breeds often suffer from osteoporosis

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: calcium are transferred from bones to create egg-shell.

answers: NDQ_007573

answers: absorption of dietary calcium

answers: NDQ_007574

answers: bones to create egg-shell.

answers: NDQ_007575

answers: During egg production,

answers: NDQ_007576

answers: Modern egg laying breeds often suffer from osteoporosis

answers: NDQ_007577

answers: Modern egg laying breeds often suffer from osteoporosis

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: calcium

answers: NDQ_007583

answers: egg-shell.

answers: NDQ_007584

answers: osteoporosis

text: One inmate of the cemetery, however, is pure of heart and is thus resurrected not with red (evil) skeletism, but with blue (good) skeletism. Because of this, he retains his free will. This fact is quickly noticed by DaGoulian, and he orders his newly created army to destroy this rebel, who calls himself simply "Mr. Bones."

text: One inmate of the cemetery, however, is pure of heart and is thus resurrected not with red (evil) skeletism, but with blue (good) skeletism. Because of this, he retains his free will. This fact is quickly noticed by DaGoulian, and he orders his newly created army to destroy this rebel, who calls himself simply "Mr. Bones."

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: red and blue

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Mr. Bones

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: Bones

answers: NDQ_007558

answers: blue

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: Mr. Bones is pure of heart.

answers: NDQ_007563

answers: What is Mr. Bones?

answers: NDQ_007566

answers: How would you describe Mr. Bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What does Mr. Bones call himself?

answers: NDQ_007570

answers: What is Mr. Bones?

answers: NDQ_007571

answers: What is Mr. Bones?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: Why does DaGoulian want to destroy the rebel?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is Mr. Bones?

answers: NDQ_007577

answers: How many bones are in the rebel?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletism

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bones

answers: NDQ_007584

answers: skeletism

answers: NDQ_007549

answers: Bones."

answers: NDQ_007550

answers: red

answers: NDQ_007551

answers: Bones."

answers: NDQ_007552

answers: DaGoulian,

answers: NDQ_007553

answers: red (evil) skeletism,

answers: NDQ_007554

answers: red (evil) skeletism,

answers: NDQ_007555

answers: "Mr. Bones."

answers: NDQ_007556

answers: he retains his free will.

answers: NDQ_007557

answers: Bones."

answers: NDQ_007558

answers: Bones."

answers: NDQ_007560

answers: blue (good) skeletism.

answers: NDQ_007562

answers: "Mr. Bones."

answers: NDQ_007563

answers: "Mr. Bones."

answers: NDQ_007566

answers: "Mr. Bones."

answers: NDQ_007568

answers: "Mr. Bones."

answers: NDQ_007569

answers: blue (good) skeletism.

answers: NDQ_007570

answers: DaGoulian,

answers: NDQ_007571

answers: "Mr. Bones."

answers: NDQ_007572

answers: "Mr. Bones."

answers: NDQ_007573

answers: "Mr. Bones."

answers: NDQ_007574

answers: "Mr. Bones."

answers: NDQ_007575

answers: "Mr. Bones."

answers: NDQ_007576

answers: "Mr. Bones."

answers: NDQ_007577

answers: "Mr. Bones."

answers: NDQ_007578

answers: red (evil) skeletism,

answers: NDQ_007579

answers: Bones."

answers: NDQ_007580

answers: red (evil) skeletism,

answers: NDQ_007581

answers: skeletism,

answers: NDQ_007582

answers: Bones."

answers: NDQ_007583

answers: Bones."

answers: NDQ_007584

answers: Bones."

text: Diacanthodes has a dimitic hyphal system, meaning it contains both generative hyphae and skeletal hyphae. The generative hyphae have clamp connections; the skeletal hyphae are thick-walled to solid, and have a weak dextrinoid reaction. The spores are broadly ellipsoid, ornamented, and dextrinoid.

text: Diacanthodes has a dimitic

text: hypha

text: l system, meaning it contains both generative hyphae and skeletal hyphae. The generative hyphae have

text: clamp connection

text: s; the skeletal hyphae are thick-walled to solid, and have a weak

text: dextrinoid

text: reaction. The

text: spores

text: are broadly

text: ellipsoid

text: , ornamented, and dextrinoid.

answers: NDQ_007549

answers: thick-walled to solid

answers: NDQ_007550

answers: skeletal hyphae

answers: NDQ_007551

answers: weak dextrinoid reaction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Diacanthodes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: human body

answers: NDQ_007556

answers: weak dextrinoid reaction

answers: NDQ_007557

answers: clamp connections

answers: NDQ_007558

answers: Diacanthodes

answers: NDQ_007560

answers: clamp connections

answers: NDQ_007562

answers: Diacanthodes has a dimitic hyphal system

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is the difference between spongy and compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: no

answers: NDQ_007573

answers: How would you describe Diacanthodes?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not true of Diacanthodes?

answers: NDQ_007576

answers: What does a sprain consist of?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: dextrinoid

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: Diacanthodes

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: thick-walled to solid,

answers: NDQ_007550

answers: generative hyphae and skeletal hyphae.

answers: NDQ_007551

answers: weak dextrinoid reaction.

answers: NDQ_007552

answers: Diacanthodes has a dimitic hyphal system,

answers: NDQ_007553

answers: generative hyphae

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: generative hyphae have clamp connections;

answers: NDQ_007556

answers: weak dextrinoid reaction.

answers: NDQ_007557

answers: clamp connections;

answers: NDQ_007558

answers: generative hyphae

answers: NDQ_007560

answers: clamp connections;

answers: NDQ_007562

answers: generative hyphae have clamp connections;

answers: NDQ_007563

answers: weak dextrinoid reaction.

answers: NDQ_007566

answers: Diacanthodes has a dimitic hyphal system,

answers: NDQ_007568

answers: generative hyphae and skeletal hyphae.

answers: NDQ_007569

answers: Diacanthodes

answers: NDQ_007570

answers: clamp connections;

answers: NDQ_007571

answers: Diacanthodes has a dimitic hyphal system,

answers: NDQ_007572

answers: weak dextrinoid reaction.

answers: NDQ_007573

answers: Diacanthodes has a dimitic hyphal system,

answers: NDQ_007574

answers: generative hyphae and skeletal hyphae.

answers: NDQ_007575

answers: generative hyphae and skeletal hyphae.

answers: NDQ_007576

answers: Diacanthodes has a dimitic hyphal system,

answers: NDQ_007577

answers: Diacanthodes

answers: NDQ_007578

answers: dextrinoid

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal hyphae.

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Bone Mineral Density (BMD) is a measure commonly used to quantify bone health. A lower BMD value indicates an increased risk of a osteoporosis or a fracture. There is a large range of factors influencing BMD. Protein consumption has shown to be beneficial for bone density by providing amino acid substrates necessary for bone matrix formation. It is also thought that blood concentration of the bone formation stimulant, Insulin-like Growth Factor-I (IGF-I), is increased from high protein consumption and parathyroid hormone (PTH), a bone resorption stimulant, is decreased. Although protein has shown to be beneficial for increasing bone mass, or bone mineral density, there is no significant association between protein intake and fracture incidence. In other words, a low BMD can be predictive of osteoporosis and increased fracture risk, but a higher BMD does not necessarily mean better bone health. High BMD is also correlated with other health issues. For example, a higher BMD has also been associated with increased risk of breast cancer.

text: Bone Mineral Density

text: (BMD) is a measure commonly used to quantify bone health. A lower BMD value indicates an increased risk of a

text: osteoporosis

text: or a fracture. There is a large range of factors influencing BMD. Protein consumption has shown to be beneficial for bone density by providing amino acid substrates necessary for bone matrix formation. It is also thought that blood concentration of the bone formation stimulant,

text: Insulin-like Growth Factor-I

text: (IGF-I), is increased from high protein consumption and

text: parathyroid hormone

text: (PTH), a bone resorption stimulant, is decreased. Although protein has shown to be beneficial for increasing bone mass, or bone mineral density, there is no significant association between protein intake and fracture incidence. In other words, a low BMD can be predictive of osteoporosis and increased fracture risk, but a higher BMD does not necessarily mean better bone health. High BMD is also correlated with other health issues. For example, a higher BMD has also been associated with increased risk of breast cancer.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: Bone Mineral Density

answers: NDQ_007552

answers: IGF-I

answers: NDQ_007553

answers: Bones

answers: NDQ_007554

answers: bone matrix

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: bone resorption

answers: NDQ_007557

answers: Bone

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: there is no significant association between protein intake and fracture incidence

answers: NDQ_007563

answers: Which of the following is not a bone resorption stimulant?

answers: NDQ_007566

answers: Which of the following is not a health issue?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: Which joint is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the main idea of this passage?

answers: NDQ_007574

answers: Bone Mineral Density

answers: NDQ_007575

answers: Which of the following is not a bone formation stimulant: IGF-I, parathyroid hormone, or muscle?

answers: NDQ_007576

answers: Which of the following is not a sprain?

answers: NDQ_007577

answers: How many bones are there in the human body?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: Bone mineral

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: matrix

answers: NDQ_007583

answers: bone matrix

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: Bone Mineral Density

answers: NDQ_007550

answers: bone matrix

answers: NDQ_007551

answers: bone matrix formation.

answers: NDQ_007552

answers: Insulin-like Growth Factor-I (IGF-I),

answers: NDQ_007553

answers: Insulin-like Growth Factor-I

answers: NDQ_007554

answers: matrix

answers: NDQ_007555

answers: Bone Mineral Density

answers: NDQ_007556

answers: parathyroid hormone

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: Bone

answers: NDQ_007560

answers: Bone

answers: NDQ_007562

answers: a higher BMD does not necessarily mean better bone health.

answers: NDQ_007563

answers: parathyroid hormone

answers: NDQ_007566

answers: a higher BMD

answers: NDQ_007568

answers: Insulin-like Growth Factor-I

answers: NDQ_007569

answers: Bone Mineral Density

answers: NDQ_007570

answers: a higher BMD

answers: NDQ_007571

answers: Protein consumption

answers: NDQ_007572

answers: Insulin-like Growth Factor-I (IGF-I),

answers: NDQ_007573

answers: A lower BMD

answers: NDQ_007574

answers: Bone Mineral Density

answers: NDQ_007575

answers: Protein consumption

answers: NDQ_007576

answers: fracture.

answers: NDQ_007577

answers: a higher BMD

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: Mineral

answers: NDQ_007581

answers: matrix

answers: NDQ_007582

answers: matrix

answers: NDQ_007583

answers: bone matrix

answers: NDQ_007584

answers: resorption

text: The most important variable is a body's accessibility to insects, particularly flies. On the surface in tropical areas, invertebrates alone can easily reduce a fully fleshed corpse to clean bones in under two weeks. The skeleton itself is not permanent; acids in soils can reduce it to unrecognizable components. This is one reason given for the lack of human remains found in the wreckage of the Titanic, even in parts of the ship considered inaccessible to scavengers. Freshly skeletonized bone is often called "green" bone and has a characteristic greasy feel. Under certain conditions (normally cool, damp soil), bodies may undergo saponification and develop a waxy substance called adipocere, caused by the action of soil chemicals on the body's proteins and fats. The formation of adipocere slows decomposition by inhibiting the bacteria that cause putrefaction.

text: The most important variable is a body's accessibility to insects, particularly flies. On the surface in tropical areas, invertebrates alone can easily reduce a fully fleshed corpse to clean bones in under two weeks. The skeleton itself is not permanent;

text: acid

text: s in

text: soil

text: s can reduce it to unrecognizable components. This is one reason given for the lack of human remains found in the wreckage of the

text: Titanic

text: , even in parts of the ship considered inaccessible to scavengers. Freshly skeletonized bone is often called "green" bone and has a characteristic greasy feel. Under certain conditions (normally cool, damp soil), bodies may undergo

text: saponification

text: and develop a waxy substance called

text: adipocere

text: , caused by the action of soil chemicals on the body's

text: protein

text: s and

text: fat

text: s. The formation of adipocere slows decomposition by inhibiting the bacteria that cause putrefaction.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: adipocere slows decomposition

answers: NDQ_007552

answers: adipocere

answers: NDQ_007553

answers: the body's cells

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: cool, damp soil

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: The skeleton itself is not permanent; acids in soils can reduce it to unrecognizable components

answers: NDQ_007563

answers: What does the formation of adipocere slow down?

answers: NDQ_007566

answers: Which is not a reason given for the lack of human remains found in the wreckage of the Titanic?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a characteristic of "green" bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a reason given for the lack of human remains found in the wreckage of the Titanic?

answers: NDQ_007572

answers: Which of the following is not a characteristic of "green" bone?

answers: NDQ_007573

answers: What does the formation of adipocere slow down?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which is not a reason given for the lack of human remains found in the wreckage of the Titanic

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: saponification

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Adipocere

answers: NDQ_007584

answers: skeletonization

answers: NDQ_007549

answers: proteins and fats.

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: clean bones

answers: NDQ_007552

answers: adipocere,

answers: NDQ_007553

answers: adipocere,

answers: NDQ_007554

answers: proteins and fats.

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: (normally cool, damp soil),

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: "green" bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: clean bones in under two weeks.

answers: NDQ_007563

answers: adipocere,

answers: NDQ_007566

answers: Freshly skeletonized bone is often called "green" bone

answers: NDQ_007568

answers: "green" bone

answers: NDQ_007569

answers: "green" bone

answers: NDQ_007570

answers: "green" bone

answers: NDQ_007571

answers: "green" bone

answers: NDQ_007572

answers: "green" bone

answers: NDQ_007573

answers: "green" bone

answers: NDQ_007574

answers: The skeleton itself is not permanent;

answers: NDQ_007575

answers: adipocere,

answers: NDQ_007576

answers: "green"

answers: NDQ_007577

answers: "green" bone

answers: NDQ_007578

answers: saponification

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: proteins and fats.

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: saponification

text: Biotensegrity, a term coined by Dr. Stephen Levin, is the application of tensegrity principles to biologic structures. Biological structures such as muscles, bones, fascia, ligaments and tendons, or rigid and elastic cell membranes, are made strong by the unison of tensioned and compressed parts. The muscular-skeletal system is a synergy of muscle and bone. The muscles and connective tissues provide continuous pull and the bones present the discontinuous compression.

text: Biotensegrity, a term coined by Dr. Stephen Levin, is the application of tensegrity principles to biologic structures. Biological structures such as

text: muscle

text: s,

text: bones

text: fascia

text: ligaments

text: and

text: tendons

text: , or rigid and elastic

text: cell membrane

text: s, are made strong by the unison of tensioned and compressed parts. The muscular-skeletal system is a synergy of muscle and bone. The muscles and connective tissues provide continuous pull and the bones present the discontinuous compression.

answers: NDQ_007549

answers: muscle and bone

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscles and connective tissues provide continuous pull

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: discontinuous compression

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: muscular-skeletal

answers: NDQ_007560

answers: ligaments

answers: NDQ_007562

answers: the muscles and connective tissues provide continuous pull

answers: NDQ_007563

answers: Which of the following is not a biotensegrity principle: tensioned and compressed parts?

answers: NDQ_007566

answers: Which of the following is not a biological structure: muscles, bones, fascia, ligaments and tendons, or rigid and elastic cell membranes?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between spongy bone and periosteum?

answers: NDQ_007570

answers: What is the synergy of muscle and bone?

answers: NDQ_007571

answers: Which of the following is not a component of the muscular-skeletal system?

answers: NDQ_007572

answers: Which of the following is not a type of cell membrane: rigid or elastic?

answers: NDQ_007573

answers: Which of the following is not made strong by the unison of tension and compressed parts?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What is made stronger by the unison of tensioned and compressed parts?

answers: NDQ_007576

answers: What is the opposite of discontinuous compression?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: fascia

answers: NDQ_007580

answers: rigid

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: connective

answers: NDQ_007583

answers: fascia

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: muscle and bone.

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: continuous pull and the bones present the discontinuous compression.

answers: NDQ_007552

answers: muscles, bones, fascia, ligaments and tendons,

answers: NDQ_007553

answers: rigid and elastic cell membranes,

answers: NDQ_007554

answers: connective

answers: NDQ_007555

answers: muscular-skeletal system

answers: NDQ_007556

answers: discontinuous compression.

answers: NDQ_007557

answers: ligaments and tendons,

answers: NDQ_007558

answers: muscles, bones, fascia, ligaments and tendons,

answers: NDQ_007560

answers: ligaments and tendons,

answers: NDQ_007562

answers: discontinuous compression.

answers: NDQ_007563

answers: Biotensegrity,

answers: NDQ_007566

answers: muscles, bones,

answers: NDQ_007568

answers: muscles, bones, fascia, ligaments and tendons,

answers: NDQ_007569

answers: Biotensegrity,

answers: NDQ_007570

answers: muscular-skeletal system is a synergy of muscle and bone.

answers: NDQ_007571

answers: Biotensegrity,

answers: NDQ_007572

answers: elastic cell membranes,

answers: NDQ_007573

answers: Biotensegrity,

answers: NDQ_007574

answers: muscle and bone.

answers: NDQ_007575

answers: muscles,

answers: NDQ_007576

answers: Biotensegrity,

answers: NDQ_007577

answers: bones

answers: NDQ_007578

answers: elastic cell membranes,

answers: NDQ_007579

answers: fascia,

answers: NDQ_007580

answers: rigid

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: elastic cell membranes,

answers: NDQ_007583

answers: fascia,

answers: NDQ_007584

answers: discontinuous compression.

text: Rehabilitation is important. A significant percentage of these sprains also involve medial and/or lateral ankle ligament injury and slow recovery and continuing symptoms are common.  However, limiting external rotation to protect healing ligaments is a primary concern and can usually be achieved by short leg casts, walking boots, and custom orthoses. The degree of permitted weight bearing can be individualized dependent on tolerance and those with less injury are able to ambulate with full weight-bearing. Nevertheless, most use crutches to reduce the burden to some extent and those with more discomfort may be limited to "toe touch" on the affected side for one to two weeks. Some advocate the ability to climb and descend stairs with minimal discomfort as an indication to permit full, or at least progressive, weight-bearing.Early resistance exercise minimizes muscle atrophy and weakness and a variety of exercises - elastic bands, ankle weights, heel raise exercises - may be used in conjunction with a calf stretch. In the early stages, isometric strengthening and electrical stimulation will combat muscle atrophy and developing weakness.

text: Rehabilitation is important. A significant percentage of these sprains also involve medial and/or lateral ankle ligament injury and slow recovery and continuing symptoms are common.  However, limiting external rotation to protect healing ligaments is a primary concern and can usually be achieved by short leg casts, walking boots, and custom orthoses. The degree of permitted weight bearing can be individualized dependent on tolerance and those with less injury are able to ambulate with full weight-bearing. Nevertheless, most use crutches to reduce the burden to some extent and those with more discomfort may be limited to "toe touch" on the affected side for one to two weeks. Some advocate the ability to climb and descend stairs with minimal discomfort as an indication to permit full, or at least progressive, weight-bearing.Early resistance exercise minimizes muscle atrophy and weakness and a variety of exercises - elastic bands, ankle weights, heel raise exercises - may be used in conjunction with a calf stretch. In the early stages, isometric strengthening and electrical stimulation will combat muscle atrophy and developing weakness.

answers: NDQ_007549

answers: Leg casts

answers: NDQ_007550

answers: the bones of the limbs

answers: NDQ_007551

answers: weight-bearing

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: slow recovery and continuing symptoms

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: limiting external rotation to protect healing ligaments

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a type of bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of exercise?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a form of resistance exercise?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cast

answers: NDQ_007579

answers: ligament

answers: NDQ_007580

answers: cast

answers: NDQ_007581

answers: ligament

answers: NDQ_007582

answers: Ankle ligament

answers: NDQ_007583

answers: ligament

answers: NDQ_007584

answers: healing

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: muscle

answers: NDQ_007553

answers: muscle

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: ligaments

answers: NDQ_007556

answers: limiting external rotation to protect healing ligaments

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: calf

answers: NDQ_007560

answers: external rotation

answers: NDQ_007562

answers: full weight-bearing.

answers: NDQ_007563

answers: electrical stimulation

answers: NDQ_007566

answers: elastic bands, ankle weights, heel raise exercises

answers: NDQ_007568

answers: elastic bands, ankle weights, heel raise exercises

answers: NDQ_007569

answers: elastic bands, ankle weights, heel raise exercises

answers: NDQ_007570

answers: limiting external rotation to protect healing ligaments

answers: NDQ_007571

answers: limiting external rotation to protect healing ligaments

answers: NDQ_007572

answers: short leg casts,

answers: NDQ_007573

answers: elastic bands, ankle weights, heel raise exercises

answers: NDQ_007574

answers: elastic bands, ankle weights, heel raise exercises

answers: NDQ_007575

answers: muscle atrophy

answers: NDQ_007576

answers: medial and/or lateral ankle ligament injury

answers: NDQ_007577

answers: elastic bands, ankle weights, heel raise exercises

answers: NDQ_007578

answers: muscle

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: muscle

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: ligaments

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: healing

text: The build-up of glycogen causes progressive muscle weakness (myopathy) throughout the body and affects various body tissues, particularly in the heart, skeletal muscles, liver and the nervous system.

text: The build-up of glycogen causes progressive muscle weakness (

text: myopathy

text: ) throughout the body and affects various body tissues, particularly in the

text: heart

text: skeletal muscle

text: s,

text: liver

text: and the

text: nervous system

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: muscle strength

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the body

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: build-up of glycogen

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: The build-up of glycogen causes progressive muscle weakness

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: None of the above choices.

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscles

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: skeletal muscles,

answers: NDQ_007550

answers: skeletal muscles,

answers: NDQ_007551

answers: skeletal muscles,

answers: NDQ_007552

answers: skeletal muscles,

answers: NDQ_007553

answers: The build-up of glycogen

answers: NDQ_007554

answers: skeletal muscles,

answers: NDQ_007555

answers: skeletal muscles,

answers: NDQ_007556

answers: The build-up of glycogen

answers: NDQ_007557

answers: skeletal muscles,

answers: NDQ_007558

answers: skeletal muscles,

answers: NDQ_007560

answers: skeletal muscles,

answers: NDQ_007562

answers: The build-up of glycogen

answers: NDQ_007563

answers: The build-up of glycogen

answers: NDQ_007566

answers: The build-up of glycogen

answers: NDQ_007568

answers: skeletal muscles,

answers: NDQ_007569

answers: The build-up of glycogen

answers: NDQ_007570

answers: skeletal muscles,

answers: NDQ_007571

answers: The build-up of glycogen

answers: NDQ_007572

answers: skeletal muscles,

answers: NDQ_007573

answers: The build-up of glycogen

answers: NDQ_007574

answers: The build-up of glycogen

answers: NDQ_007575

answers: skeletal muscles,

answers: NDQ_007576

answers: The build-up of glycogen causes progressive muscle weakness

answers: NDQ_007577

answers: The build-up of glycogen

answers: NDQ_007578

answers: skeletal muscles,

answers: NDQ_007579

answers: skeletal muscles,

answers: NDQ_007580

answers: skeletal muscles,

answers: NDQ_007581

answers: skeletal muscles,

answers: NDQ_007582

answers: skeletal muscles,

answers: NDQ_007583

answers: skeletal muscles,

answers: NDQ_007584

answers: skeletal muscles,

text: Eldecalcitol can be used for the treatment of hypocalcaemia or osteoporosis. Calcium absorption increases with the presence of eldecalcitol by the body, occurring in the intestines, which is useful for those who have low calcium levels. Eldecalcitol is more often used due to its effects to treat osteoporosis. In the aging population, the bone matrix becomes weakened through untreated osteoporosis. This leads to an increased risk of severe fractures that include spinal and hip fractures in addition to vertebral and wrist fractures. This creates a burden on the health care system due to a decline in the quality of life for the individuals that suffer from this condition. Some risk factors leading to the predisposition of developing osteoporosis are previous incidents of bone fractures and a reduction in bone mineral density. These factors expectantly increase as age increases.Bone health is reliant on maintaining physiologically needed levels of calcium, where the body constantly maintains this calcium homeostasis through osteoblast and osteoclast activity. Osteoblast activity serves this function of maintaining appropriate calcium levels by depositing calcium in bones when blood calcium levels are above normal. In contrast, osteoclasts break down bone tissue to increase blood calcium levels if they are low. This activity is performed after absorption of calcium by the body, which requires the actions of vitamin D. The active metabolite of vitamin D, calcitriol, performs its function through interactions with the calcitriol receptor. This nuclear hormone receptor is responsible for calcium absorption which, in turn, is involving in bone depletion and formation.The new analogs of vitamin D, such as eldecalcitol, are observed to have stronger effects in preventing bone loss, fractures, and falls in comparison to calcitriol. Eldecalcitol is even more effective than its counterpart alfacalcidol, another vitamin D analog. Studies have shown eldecalcitol is more effective than alfacalcidol in preventing vertebral and wrist fractures, and even falls, with osteoporotic patients with vitamin D insufficiencies. Eldecalcitol is also more effective at preventing fractures than vitamin D and calcium supplements. Eldecalcitol increases calcium absorption for vitamin D deficient patients, and therefore could be used for osteoporosis treatment for all age groups.

answers: NDQ_007549

answers: vertebral and wrist

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: Bone health

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Osteoblast

answers: NDQ_007554

answers: bone matrix

answers: NDQ_007555

answers: vertebrae

answers: NDQ_007556

answers: age increases

answers: NDQ_007557

answers: osteoclasts

answers: NDQ_007558

answers: vertebral

answers: NDQ_007560

answers: wrist

answers: NDQ_007562

answers: untreated osteoporosis

answers: NDQ_007563

answers: Calcium absorption increases with the presence of eldecalcitol

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue: osteoblast, osteoclast, or calcitriol?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Calcium and vitamin D

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Why is the bone matrix becoming weakened through untreated osteoporosis?

answers: NDQ_007574

answers: None of the above choices

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoclast

answers: NDQ_007579

answers: matrix

answers: NDQ_007580

answers: osteoblast

answers: NDQ_007581

answers: bone matrix

answers: NDQ_007582

answers: osteoblast

answers: NDQ_007583

answers: bone matrix

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: Osteoblast activity

answers: NDQ_007550

answers: Osteoblast

answers: NDQ_007551

answers: Osteoblast activity serves this function of maintaining appropriate calcium levels

answers: NDQ_007552

answers: calcium

answers: NDQ_007553

answers: Osteoblast

answers: NDQ_007554

answers: osteoblast and osteoclast activity. Osteoblast

answers: NDQ_007555

answers: vertebral and wrist fractures,

answers: NDQ_007556

answers: calcium homeostasis through osteoblast and osteoclast activity.

answers: NDQ_007557

answers: osteoclast activity.

answers: NDQ_007558

answers: vertebral and wrist

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: calcitriol.

answers: NDQ_007563

answers: osteoclasts

answers: NDQ_007566

answers: calcium levels

answers: NDQ_007568

answers: maintaining appropriate calcium levels

answers: NDQ_007569

answers: calcium levels

answers: NDQ_007570

answers: calcium

answers: NDQ_007571

answers: increases.Bone health is reliant on maintaining physiologically needed levels of calcium,

answers: NDQ_007572

answers: Osteoblast

answers: NDQ_007573

answers: the bone matrix becomes weakened through untreated osteoporosis.

answers: NDQ_007574

answers: maintaining appropriate calcium levels

answers: NDQ_007575

answers: maintaining appropriate calcium levels

answers: NDQ_007576

answers: calcium levels

answers: NDQ_007577

answers: eldecalcitol,

answers: NDQ_007578

answers: osteoporotic

answers: NDQ_007579

answers: bone matrix

answers: NDQ_007580

answers: osteoblast and osteoclast activity. Osteoblast

answers: NDQ_007581

answers: bone matrix

answers: NDQ_007582

answers: osteoblast and osteoclast activity. Osteoblast

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoclast activity. Osteoblast

text: Of these animal models, the ovariectomised rat model remains the most popular choice as it has been validated to represent the most important clinical features of estrogen deficiency-induced (or postmenopausal) bone loss in the adult human, particularly during the early stages of osteoporosis. These include: increased rate of bone turnover with resorption exceeding formation; an initial rapid phase of bone loss followed by a much slower phase; greater loss of cancellous bone than cortical bone; reduced intestinal calcium absorption; some protection against bone loss by obesity; and similar skeletal response to therapy with estrogen, tamoxifen, bisphosphonates, parathyroid hormone, calcitonin and exercise.

text: Of these animal models, the ovariectomised rat model remains the most popular choice as it has been validated to represent the most important clinical features of

text: estrogen

text: deficiency-induced (or

text: postmenopausal

text: ) bone loss in the adult human, particularly during the early stages of osteoporosis. These include: increased rate of bone turnover with resorption exceeding formation; an initial rapid phase of bone loss followed by a much slower phase; greater loss of

text: cancellous bone

text: than

text: cortical bone

text: ; reduced intestinal

text: calcium

text: absorption; some protection against bone loss by

text: obesity

text: ; and similar skeletal response to therapy with estrogen,

text: tamoxifen

text: bisphosphonates

text: parathyroid hormone

text: calcitonin

text: and

text: exercise

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: cancellous bone and cortical

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cortical

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: estrogen deficiency

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: cancellous bone

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: protection against bone loss by obesity

answers: NDQ_007563

answers: What is calcitonin?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: Cancellous bone

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cancellous bone

answers: NDQ_007580

answers: cortical

answers: NDQ_007581

answers: cancellous bone

answers: NDQ_007582

answers: cancellous bone

answers: NDQ_007583

answers: cancellous bone

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: cancellous bone than cortical bone;

answers: NDQ_007550

answers: cortical bone;

answers: NDQ_007551

answers: bone turnover

answers: NDQ_007552

answers: cancellous bone

answers: NDQ_007553

answers: estrogen deficiency-induced

answers: NDQ_007554

answers: cortical

answers: NDQ_007555

answers: rat

answers: NDQ_007556

answers: greater loss of cancellous bone

answers: NDQ_007557

answers: cancellous bone

answers: NDQ_007558

answers: cortical bone;

answers: NDQ_007560

answers: cortical bone;

answers: NDQ_007562

answers: formation;

answers: NDQ_007563

answers: calcium absorption;

answers: NDQ_007566

answers: ovariectomised rat model

answers: NDQ_007568

answers: cancellous bone than cortical bone;

answers: NDQ_007569

answers: cancellous bone than cortical bone;

answers: NDQ_007570

answers: ovariectomised rat model

answers: NDQ_007571

answers: calcium absorption;

answers: NDQ_007572

answers: cancellous bone than cortical bone;

answers: NDQ_007573

answers: increased rate of bone turnover with resorption exceeding formation;

answers: NDQ_007574

answers: cancellous bone than cortical bone;

answers: NDQ_007575

answers: exercise.

answers: NDQ_007576

answers: ovariectomised rat model

answers: NDQ_007577

answers: human,

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cancellous

answers: NDQ_007580

answers: cortical

answers: NDQ_007581

answers: cancellous

answers: NDQ_007582

answers: cancellous

answers: NDQ_007583

answers: cancellous bone

answers: NDQ_007584

answers: resorption

text: Currently, there are no treatments for any of the congenital myopathies. Depending on the severity, there are different therapies available to help alleviate any pain and aid patients in performing varying activities. For example, many congenital myopathy patients are involved in physical or occupational therapy in an attempt to strengthen their skeletal muscles. Orthopedic surgery is usually necessary to correct skeletal deformities secondary to muscle weakness, such as scoliosis. Survival is typically determined by the level of respiratory muscle insufficiency.

text: Currently, there are no treatments for any of the congenital myopathies. Depending on the severity, there are different therapies available to help alleviate any pain and aid patients in performing varying activities. For example, many congenital myopathy patients are involved in physical or occupational therapy in an attempt to strengthen their skeletal muscles. Orthopedic surgery is usually necessary to correct skeletal deformities secondary to muscle weakness, such as scoliosis. Survival is typically determined by the level of respiratory muscle insufficiency.

answers: NDQ_007549

answers: skeletal muscles

answers: NDQ_007550

answers: skeletal muscles

answers: NDQ_007551

answers: performing varying activities

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal muscles

answers: NDQ_007556

answers: secondary to muscle weakness

answers: NDQ_007557

answers: skeletal muscles

answers: NDQ_007558

answers: skeletal muscles

answers: NDQ_007560

answers: skeletal muscles

answers: NDQ_007562

answers: there are no treatments for any of the congenital myopathies

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is true of skeletal muscles?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: scoliosis

answers: NDQ_007571

answers: Which of the following is not a type of therapy?

answers: NDQ_007572

answers: Which of the following is not a type of muscle?

answers: NDQ_007573

answers: Which of the following is not a type of congenital myopathy?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: Which of the following is not a type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: myocardium

answers: NDQ_007583

answers: myopathies

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: muscles.

answers: NDQ_007550

answers: skeletal muscles.

answers: NDQ_007551

answers: varying activities.

answers: NDQ_007552

answers: skeletal muscles.

answers: NDQ_007553

answers: congenital myopathies.

answers: NDQ_007554

answers: skeletal muscles.

answers: NDQ_007555

answers: skeletal muscles.

answers: NDQ_007556

answers: congenital myopathies.

answers: NDQ_007557

answers: skeletal muscles.

answers: NDQ_007558

answers: scoliosis.

answers: NDQ_007560

answers: skeletal muscles.

answers: NDQ_007562

answers: no treatments

answers: NDQ_007563

answers: skeletal muscles.

answers: NDQ_007566

answers: no treatments for any of the congenital myopathies.

answers: NDQ_007568

answers: no treatments for any of the congenital myopathies.

answers: NDQ_007569

answers: skeletal muscles.

answers: NDQ_007570

answers: Orthopedic surgery

answers: NDQ_007571

answers: skeletal muscles.

answers: NDQ_007572

answers: skeletal muscles.

answers: NDQ_007573

answers: strengthen their skeletal muscles.

answers: NDQ_007574

answers: no treatments for any of the congenital myopathies.

answers: NDQ_007575

answers: skeletal muscles.

answers: NDQ_007576

answers: skeletal muscles.

answers: NDQ_007577

answers: skeletal muscles.

answers: NDQ_007578

answers: myopathies.

answers: NDQ_007579

answers: skeletal muscles.

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscles.

answers: NDQ_007582

answers: skeletal muscles.

answers: NDQ_007583

answers: skeletal muscles.

answers: NDQ_007584

answers: Orthopedic surgery

text: A bridged compound  is a chemical compound, generally an organic compound, but also possibly inorganic, that has two or more rings (a ring system) that contains a bridge—a single atom or an unbranched chain of atoms (or even just a valence bond) that connect two "bridgehead" atoms. The bridgehead atoms are defined as any atom that is not a hydrogen, and that is part of the skeletal framework of the molecule that is bonded to three or more other skeletal atoms.<ref name=IUPACbridged> Note, the article co-authors, the Working Party of the IUPAC (1992-1998), were P. M. Giles, Jr., E. W. Godly, K.-H. Hellwich, A. K. Ikizler, M. V. Kisakürek, A. D. McNaught, G. P. Moss, J. Nyitrai, W. H. Powell, O. Weissbach, and A. Yerin. Also available online at  Also available in German, with et al. indicating the same working party, at {{cite journal | authors = Hellwich, Karl-Heinz | title = Erweiterung und Revision des von-Baeyer-Systems zur Benennung polycyclischer Verbindungen (einschließlich bicyclischer Verbindungen) | journal = Angewandte Chemie | volume = 114 | issue = 17, September 2 | pages = 3423–3432 | year = 2002 | pmid =  | doi =  10.1002/1521-3757(20020902)114:17

text: A bridged compound  is a

text: chemical compound

text: , generally an

text: organic compound

text: , but also possibly

text: inorganic

text: , that has two or more rings (a ring system) that contains a bridge—a single atom or an unbranched chain of atoms (or even just a valence bond) that connect two "bridgehead" atoms. The bridgehead atoms are defined as any atom that is not a hydrogen, and that is part of the skeletal framework of the molecule that is bonded to three or more other skeletal atoms.<ref name=IUPACbridged> Note, the article co-authors, the Working Party of the IUPAC (1992-1998), were P. M. Giles, Jr., E. W. Godly, K.-H. Hellwich, A. K. Ikizler, M. V. Kisakürek, A. D. McNaught, G. P. Moss, J. Nyitrai, W. H. Powell, O. Weissbach, and A. Yerin. Also available online at  Also available in German, with et al. indicating the same working party, at {{cite journal | authors = Hellwich, Karl-Heinz | title = Erweiterung und Revision des von-Baeyer-Systems zur Benennung polycyclischer Verbindungen (einschließlich bicyclischer Verbindungen) | journal =

text: Angewandte Chemie

text: | volume = 114 | issue = 17, September 2 | pages = 3423–3432 | year = 2002 | pmid =  | doi =  10.1002/1521-3757(20020902)114:17

answers: NDQ_007549

answers: bridgeheads

answers: NDQ_007550

answers: a series of interlocking bones.

answers: NDQ_007551

answers: bridged compounds

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called cell division.

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeleton.

answers: NDQ_007556

answers: bridged compound

answers: NDQ_007557

answers: valence bonds

answers: NDQ_007558

answers: articular cartilage

answers: NDQ_007560

answers: valence bond

answers: NDQ_007562

answers: A bridged compound is a chemical compound

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: Context: Bones are like chalk: dead, dry, and brittle

answers: NDQ_007568

answers: Bones are organs made up of four types of bone tissues.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Context: An example of a ball-and-socket joint is the elbow.

answers: NDQ_007571

answers: Context: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Context: Blood cells are produced by compact bone.

answers: NDQ_007573

answers: Context: Osteoporosis is a condition in which the bones of the body are weaker than normal.

answers: NDQ_007574

answers: The human skeleton consists entirely of bone.

answers: NDQ_007575

answers: context: Bones grow thicker when they are put under stress by muscles.

answers: NDQ_007576

answers: context: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: The adult skeletal system contains 206 bones.

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal framework

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: Bone fusion

answers: NDQ_007549

answers: bridgehead atoms

answers: NDQ_007550

answers: polycyclischer Verbindungen

answers: NDQ_007551

answers: polycyclischer Verbindungen

answers: NDQ_007552

answers: A. Yerin.

answers: NDQ_007553

answers: polycyclischer Verbindungen

answers: NDQ_007554

answers: polycyclischer Verbindungen

answers: NDQ_007555

answers: polycyclischer Verbindungen

answers: NDQ_007556

answers: polycyclischer Verbindungen

answers: NDQ_007557

answers: polycyclischer Verbindungen

answers: NDQ_007558

answers: bicyclischer Verbindungen)

answers: NDQ_007560

answers: Yerin.

answers: NDQ_007562

answers: Benennung polycyclischer Verbindungen

answers: NDQ_007563

answers: Erweiterung und Revision des von-Baeyer-Systems

answers: NDQ_007566

answers: Hellwich, Karl-Heinz

answers: NDQ_007568

answers: Hellwich, Karl-Heinz

answers: NDQ_007569

answers: Hellwich, Karl-Heinz

answers: NDQ_007570

answers: Hellwich, Karl-Heinz

answers: NDQ_007571

answers: Erweiterung und Revision des von-Baeyer-Systems

answers: NDQ_007572

answers: polycyclischer Verbindungen

answers: NDQ_007573

answers: Hellwich, Karl-Heinz

answers: NDQ_007574

answers: Erweiterung und Revision des von-Baeyer-Systems

answers: NDQ_007575

answers: Hellwich, Karl-Heinz

answers: NDQ_007576

answers: Hellwich, Karl-Heinz

answers: NDQ_007577

answers: Erweiterung und Revision des von-Baeyer-Systems

answers: NDQ_007578

answers: bicyclischer Verbindungen)

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: Yerin.

answers: NDQ_007581

answers: skeletal framework

answers: NDQ_007582

answers: von-Baeyer-Systems

answers: NDQ_007583

answers: Yerin.

answers: NDQ_007584

answers: von-Baeyer-Systems

text: Also tests for S/I joint sprain / strain.

text: Also tests for S/I joint sprain / strain.

answers: NDQ_007549

answers: muscles, bones, and bones.

answers: NDQ_007550

answers: Bones.

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting.

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: they are longer

answers: NDQ_007557

answers: tendons.

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: S/I joint

answers: NDQ_007562

answers: S/I joint sprain / strain is not a medical condition.

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is NOT true?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: Which of the following is NOT true?

answers: NDQ_007574

answers: Which of the following is true of the human skeleton?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: A strain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: articular cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: S/I joint

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: S/I joint

answers: NDQ_007550

answers: S/I joint

answers: NDQ_007551

answers: S/I joint sprain / strain.

answers: NDQ_007552

answers: S/I joint

answers: NDQ_007553

answers: S/I joint

answers: NDQ_007554

answers: joint

answers: NDQ_007555

answers: S/I joint

answers: NDQ_007556

answers: S/I joint sprain / strain.

answers: NDQ_007557

answers: S/I joint

answers: NDQ_007558

answers: S/I joint

answers: NDQ_007560

answers: S/I joint

answers: NDQ_007562

answers: S/I joint sprain / strain.

answers: NDQ_007563

answers: S/I joint sprain / strain.

answers: NDQ_007566

answers: S/I joint sprain / strain.

answers: NDQ_007568

answers: S/I joint sprain / strain.

answers: NDQ_007569

answers: S/I joint

answers: NDQ_007570

answers: S/I joint

answers: NDQ_007571

answers: S/I joint sprain / strain.

answers: NDQ_007572

answers: S/I joint

answers: NDQ_007573

answers: S/I joint sprain / strain.

answers: NDQ_007574

answers: S/I joint sprain / strain.

answers: NDQ_007575

answers: S/I joint sprain / strain.

answers: NDQ_007576

answers: S/I joint sprain / strain.

answers: NDQ_007577

answers: S/I joint sprain / strain.

answers: NDQ_007578

answers: S/I joint

answers: NDQ_007579

answers: S/I joint

answers: NDQ_007580

answers: S/I joint

answers: NDQ_007581

answers: S/I joint

answers: NDQ_007582

answers: S/I joint

answers: NDQ_007583

answers: joint

answers: NDQ_007584

answers: S/I joint

text: The paired fins of the early sarcopterygians were smaller than tetrapod limbs, but the skeletal structure was very similar in that the early sarcopterygians had a single proximal bone (analogous to the humerus or femur), two bones in the next segment (forearm or lower leg), and an irregular subdivision of the fin, roughly comparable to the structure of the carpus / tarsus and phalanges of a hand.

text: The paired fins of the early sarcopterygians were smaller than tetrapod limbs, but the skeletal structure was very similar in that the early sarcopterygians had a single proximal bone (analogous to the

text: humerus

text: or

text: femur

text: ), two bones in the next segment (forearm or lower leg), and an irregular subdivision of the fin, roughly comparable to the structure of the

text: carpus

text: tarsus

text: and

text: phalanges

text: of a hand.

answers: NDQ_007549

answers: femur

answers: NDQ_007550

answers: articulations

answers: NDQ_007551

answers: articulation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: sarcopterygian

answers: NDQ_007556

answers: proximal bone

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: forearm or lower leg

answers: NDQ_007560

answers: phalanges

answers: NDQ_007562

answers: the paired fins of the early sarcopterygians were smaller than tetrapod limbs

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: no

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What is the most common reason for osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of muscle: carpus / tarsus or phalanges?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: femur

answers: NDQ_007579

answers: femur

answers: NDQ_007580

answers: femur

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: carpus

answers: NDQ_007583

answers: tarsus

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: a single proximal bone

answers: NDQ_007550

answers: two bones

answers: NDQ_007551

answers: limbs,

answers: NDQ_007552

answers: carpus

answers: NDQ_007553

answers: paired fins of the early sarcopterygians

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: hand.

answers: NDQ_007556

answers: proximal bone

answers: NDQ_007557

answers: two bones

answers: NDQ_007558

answers: (forearm or lower leg),

answers: NDQ_007560

answers: proximal bone

answers: NDQ_007562

answers: tetrapod limbs,

answers: NDQ_007563

answers: humerus or femur),

answers: NDQ_007566

answers: paired fins of the early sarcopterygians

answers: NDQ_007568

answers: two bones in the next segment

answers: NDQ_007569

answers: proximal bone

answers: NDQ_007570

answers: hand.

answers: NDQ_007571

answers: skeletal structure

answers: NDQ_007572

answers: humerus or femur),

answers: NDQ_007573

answers: The paired

answers: NDQ_007574

answers: two bones

answers: NDQ_007575

answers: paired fins of the early sarcopterygians

answers: NDQ_007576

answers: bone

answers: NDQ_007577

answers: tetrapod limbs,

answers: NDQ_007578

answers: carpus / tarsus

answers: NDQ_007579

answers: bone

answers: NDQ_007580

answers: carpus / tarsus

answers: NDQ_007581

answers: femur),

answers: NDQ_007582

answers: humerus

answers: NDQ_007583

answers: carpus / tarsus

answers: NDQ_007584

answers: bone

text: The musculoskeletal system consists of the human skeleton (which includes bones, ligaments, tendons, and cartilage) and attached muscles. It gives the body basic structure and the ability for movement. In addition to their structural role, the larger bones in the body contain bone marrow, the site of production of blood cells. Also, all bones are major storage sites for calcium and phosphate. This system can be split up into the muscular system and the skeletal system.

text: The

text: musculoskeletal system

text: consists of the

text: human skeleton

text: (which includes

text: bone

text: s,

text: ligament

text: s,

text: tendon

text: s, and

text: cartilage

text: ) and attached

text: muscle

text: s. It gives the body basic structure and the ability for movement. In addition to their structural role, the larger bones in the body contain

text: bone marrow

text: , the site of production of blood cells. Also, all bones are major storage sites for

text: calcium

text: and

text: phosphate

text: . This system can be split up into the

text: muscular system

text: and the

text: skeletal system

answers: NDQ_007549

answers: bones, ligaments

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: ability for movement

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: ligaments

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: storage sites for calcium and phosphate

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: tendons

answers: NDQ_007560

answers: ligaments

answers: NDQ_007562

answers: all bones are major storage sites for calcium and phosphate

answers: NDQ_007563

answers: Which of the following is not a major storage site for calcium?

answers: NDQ_007566

answers: Which of the following is not a function of bones?

answers: NDQ_007568

answers: Which of the following is not an organ: bones, ligaments, tendons, or cartilage?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What does the musculoskeletal system consist of?

answers: NDQ_007571

answers: Which of the following is not a storage site for calcium and phosphate?

answers: NDQ_007572

answers: What does bone marrow contain?

answers: NDQ_007573

answers: Which of the following is not a major storage site for calcium and phosphate?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a major storage site for calcium and phosphate?

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: cartilage

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: bone marrow

answers: NDQ_007549

answers: bones, ligaments, tendons, and cartilage)

answers: NDQ_007550

answers: bones, ligaments, tendons, and cartilage)

answers: NDQ_007551

answers: It gives the body basic structure and the ability for movement.

answers: NDQ_007552

answers: cartilage)

answers: NDQ_007553

answers: bone marrow,

answers: NDQ_007554

answers: tendons,

answers: NDQ_007555

answers: musculoskeletal system consists of the human skeleton

answers: NDQ_007556

answers: bone marrow,

answers: NDQ_007557

answers: ligaments, tendons, and cartilage)

answers: NDQ_007558

answers: tendons, and cartilage)

answers: NDQ_007560

answers: ligaments, tendons, and cartilage)

answers: NDQ_007562

answers: bone marrow, the site of production of blood cells.

answers: NDQ_007563

answers: calcium

answers: NDQ_007566

answers: bone marrow,

answers: NDQ_007568

answers: bones, ligaments, tendons, and cartilage)

answers: NDQ_007569

answers: bone marrow,

answers: NDQ_007570

answers: musculoskeletal system

answers: NDQ_007571

answers: calcium and phosphate.

answers: NDQ_007572

answers: larger bones in the body contain bone marrow,

answers: NDQ_007573

answers: musculoskeletal system

answers: NDQ_007574

answers: bones, ligaments, tendons, and cartilage)

answers: NDQ_007575

answers: bone marrow,

answers: NDQ_007576

answers: musculoskeletal system

answers: NDQ_007577

answers: bone marrow,

answers: NDQ_007578

answers: cartilage)

answers: NDQ_007579

answers: cartilage)

answers: NDQ_007580

answers: bone marrow,

answers: NDQ_007581

answers: ligaments,

answers: NDQ_007582

answers: bone marrow,

answers: NDQ_007583

answers: cartilage)

answers: NDQ_007584

answers: bone marrow,

text: Structural continuity between extracellular, cyst skeletal and nuclear components was discussed by Hay, Berezny et al. and Oschman. Historically, these elements have been referred to as ground substances, and because of their continuity, they act to form a complex, interlaced system that reaches into and contacts every part of the body. Even as early as 1851 it was recognized that the nerve and blood systems do not directly connect to the cell, but are mediated by and through an extracellular matrix.

text: Structural continuity between extracellular, cyst skeletal and nuclear components was discussed by Hay, Berezny et al. and Oschman. Historically, these elements have been referred to as ground substances, and because of their continuity, they act to form a complex, interlaced system that reaches into and contacts every part of the body. Even as early as 1851 it was recognized that the nerve and blood systems do not directly connect to the cell, but are mediated by and through an extracellular matrix.

answers: NDQ_007549

answers: cyst skeletal

answers: NDQ_007550

answers: skeletal and nuclear components

answers: NDQ_007551

answers: muscle contraction

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: extracellular matrix

answers: NDQ_007554

answers: extracellular

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Historically, these elements have been referred to as ground substances

answers: NDQ_007557

answers: extracellular matrix

answers: NDQ_007558

answers: cyst skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: nerve and blood systems do not directly connect to the cell

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: What is the opposite of ground substances?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: Which of the following is not a ground substance: cyst skeletal or nuclear components?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a type of ground substance?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: cyst

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: extracellular

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: extracellular, cyst skeletal and nuclear

answers: NDQ_007550

answers: extracellular, cyst skeletal and nuclear components

answers: NDQ_007551

answers: reaches into and contacts every part of the body.

answers: NDQ_007552

answers: extracellular matrix.

answers: NDQ_007553

answers: extracellular matrix.

answers: NDQ_007554

answers: cyst

answers: NDQ_007555

answers: body.

answers: NDQ_007556

answers: Structural continuity

answers: NDQ_007557

answers: extracellular matrix.

answers: NDQ_007558

answers: cyst skeletal

answers: NDQ_007560

answers: cyst skeletal

answers: NDQ_007562

answers: the nerve and blood systems do not directly connect to the cell,

answers: NDQ_007563

answers: extracellular matrix.

answers: NDQ_007566

answers: ground substances,

answers: NDQ_007568

answers: extracellular, cyst skeletal and nuclear components

answers: NDQ_007569

answers: cyst skeletal and nuclear components

answers: NDQ_007570

answers: interlaced system that reaches into and contacts every part of the body.

answers: NDQ_007571

answers: Historically, these elements have been referred to as ground substances,

answers: NDQ_007572

answers: extracellular matrix.

answers: NDQ_007573

answers: Structural continuity between extracellular, cyst skeletal and nuclear components

answers: NDQ_007574

answers: extracellular matrix.

answers: NDQ_007575

answers: extracellular matrix.

answers: NDQ_007576

answers: Structural continuity between extracellular, cyst skeletal and nuclear components

answers: NDQ_007577

answers: cyst skeletal and nuclear components

answers: NDQ_007578

answers: cyst

answers: NDQ_007579

answers: cyst skeletal

answers: NDQ_007580

answers: cyst skeletal

answers: NDQ_007581

answers: extracellular matrix.

answers: NDQ_007582

answers: extracellular matrix.

answers: NDQ_007583

answers: extracellular matrix.

answers: NDQ_007584

answers: cyst skeletal

text: Muscle strength, and stamina for sustained physical effort, decline in function with age in humans and other species. Skeletal muscle is a tissue composed largely of multinucleated myofibers, elements that arise from the fusion of mononucleated myoblasts. Accumulation of DNA damage with age in mammalian muscle has been reported in at least 18 studies since 1971. We will mention here only two of the more recent studies in rodents plus one in humans. Hamilton et al. reported that the oxidative DNA damage 8-OHdG accumulates in heart and skeletal muscle (as well as in brain, kidney and liver) of both mouse and rat with age. In humans, increases in 8-OHdG with age were reported for skeletal muscle. Catalase is an enzyme that removes hydrogen peroxide, a reactive oxygen species, and thus limits oxidative DNA damage. In mice, when catalase expression is increased specifically in mitochondria, oxidative DNA damage (8-OHdG) in skeletal muscle is decreased and lifespan is increased by about 20%. These findings suggest that mitochondria are a significant source of the oxidative damages contributing to aging.

text: Muscle strength, and stamina for sustained physical effort, decline in function with age in humans and other species.

text: Skeletal muscle

text: is a tissue composed largely of multinucleated myofibers, elements that arise from the fusion of mononucleated myoblasts. Accumulation of DNA damage with age in mammalian muscle has been reported in at least 18 studies since 1971. We will mention here only two of the more recent studies in rodents plus one in humans. Hamilton et al. reported that the oxidative DNA damage 8-OHdG accumulates in heart and skeletal muscle (as well as in brain, kidney and liver) of both mouse and rat with age. In humans, increases in 8-OHdG with age were reported for skeletal muscle. Catalase is an enzyme that removes hydrogen peroxide, a reactive oxygen species, and thus limits oxidative DNA damage. In mice, when catalase expression is increased specifically in mitochondria, oxidative DNA damage (8-OHdG) in skeletal muscle is decreased and lifespan is increased by about 20%. These findings suggest that mitochondria are a significant source of the oxidative damages contributing to aging.

answers: NDQ_007549

answers: Muscle strength and stamina for sustained physical effort decline in function with age in humans and other species

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: Muscle strength, and stamina for sustained physical effort

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: myoblasts

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: human body.

answers: NDQ_007556

answers: oxidative DNA damage

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: the fusion of mononucleated myoblasts

answers: NDQ_007563

answers: What is the primary source of calcium in the body?

answers: NDQ_007566

answers: Which of the following is not a source of oxidative DNA damage?

answers: NDQ_007568

answers: What is a tissue composed largely of multinucleated myofibers

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: What is the best way to keep bones strong?

answers: NDQ_007572

answers: What is a tissue composed largely of multinucleated myofibers?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What happens to bones when they are put under stress by muscles?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: mitochondria

answers: NDQ_007579

answers: myofibers

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: myofibers

answers: NDQ_007582

answers: myoblasts

answers: NDQ_007583

answers: myofibers

answers: NDQ_007584

answers: fusion

answers: NDQ_007549

answers: multinucleated myofibers,

answers: NDQ_007550

answers: multinucleated myofibers,

answers: NDQ_007551

answers: Muscle strength, and stamina for sustained physical effort,

answers: NDQ_007552

answers: Catalase

answers: NDQ_007553

answers: fusion of mononucleated myoblasts.

answers: NDQ_007554

answers: Muscle

answers: NDQ_007555

answers: Skeletal muscle

answers: NDQ_007556

answers: age

answers: NDQ_007557

answers: Skeletal muscle

answers: NDQ_007558

answers: Skeletal muscle

answers: NDQ_007560

answers: Skeletal muscle

answers: NDQ_007562

answers: Muscle strength,

answers: NDQ_007563

answers: Skeletal muscle

answers: NDQ_007566

answers: age in humans and other species. Skeletal muscle

answers: NDQ_007568

answers: Skeletal muscle

answers: NDQ_007569

answers: Skeletal muscle

answers: NDQ_007570

answers: fusion of mononucleated myoblasts.

answers: NDQ_007571

answers: Muscle strength,

answers: NDQ_007572

answers: fusion of mononucleated myoblasts.

answers: NDQ_007573

answers: decline in function with age

answers: NDQ_007574

answers: multinucleated myofibers,

answers: NDQ_007575

answers: Muscle strength, and stamina for sustained physical effort,

answers: NDQ_007576

answers: Muscle strength,

answers: NDQ_007577

answers: 20%.

answers: NDQ_007578

answers: Skeletal muscle

answers: NDQ_007579

answers: Skeletal muscle

answers: NDQ_007580

answers: Skeletal muscle

answers: NDQ_007581

answers: Skeletal muscle

answers: NDQ_007582

answers: Skeletal muscle

answers: NDQ_007583

answers: Skeletal muscle

answers: NDQ_007584

answers: fusion

text: Mycorrhaphium is a genus of fungi in the family Steccherinaceae. The genus was circumscribed by Dutch mycologist Rudolph Arnold Maas Geesteranus in 1962. The type species is Mycorrhaphium adustum (formerly referred to Hydnum). Fruit bodies of species in the genus have caps, stipes, and a hydnoid (tooth-like) hymenophore. There is a dimitic hyphal system, where the skeletal hyphae are found only in the tissue of the "teeth", and a lack of cystidia. The spores are smooth, hyaline (translucent), and inamyloid.

text: Mycorrhaphium is a

text: genus

text: of

text: fungi

text: in the family

text: Steccherinaceae

text: . The genus was

text: circumscribed

text: by Dutch mycologist

text: Rudolph Arnold Maas Geesteranus

text: in 1962. The

text: type species

text: is Mycorrhaphium adustum (formerly referred to

text: Hydnum

text: Fruit bodies

text: of species in the genus have

text: caps

text: stipes

text: , and a

text: hydnoid

text: (tooth-like)

text: hymenophore

text: . There is a dimitic

text: hypha

text: l system, where the skeletal hyphae are found only in the tissue of the "teeth", and a lack of

text: cystidia

text: . The

text: spores

text: are smooth,

text: hyaline

text: (translucent), and

text: inamyloid

answers: NDQ_007549

answers: skeletal hyphae

answers: NDQ_007550

answers: dimitic hyphal system

answers: NDQ_007551

answers: hymenophore

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: Mycorrhaphium

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Steccherinaceae

answers: NDQ_007556

answers: dimitic hyphal system

answers: NDQ_007557

answers: dimitic hyphal system

answers: NDQ_007558

answers: teeth

answers: NDQ_007560

answers: stipes

answers: NDQ_007562

answers: spores are smooth, hyaline (translucent), and inamyloid.

answers: NDQ_007563

answers: Which is not a genus of fungi?

answers: NDQ_007566

answers: How would you describe Mycorrhaphium?

answers: NDQ_007568

answers: How many types of bone tissues are there?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: Which is not a genus of fungi?

answers: NDQ_007571

answers: What is Mycorrhaphium?

answers: NDQ_007572

answers: Which is not a genus of fungi in the family Steccherinaceae?

answers: NDQ_007573

answers: What is Mycorrhaphium?

answers: NDQ_007574

answers: Which of the following is not a genus of fungi?

answers: NDQ_007575

answers: Which is not a genus of fungi in the family Steccherinaceae?

answers: NDQ_007576

answers: How would you describe Mycorrhaphium adustum?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: hydnoid

answers: NDQ_007583

answers: Steccherinaceae

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: hyphae

answers: NDQ_007550

answers: hyphae

answers: NDQ_007551

answers: hyphae

answers: NDQ_007552

answers: dimitic hyphal system,

answers: NDQ_007553

answers: fungi

answers: NDQ_007554

answers: skeletal hyphae

answers: NDQ_007555

answers: "teeth",

answers: NDQ_007556

answers: dimitic hyphal system,

answers: NDQ_007557

answers: skeletal hyphae

answers: NDQ_007558

answers: "teeth",

answers: NDQ_007560

answers: hydnoid

answers: NDQ_007562

answers: Mycorrhaphium

answers: NDQ_007563

answers: "teeth",

answers: NDQ_007566

answers: Mycorrhaphium

answers: NDQ_007568

answers: dimitic hyphal system,

answers: NDQ_007569

answers: dimitic hyphal system,

answers: NDQ_007570

answers: Mycorrhaphium

answers: NDQ_007571

answers: Mycorrhaphium

answers: NDQ_007572

answers: "teeth",

answers: NDQ_007573

answers: Mycorrhaphium

answers: NDQ_007574

answers: dimitic hyphal system,

answers: NDQ_007575

answers: Mycorrhaphium

answers: NDQ_007576

answers: Mycorrhaphium

answers: NDQ_007577

answers: Mycorrhaphium

answers: NDQ_007578

answers: dimitic

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: dimitic

answers: NDQ_007581

answers: skeletal hyphae

answers: NDQ_007582

answers: skeletal hyphae

answers: NDQ_007583

answers: skeletal hyphae

answers: NDQ_007584

answers: skeletal

text: Mivacurium chloride (formerly recognized as BW1090U81, BW B1090U or BW1090U) is a short-duration non-depolarizing neuromuscular-blocking drug or skeletal muscle relaxant in the category of non-depolarizing neuromuscular-blocking drugs, used adjunctively in anesthesia to facilitate endotracheal intubation and to provide skeletal muscle relaxation during surgery or mechanical ventilation.

text: Mivacurium chloride (formerly recognized as BW1090U81, BW B1090U or BW1090U) is a short-duration non-depolarizing

text: neuromuscular-blocking drug

text: or

text: skeletal muscle relaxant

text: in the category of non-depolarizing

text: neuromuscular-blocking drugs

text: , used adjunctively in

text: anesthesia

text: to facilitate endotracheal

text: intubation

text: and to provide

text: skeletal muscle

text: relaxation during

text: surgery

text: or

text: mechanical ventilation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: muscle relaxation

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: clotting

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Mivacurium chloride is not a skeletal muscle relaxant

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What joint is Mivacurium chloride used in?

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: What is the opposite of compact bone?

answers: NDQ_007573

answers: Mivacurium chloride

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is Mivacurium chloride?

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: skeletal muscle relaxant

answers: NDQ_007553

answers: Mivacurium chloride

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle relaxant

answers: NDQ_007556

answers: skeletal muscle relaxant

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: endotracheal

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Mivacurium chloride

answers: NDQ_007563

answers: Mivacurium chloride

answers: NDQ_007566

answers: Mivacurium chloride

answers: NDQ_007568

answers: Mivacurium chloride

answers: NDQ_007569

answers: Mivacurium chloride

answers: NDQ_007570

answers: Mivacurium chloride

answers: NDQ_007571

answers: Mivacurium chloride

answers: NDQ_007572

answers: Mivacurium chloride

answers: NDQ_007573

answers: skeletal muscle relaxant

answers: NDQ_007574

answers: Mivacurium chloride

answers: NDQ_007575

answers: skeletal muscle relaxant

answers: NDQ_007576

answers: Mivacurium chloride

answers: NDQ_007577

answers: skeletal muscle relaxant

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: surgery

text: In partial response to Gill's statement, Professor of Biological Anthropology C. Loring Brace argues that the reason laymen and biological anthropologists can determine the geographic ancestry of an individual can be explained by the fact that biological characteristics are clinally distributed across the planet, and that does not translate into the concept of race. He states: "Race" is still sometimes used within forensic anthropology (when analyzing skeletal remains), biomedical research, and race-based medicine. Brace has criticized this, the practice of forensic anthropologists for using the controversial concept "race" out of convention when they in fact should be talking about regional ancestry. He argues that while forensic anthropologists can determine that a skeletal remain comes from a person with ancestors in a specific region of Africa, categorizing that skeletal as being "black" is a socially constructed category that is only meaningful in the particular context of the United States, and which is not itself scientifically valid.

text: In partial response to Gill's statement, Professor of Biological Anthropology

text: C. Loring Brace

text: argues that the reason laymen and biological anthropologists can determine the geographic ancestry of an individual can be explained by the fact that biological characteristics are

text: clinally

text: distributed across the planet, and that does not translate into the concept of race. He states: "Race" is still sometimes used within

text: forensic anthropology

text: (when analyzing skeletal remains),

text: biomedical research

text: , and

text: race-based medicine

text: . Brace has criticized this, the practice of forensic anthropologists for using the controversial concept "race" out of convention when they in fact should be talking about regional ancestry. He argues that while forensic anthropologists can determine that a skeletal remain comes from a person with ancestors in a specific region of Africa, categorizing that skeletal as being "black" is a socially constructed category that is only meaningful in the particular context of the United States, and which is not itself scientifically valid.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: skeletal remains

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: skeletal remains

answers: NDQ_007556

answers: ancestors in a specific region

answers: NDQ_007557

answers: ligaments

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: category that is only meaningful in the particular context of the United States

answers: NDQ_007563

answers: Bones release stored calcium to the blood

answers: NDQ_007566

answers: Gill's statement

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: no

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: skeletal remains

answers: NDQ_007575

answers: no

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: 206 bones

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: "black"

answers: NDQ_007550

answers: biological characteristics

answers: NDQ_007551

answers: skeletal remains), biomedical research, and race-based medicine.

answers: NDQ_007552

answers: race.

answers: NDQ_007553

answers: biological characteristics are clinally distributed across the planet,

answers: NDQ_007554

answers: biological

answers: NDQ_007555

answers: skeletal remains),

answers: NDQ_007556

answers: biological characteristics are clinally distributed across the planet,

answers: NDQ_007557

answers: biological characteristics are clinally distributed across the planet,

answers: NDQ_007558

answers: "black"

answers: NDQ_007560

answers: Biological Anthropology

answers: NDQ_007562

answers: "black"

answers: NDQ_007563

answers: skeletal remains), biomedical research, and race-based medicine.

answers: NDQ_007566

answers: Professor of Biological Anthropology C. Loring Brace

answers: NDQ_007568

answers: race.

answers: NDQ_007569

answers: In partial response to Gill's statement, Professor of Biological Anthropology

answers: NDQ_007570

answers: Professor of Biological Anthropology C. Loring Brace

answers: NDQ_007571

answers: Professor of Biological Anthropology C. Loring Brace

answers: NDQ_007572

answers: race-based medicine.

answers: NDQ_007573

answers: Professor of Biological Anthropology

answers: NDQ_007574

answers: "black"

answers: NDQ_007575

answers: Professor of Biological Anthropology C. Loring Brace

answers: NDQ_007576

answers: Professor of Biological Anthropology

answers: NDQ_007577

answers: "black"

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal remains), biomedical research, and race-based medicine.

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: MicroRNAs (miRNAs) interfere with mRNA that is present and render it unusable and therefore decrease the product of that mRNA. MiRNAs regulate many physiological processes, such as inflammation, angiogenesis (the creation of blood vessels), as well as ischemia (the restriction of blood flow within the vessels) prevention. Aerobic exercise reduces the overall number of various miRNAs within the skeletal muscle that produce negative effects. Stimuli that cause the body to enter an anabolic, or constructive, phase, such as resistance training as well as the correct diet, has also shown a reduction of miRNAs. This reduction may actually play a role in the growth of the muscle cell.

text: MicroRNAs (miRNAs) interfere with mRNA that is present and render it unusable and therefore decrease the product of that mRNA. MiRNAs regulate many physiological processes, such as inflammation, angiogenesis (the creation of blood vessels), as well as ischemia (the restriction of blood flow within the vessels) prevention. Aerobic exercise reduces the overall number of various miRNAs within the skeletal muscle that produce negative effects. Stimuli that cause the body to enter an anabolic, or constructive, phase, such as resistance training as well as the correct diet, has also shown a reduction of miRNAs. This reduction may actually play a role in the growth of the muscle cell.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle cell growth

answers: NDQ_007552

answers: miRNAs

answers: NDQ_007553

answers: angiogenesis

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: ischemia

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: Aerobic exercise reduces the overall number of various miRNAs

answers: NDQ_007563

answers: What does miRNAs regulate?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Calcium and vitamin D are needed to keep bones strong.

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: The sprain occurs when a bone bends but doesnt break

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: angiogenesis

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: MicroRNAs

answers: NDQ_007553

answers: angiogenesis

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: MicroRNAs

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: MicroRNAs

answers: NDQ_007563

answers: MicroRNAs

answers: NDQ_007566

answers: MicroRNAs

answers: NDQ_007568

answers: MicroRNAs

answers: NDQ_007569

answers: MicroRNAs

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: MicroRNAs

answers: NDQ_007572

answers: angiogenesis

answers: NDQ_007573

answers: MicroRNAs

answers: NDQ_007574

answers: MicroRNAs

answers: NDQ_007575

answers: resistance training

answers: NDQ_007576

answers: MicroRNAs

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: angiogenesis

text: Paget's disease is not associated with osteoporosis. Although Paget's disease and osteoporosis can occur in the same patient, they are different disorders. Despite their marked differences, several treatments for Paget's disease are also used to treat osteoporosis.

text: Paget's disease is not associated with

text: osteoporosis

text: . Although Paget's disease and osteoporosis can occur in the same patient, they are different disorders. Despite their marked differences, several treatments for Paget's disease are also used to treat osteoporosis.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Paget's disease

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: Paget's disease

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: vertebrae

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: Paget's disease is not associated with osteoporosis

answers: NDQ_007563

answers: Which of the following is true of osteoporosis?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: Which of the following is not made up of four types of bone tissues?

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Paget's disease is not associated with osteoporosis

answers: NDQ_007572

answers: Which of the following is not the result of Paget's disease?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoclasts

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: osteoporosis.

answers: NDQ_007550

answers: osteoporosis.

answers: NDQ_007551

answers: osteoporosis.

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007556

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007562

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007568

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007569

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007570

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007571

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007572

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007573

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007574

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007575

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007576

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007577

answers: Paget's disease is not associated with osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: osteoporosis.

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: The skeletal muscle accounts for more than 80 percent of the postprandial whole body glucose uptake and therefore plays an important role in glucose homeostasis. Skeletal muscle lipid levels – intramyocellular lipids (IMCL) – correlate negatively with insulin sensitivity in a sedentary population and hence were considered predictive for insulin resistance and causative in obesity-associated insulin resistance. However, endurance athletes also have high IMCL levels despite being highly insulin sensitive, which indicates that not the level of IMCL accumulation per se, but rather the characteristics of this intramyocellular fat determine whether it negatively affects insulin signaling. Intramyocellular lipids are mainly stored in lipid droplets, the organelles for fat storage. Recent research indicates that creating intramyocellular neutral lipid storage capacity for example by increasing the abundance of lipid droplet coat proteins  protects against obesity-associated insulin resistance in skeletal muscle.

text: The skeletal muscle accounts for more than 80 percent of the postprandial whole body glucose uptake and therefore plays an important role in glucose homeostasis. Skeletal muscle lipid levels – intramyocellular lipids (IMCL) – correlate negatively with insulin sensitivity in a sedentary population and hence were considered predictive for insulin resistance and causative in obesity-associated insulin resistance. However, endurance athletes also have high IMCL levels despite being highly insulin sensitive, which indicates that not the level of IMCL accumulation per se, but rather the characteristics of this intramyocellular fat determine whether it negatively affects insulin signaling. Intramyocellular lipids are mainly stored in

text: lipid droplets

text: , the organelles for fat storage. Recent research indicates that creating intramyocellular neutral lipid storage capacity for example by increasing the abundance of lipid droplet coat proteins  protects against obesity-associated insulin resistance in skeletal muscle.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: muscle and bone

answers: NDQ_007551

answers: glucose homeostasis

answers: NDQ_007552

answers: Cartilage

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: myocellular

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: lipid droplets

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: IMCL

answers: NDQ_007562

answers: None of the above choices.

answers: NDQ_007563

answers: Which of the following is not an organelle for fat storage?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: What is the difference between compact and spongy bone?

answers: NDQ_007570

answers: What joint is a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not a source of vitamin D?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell?

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What does sprain mean?

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: myocellular

answers: NDQ_007579

answers: myocellular

answers: NDQ_007580

answers: myocellular

answers: NDQ_007581

answers: myocardium

answers: NDQ_007582

answers: myocardium

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: lipid droplets,

answers: NDQ_007551

answers: glucose homeostasis.

answers: NDQ_007552

answers: lipid droplet coat proteins

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: obesity-associated insulin resistance.

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: The skeletal muscle

answers: NDQ_007563

answers: The skeletal muscle

answers: NDQ_007566

answers: The skeletal muscle

answers: NDQ_007568

answers: The skeletal muscle

answers: NDQ_007569

answers: The skeletal muscle

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: The skeletal muscle

answers: NDQ_007572

answers: skeletal muscle

answers: NDQ_007573

answers: Skeletal muscle lipid levels

answers: NDQ_007574

answers: lipid droplets,

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: The skeletal muscle

answers: NDQ_007577

answers: skeletal muscle

answers: NDQ_007578

answers: lipid droplets,

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: intramyocellular

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: skeletal muscle

text:
Angeline is handsome, Angeline is tall,
They say she sprained her ankle a-dancing at the ball.
Chorus:

text:
Angeline is handsome, Angeline is tall,
They say she sprained her ankle a-dancing at the ball.
Chorus:

answers: NDQ_007549

answers: Ankles

answers: NDQ_007550

answers: bones.

answers: NDQ_007551

answers: muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: ankle.

answers: NDQ_007556

answers: sprained her ankle

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: Angeline sprained her ankle dancing at the ball

answers: NDQ_007563

answers: Bones release stored calcium to the blood as needed.

answers: NDQ_007566

answers: br> br> br>

answers: NDQ_007568

answers: Angeline is tall. br> br>

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Angeline sprained her ankle dancing.

answers: NDQ_007572

answers: Angeline sprained her ankle dancing.

answers: NDQ_007573

answers: People with osteoporosis have an increased risk of bone fractures.

answers: NDQ_007574

answers: None of the above choices.

answers: NDQ_007575

answers: Angeline sprained her ankle dancing at the ball.

answers: NDQ_007576

answers: Angeline sprained her ankle.

answers: NDQ_007577

answers: The skeletal system contains 206 bones.

answers: NDQ_007578

answers: Ankle

answers: NDQ_007579

answers: Ankle

answers: NDQ_007580

answers: Ankle

answers: NDQ_007581

answers: Ankle

answers: NDQ_007582

answers: Ankle

answers: NDQ_007583

answers: Ankle

answers: NDQ_007584

answers: sprain

answers: NDQ_007549

answers: ankle

answers: NDQ_007550

answers: ankle

answers: NDQ_007551

answers: ankle

answers: NDQ_007552

answers: ankle

answers: NDQ_007553

answers: ankle

answers: NDQ_007554

answers: ankle

answers: NDQ_007555

answers: ankle

answers: NDQ_007556

answers: tall,

answers: NDQ_007557

answers: ankle

answers: NDQ_007558

answers: ankle

answers: NDQ_007560

answers: ankle

answers: NDQ_007562

answers: a-dancing

answers: NDQ_007563

answers: ankle

answers: NDQ_007566

answers: ankle

answers: NDQ_007568

answers: she sprained her ankle

answers: NDQ_007569

answers: Angeline is handsome, Angeline is tall,

answers: NDQ_007570

answers: ankle a-dancing at the ball.

answers: NDQ_007571

answers: br>They say she sprained her ankle

answers: NDQ_007572

answers: ankle

answers: NDQ_007573

answers: br>They say she sprained her ankle

answers: NDQ_007574

answers: br>They say she sprained her ankle

answers: NDQ_007575

answers: she sprained her ankle

answers: NDQ_007576

answers: ankle

answers: NDQ_007577

answers: br>They say she sprained her ankle

answers: NDQ_007578

answers: ankle

answers: NDQ_007579

answers: ankle

answers: NDQ_007580

answers: ankle

answers: NDQ_007581

answers: ankle

answers: NDQ_007582

answers: ankle

answers: NDQ_007583

answers: ankle

answers: NDQ_007584

answers: ankle

text: Handigodu joint disease (HJD) is a familial skeletal disorder. Handigodu, near Sagara is one of only two places in the world where this disorder is to be found – the other being northern Zululand, South Africa. Severe precocious, progressive degenerative osteoarthropathy causes marked physical handicap by adulthood. The clinical and radiological manifestations are very similar to MJD (Mseleni joint disease) and they are sometimes believed to be the same entity.

text: Handigodu joint disease

text: (HJD) is a familial skeletal disorder. Handigodu, near Sagara is one of only two places in the world where this disorder is to be found – the other being northern Zululand, South Africa. Severe precocious, progressive degenerative osteoarthropathy causes marked physical handicap by adulthood. The clinical and radiological manifestations are very similar to MJD (Mseleni joint disease) and they are sometimes believed to be the same entity.

answers: NDQ_007549

answers: osteoarthropathy

answers: NDQ_007550

answers: osteoarthritis

answers: NDQ_007551

answers: osteoarthritis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Blood cells are made of red blood cells.

answers: NDQ_007554

answers: osteoarthropathy

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: familial

answers: NDQ_007557

answers: osteoarthritis

answers: NDQ_007558

answers: osteoarthropathy

answers: NDQ_007560

answers: Mseleni joint

answers: NDQ_007562

answers: Handigodu joint disease (HJD) is a familial skeletal disorder

answers: NDQ_007563

answers: Which of the following is not a skeletal disorder: Handigodu joint disease or Mseleni joint disease?

answers: NDQ_007566

answers: How would you describe Handigodu joint disease?

answers: NDQ_007568

answers: Which of the following is not a type of bone: osteoarthritis, osteoporosis, or osteoporosis?

answers: NDQ_007569

answers: What type of bone is Handigodu joint disease?

answers: NDQ_007570

answers: What type of joint is Handigodu joint disease?

answers: NDQ_007571

answers: Which of the following is not a skeletal disorder: Handigodu joint disease or Mseleni joint disease?

answers: NDQ_007572

answers: Which of the following is not a skeletal disorder: Handigodu joint disease, Mseleni joint disease, or osteoarthropathy?

answers: NDQ_007573

answers: Which of the following is not a skeletal disorder?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a skeletal disorder: Handigodu joint disease or Mseleni joint disease?

answers: NDQ_007576

answers: What is the main idea of the passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoarthropathy

answers: NDQ_007579

answers: osteoarthropathy

answers: NDQ_007580

answers: osteoarthropathy

answers: NDQ_007581

answers: osteoarthropathy

answers: NDQ_007582

answers: osteoarticular

answers: NDQ_007583

answers: osteoarthropathy

answers: NDQ_007584

answers: osteoarthropathy

answers: NDQ_007549

answers: osteoarthropathy

answers: NDQ_007550

answers: osteoarthropathy

answers: NDQ_007551

answers: osteoarthropathy

answers: NDQ_007552

answers: osteoarthropathy

answers: NDQ_007553

answers: adulthood.

answers: NDQ_007554

answers: osteoarthropathy

answers: NDQ_007555

answers: osteoarthropathy

answers: NDQ_007556

answers: progressive degenerative osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007557

answers: osteoarthropathy

answers: NDQ_007558

answers: osteoarthropathy

answers: NDQ_007560

answers: osteoarthropathy

answers: NDQ_007562

answers: progressive degenerative osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007563

answers: osteoarthropathy

answers: NDQ_007566

answers: Handigodu joint disease

answers: NDQ_007568

answers: progressive degenerative osteoarthropathy

answers: NDQ_007569

answers: osteoarthropathy

answers: NDQ_007570

answers: Handigodu joint disease

answers: NDQ_007571

answers: progressive degenerative osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007572

answers: osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007573

answers: osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007574

answers: osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007575

answers: progressive degenerative osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007576

answers: Handigodu joint disease

answers: NDQ_007577

answers: progressive degenerative osteoarthropathy causes marked physical handicap by adulthood.

answers: NDQ_007578

answers: osteoarthropathy

answers: NDQ_007579

answers: osteoarthropathy

answers: NDQ_007580

answers: osteoarthropathy

answers: NDQ_007581

answers: osteoarthropathy

answers: NDQ_007582

answers: osteoarthropathy

answers: NDQ_007583

answers: osteoarthropathy

answers: NDQ_007584

answers: degenerative osteoarthropathy

text: Ponies have grazed in the area of the New Forest for many thousands of years, predating the last Ice Age. Spear damage on a horse shoulder bone discovered at Eartham Pit, Boxgrove (about  from the heart of the modern New Forest), dated 500,000 BC, demonstrates that early humans were hunting horses in the area at that time, and the remains of a large Ice Age hunting camp have been found close to Ringwood (on the western border of the modern New Forest). Evidence from the skeletal remains of ponies from the Bronze Age suggests that they resembled the modern Exmoor pony. Horse bones excavated from Iron Age ritual burial sites at Danebury (about  from the heart of the modern New Forest), indicate that the animals were approximately  – a height similar to that of some of the smaller New Forest ponies of today.

text: Ponies have grazed in the area of the New Forest for many thousands of years, predating the last Ice Age. Spear damage on a horse shoulder bone discovered at

text: Eartham Pit, Boxgrove

text: (about  from the heart of the modern New Forest), dated 500,000 BC, demonstrates that early humans were hunting horses in the area at that time, and the remains of a large Ice Age hunting camp have been found close to

text: Ringwood

text: (on the western border of the modern New Forest). Evidence from the skeletal remains of ponies from the

text: Bronze Age

text: suggests that they resembled the modern

text: Exmoor pony

text: . Horse bones excavated from

text: Iron Age

text: ritual burial sites at

text: Danebury

text: (about  from the heart of the modern New Forest), indicate that the animals were approximately  – a height similar to that of some of the smaller New Forest ponies of today.

answers: NDQ_007549

answers: shoulder bone

answers: NDQ_007550

answers: horse bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Horses

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: Horse

answers: NDQ_007556

answers: long bones

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: shoulder bone

answers: NDQ_007560

answers: shoulder

answers: NDQ_007562

answers: a height similar to that of some of the smaller New Forest ponies of today.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe a horse bone?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What type of joint is the horse shoulder bone?

answers: NDQ_007571

answers: Which of the following is not a benefit of grazing?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a type of horse?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: shoulder bone

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: skeleton

answers: NDQ_007581

answers: shoulder

answers: NDQ_007582

answers: blood plate

answers: NDQ_007583

answers: shoulder bone

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: shoulder bone

answers: NDQ_007550

answers: Horse bones

answers: NDQ_007551

answers: hunting horses

answers: NDQ_007552

answers: horses

answers: NDQ_007553

answers: horses

answers: NDQ_007554

answers: humans

answers: NDQ_007555

answers: horses

answers: NDQ_007556

answers: Ice Age.

answers: NDQ_007557

answers: Spear

answers: NDQ_007558

answers: horse shoulder bone

answers: NDQ_007560

answers: shoulder bone

answers: NDQ_007562

answers: early humans were hunting horses

answers: NDQ_007563

answers: Horse bones

answers: NDQ_007566

answers: Horse bones

answers: NDQ_007568

answers: Horse bones

answers: NDQ_007569

answers: horse shoulder bone

answers: NDQ_007570

answers: horse shoulder bone

answers: NDQ_007571

answers: Horse bones

answers: NDQ_007572

answers: horse shoulder bone

answers: NDQ_007573

answers: Ponies have grazed in the area of the New Forest

answers: NDQ_007574

answers: 500,000 BC,

answers: NDQ_007575

answers: Horse bones

answers: NDQ_007576

answers: Spear damage

answers: NDQ_007577

answers: horses

answers: NDQ_007578

answers: horse shoulder bone

answers: NDQ_007579

answers: horse shoulder bone

answers: NDQ_007580

answers: Ice Age. Spear damage on a horse shoulder bone

answers: NDQ_007581

answers: Spear

answers: NDQ_007582

answers: horse shoulder bone

answers: NDQ_007583

answers: horse shoulder bone

answers: NDQ_007584

answers: skeletal

text: Some nutritionists claim that osteoporosis may occur from excessive protein intake because protein can put pressure on the kidneys and lead to bone loss due to calcium leaching. However, some have suggested that higher calcium excretion may be due to a corresponding increase in protein-induced calcium absorption in the intestines.

text: Some nutritionists claim that

text: osteoporosis

text: may occur from excessive protein intake because protein can put pressure on the kidneys and lead to bone loss due to calcium leaching. However, some have suggested that higher calcium excretion may be due to a corresponding increase in protein-induced calcium absorption in the intestines.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: calcium absorption

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the kidneys

answers: NDQ_007554

answers: protein

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: calcium leaching

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: osteoporosis may occur from excessive protein intake

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe osteoporosis?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: None of the above choices

answers: NDQ_007577

answers: None of the above choices.

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: calcium

answers: NDQ_007551

answers: bone loss

answers: NDQ_007552

answers: protein

answers: NDQ_007553

answers: protein

answers: NDQ_007554

answers: calcium

answers: NDQ_007555

answers: osteoporosis

answers: NDQ_007556

answers: calcium leaching.

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoporosis

answers: NDQ_007560

answers: kidneys

answers: NDQ_007562

answers: osteoporosis

answers: NDQ_007563

answers: calcium leaching.

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: osteoporosis may occur from excessive protein

answers: NDQ_007569

answers: osteoporosis

answers: NDQ_007570

answers: Some nutritionists claim that osteoporosis

answers: NDQ_007571

answers: osteoporosis may occur from excessive protein intake

answers: NDQ_007572

answers: osteoporosis may occur from excessive protein

answers: NDQ_007573

answers: excessive protein intake

answers: NDQ_007574

answers: osteoporosis may occur from excessive protein

answers: NDQ_007575

answers: protein

answers: NDQ_007576

answers: Some nutritionists claim that osteoporosis

answers: NDQ_007577

answers: osteoporosis may occur from excessive protein

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: protein

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: calcium leaching.

text: Prior to and after the mandate, all Xbox One consoles initially shipped with the Kinect sensor included. On June 9, 2014, cheaper Xbox One bundles were introduced, which did not include the Kinect sensor. Microsoft stated the decision to offer Xbox One bundles without Kinect was to "[offer] a choice to people that would allow people to buy an Xbox One and then ramp up to Kinect when they can afford to", while also allowing games to use processing power that was previously reserved for Kinect. An updated Xbox Development Kit issued in June 2014 allows developers to explicitly disable motion tracking functionality in games, allowing access to additional system resources that represent about 10% of the GPU processing power. These resources were previously reserved for Kinect skeletal tracking, regardless of whether the Kinect sensor was attached or in use.

text: Prior to and after the mandate, all Xbox One consoles initially shipped with the Kinect sensor included. On June 9, 2014, cheaper Xbox One bundles were introduced, which did not include the Kinect sensor. Microsoft stated the decision to offer Xbox One bundles without Kinect was to "[offer] a choice to people that would allow people to buy an Xbox One and then ramp up to Kinect when they can afford to", while also allowing games to use processing power that was previously reserved for Kinect. An updated Xbox Development Kit issued in June 2014 allows developers to explicitly disable motion tracking functionality in games, allowing access to additional system resources that represent about 10% of the GPU processing power. These resources were previously reserved for Kinect skeletal tracking, regardless of whether the Kinect sensor was attached or in use.

answers: NDQ_007549

answers: Kinect sensor

answers: NDQ_007550

answers: What is the adult skeleton made of?

answers: NDQ_007551

answers: motion tracking

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: longer bones ossify later

answers: NDQ_007557

answers: Kinect sensor

answers: NDQ_007558

answers: articular

answers: NDQ_007560

answers: Kinect sensor

answers: NDQ_007562

answers: Kinect skeletal tracking

answers: NDQ_007563

answers: How many Xbox One consoles initially shipped with the Kinect sensor included

answers: NDQ_007566

answers: How would you describe Kinect skeletal tracking?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: unanswerable

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a health concern: Calcium and vitamin D

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the Kinect sensor used for?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: skeletal

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

answers: NDQ_007549

answers: Kinect sensor

answers: NDQ_007550

answers: Kinect sensor

answers: NDQ_007551

answers: motion tracking

answers: NDQ_007552

answers: Kinect sensor

answers: NDQ_007553

answers: Xbox One consoles initially shipped with the Kinect sensor

answers: NDQ_007554

answers: skeletal

answers: NDQ_007555

answers: Kinect skeletal tracking,

answers: NDQ_007556

answers: ramp up to Kinect

answers: NDQ_007557

answers: skeletal

answers: NDQ_007558

answers: skeletal

answers: NDQ_007560

answers: skeletal

answers: NDQ_007562

answers: Kinect skeletal tracking,

answers: NDQ_007563

answers: Kinect skeletal tracking,

answers: NDQ_007566

answers: Kinect skeletal tracking,

answers: NDQ_007568

answers: skeletal tracking,

answers: NDQ_007569

answers: Kinect

answers: NDQ_007570

answers: Kinect sensor included. On June 9, 2014,

answers: NDQ_007571

answers: Kinect sensor included. On June 9, 2014,

answers: NDQ_007572

answers: ramp up to Kinect when they can afford to",

answers: NDQ_007573

answers: Kinect sensor included. On June 9, 2014,

answers: NDQ_007574

answers: Kinect sensor included. On June 9, 2014,

answers: NDQ_007575

answers: Xbox One bundles were introduced, which did not include the Kinect sensor.

answers: NDQ_007576

answers: Kinect sensor included. On June 9, 2014,

answers: NDQ_007577

answers: 2014,

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: Kinect

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal

text: Humerus fractures usually occur after physical trauma, falls, excess physical stress, or pathological conditions. Proximal humerus fractures most often occur among elderly patients with osteoporosis who fall on an outstretched arm. Less frequently, proximal fractures occur from motor vehicle accidents, gunshots, and violent muscle contractions from an electric shock or seizure. Other risk factors for proximal fractures include having a low bone mineral density, having impaired vision and balance, and tobacco smoking. A stress fracture of the proximal and shaft regions can occur after an excessive amount of throwing, such as pitching in baseball. Middle fractures are usually caused by either physical trauma or falls. Physical trauma to the humerus shaft tends to produce transverse fractures whereas falls tend to produce spiral fractures. Metastatic breast cancer may also cause fractures in the humerus shaft. Long spiral fractures of the shaft that are present in children may indicate physical abuse. Distal fractures usually occur as a result of physical trauma to the elbow region. If the elbow is bent during the trauma, then the olecranon is driven upward, producing a T- or Y-shaped fracture or displacing one of the condyles. Falls that produce humerus fractures among the elderly are usually accompanied by a preexisting risk factor for bone fracture, such as osteoporosis, a low bone density, or vitamin B deficiency.

text: Humerus fractures usually occur after physical trauma, falls, excess physical stress, or pathological conditions. Proximal humerus fractures most often occur among elderly patients with osteoporosis who fall on an outstretched arm. Less frequently, proximal fractures occur from

text: motor vehicle accidents

text: gunshots

text: , and violent muscle contractions from an

text: electric shock

text: or

text: seizure

text: . Other risk factors for proximal fractures include having a low

text: bone mineral density

text: , having impaired vision and balance, and

text: tobacco smoking

text: . A

text: stress fracture

text: of the proximal and shaft regions can occur after an excessive amount of

text: throwing

text: , such as

text: pitching in baseball

text: . Middle fractures are usually caused by either physical trauma or falls. Physical trauma to the humerus shaft tends to produce transverse fractures whereas falls tend to produce spiral fractures.

text: Metastatic breast cancer

text: may also cause fractures in the humerus shaft. Long spiral fractures of the shaft that are present in children may indicate physical abuse. Distal fractures usually occur as a result of physical trauma to the elbow region. If the elbow is bent during the trauma, then the

text: olecranon

text: is driven upward, producing a T- or Y-shaped fracture or displacing one of the condyles. Falls that produce humerus fractures among the elderly are usually accompanied by a preexisting risk factor for bone fracture, such as

text: osteoporosis

text: , a low bone density, or

text: vitamin B deficiency

answers: NDQ_007549

answers: humerus and olecranon

answers: NDQ_007550

answers: humerus and

answers: NDQ_007551

answers: Falling on an outstretched arm

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Vitamin B

answers: NDQ_007554

answers: bone mineral

answers: NDQ_007555

answers: humerus

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: condyles

answers: NDQ_007560

answers: elbow

answers: NDQ_007562

answers: vitamin B deficiency

answers: NDQ_007563

answers: Which of the following is not a cause of proximal fractures?

answers: NDQ_007566

answers: Which of the following is not a risk factor for proximal fractures: low bone mineral density, having impaired vision and balance, or tobacco smoking?

answers: NDQ_007568

answers: Which of the following is not a type of bone: middle, transverse, or olecranon?

answers: NDQ_007569

answers: Which of the following is not a risk factor for proximal fractures?

answers: NDQ_007570

answers: What type of joint is the olecranon?

answers: NDQ_007571

answers: Which of the following is not a risk factor for proximal fractures?

answers: NDQ_007572

answers: Which of the following is not a cause of a stress fracture of the proximal and shaft regions?

answers: NDQ_007573

answers: Which of the following is not a risk factor for bone fracture, such as osteoporosis, a low bone density, or vitamin B deficiency?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Which of the following is not a risk factor for proximal fractures?

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones are in the humerus?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: bone mineral density

answers: NDQ_007581

answers: bone mineral density

answers: NDQ_007582

answers: condyles

answers: NDQ_007583

answers: bone mineral density

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: Humerus fractures

answers: NDQ_007550

answers: humerus shaft

answers: NDQ_007551

answers: muscle contractions

answers: NDQ_007552

answers: olecranon

answers: NDQ_007553

answers: vitamin B deficiency.

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: elbow

answers: NDQ_007556

answers: physical abuse.

answers: NDQ_007557

answers: bone fracture,

answers: NDQ_007558

answers: condyles.

answers: NDQ_007560

answers: olecranon

answers: NDQ_007562

answers: motor vehicle accidents,

answers: NDQ_007563

answers: osteoporosis

answers: NDQ_007566

answers: Humerus fractures usually occur after physical trauma,

answers: NDQ_007568

answers: transverse fractures whereas falls tend to produce spiral fractures.

answers: NDQ_007569

answers: olecranon

answers: NDQ_007570

answers: olecranon is driven upward,

answers: NDQ_007571

answers: vitamin B deficiency.

answers: NDQ_007572

answers: vitamin B deficiency.

answers: NDQ_007573

answers: fall on an outstretched arm.

answers: NDQ_007574

answers: Humerus fractures

answers: NDQ_007575

answers: violent muscle contractions from an electric shock or seizure.

answers: NDQ_007576

answers: elbow is bent during the trauma, then the olecranon

answers: NDQ_007577

answers: humerus shaft tends to produce transverse fractures

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: osteoporosis

answers: NDQ_007582

answers: olecranon

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteoporosis

text: Most of the readily visible signs are associated with the skeletal system. Many individuals with Marfan syndrome grow to above-average height, and some have disproportionately long, slender limbs with thin, weak wrists and long fingers and toes. Besides affecting height and limb proportions, people with Marfan syndrome may have abnormal lateral curvature of the spine (scoliosis), thoracic lordosis, abnormal indentation (pectus excavatum) or protrusion (pectus carinatum) of the sternum, abnormal joint flexibility, a high-arched palate with crowded teeth and an overbite, flat feet, hammer toes, stooped shoulders, and unexplained stretch marks on the skin. It can also cause pain in the joints, bones and muscles. Some people with Marfan have speech disorders resulting from symptomatic high palates and small jaws. Early osteoarthritis may occur. Other signs include limited range of motion in the hips due to the femoral head protruding into abnormally deep hip sockets.

text: Most of the readily visible signs are associated with the

text: skeletal system

text: . Many individuals with Marfan syndrome grow to above-average height, and some have

text: disproportionately long, slender limbs

text: with thin, weak wrists and

text: long fingers and toes

text: . Besides affecting height and limb proportions, people with Marfan syndrome may have

text: abnormal lateral curvature of the spine

text: (scoliosis),

text: thoracic lordosis

text: abnormal indentation

text: (pectus excavatum) or

text: protrusion

text: (pectus carinatum) of the

text: sternum

text: abnormal joint flexibility

text: , a

text: high-arched palate

text: with crowded teeth and an overbite,

text: flat feet

text: hammer toe

text: s, stooped shoulders, and unexplained

text: stretch marks

text: on the skin. It can also cause pain in the joints, bones and muscles. Some people with Marfan have

text: speech disorder

text: s resulting from symptomatic high palates and small jaws. Early

text: osteoarthritis

text: may occur. Other signs include limited range of motion in the hips due to the

text: femoral head

text: protruding into

text: abnormally deep hip sockets

answers: NDQ_007549

answers: bones and muscles

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones and muscles

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: the immune system

answers: NDQ_007554

answers: osteoarthritis

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: Marfan syndrome

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: wrists

answers: NDQ_007562

answers: Early osteoarthritis may occur

answers: NDQ_007563

answers: What can cause pain in the joints, bones and muscles?

answers: NDQ_007566

answers: Osteoarthritis

answers: NDQ_007568

answers: Which of the following is not an organ: bones, bones and muscles?

answers: NDQ_007569

answers: What is the term for compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What can cause pain in the joints, bones and muscles?

answers: NDQ_007572

answers: Which of the following is not a sign of Marfan syndrome: abnormal lateral curvature of the spine (scoliosis), thoracic lordosis, abnormal indentation (pectus excavatum) or protrusion (pectus carinatum) of the sternum?

answers: NDQ_007573

answers: What can cause pain in the joints, bones and muscles?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoarthritis

answers: NDQ_007579

answers: osteoarthritis

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: osteoarthritis

answers: NDQ_007582

answers: femoral

answers: NDQ_007583

answers: osteoarthritis

answers: NDQ_007584

answers: osteoarthritis

answers: NDQ_007549

answers: joints, bones and muscles.

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: muscles.

answers: NDQ_007552

answers: abnormal joint flexibility,

answers: NDQ_007553

answers: skeletal system.

answers: NDQ_007554

answers: osteoarthritis

answers: NDQ_007555

answers: hip sockets.

answers: NDQ_007556

answers: Marfan syndrome

answers: NDQ_007557

answers: femoral head protruding into abnormally deep hip sockets.

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: hips

answers: NDQ_007562

answers: Most of the readily visible signs are associated with the skeletal system.

answers: NDQ_007563

answers: osteoarthritis

answers: NDQ_007566

answers: bones

answers: NDQ_007568

answers: femoral head protruding into abnormally deep hip sockets.

answers: NDQ_007569

answers: (pectus excavatum)

answers: NDQ_007570

answers: abnormally deep hip sockets.

answers: NDQ_007571

answers: skeletal system.

answers: NDQ_007572

answers: thoracic lordosis,

answers: NDQ_007573

answers: osteoarthritis

answers: NDQ_007574

answers: femoral head protruding into abnormally deep hip sockets.

answers: NDQ_007575

answers: (pectus excavatum)

answers: NDQ_007576

answers: (pectus excavatum)

answers: NDQ_007577

answers: thoracic lordosis,

answers: NDQ_007578

answers: osteoarthritis

answers: NDQ_007579

answers: osteoarthritis

answers: NDQ_007580

answers: osteoarthritis

answers: NDQ_007581

answers: osteoarthritis

answers: NDQ_007582

answers: femoral head

answers: NDQ_007583

answers: osteoarthritis

answers: NDQ_007584

answers: osteoarthritis

text: In the U.S. human space program, the only in-flight countermeasure to skeletal muscle functional deficits that has been utilized thus far is physical exercise.  In-flight exercise hardware and protocols have varied from mission to mission, somewhat dependent on mission duration and the volume of the spacecraft available for performing countermeasures.  Collective knowledge gained from these mission has aided in the evolution of exercise hardware and protocols in attempts to refine the approach to prevention of spaceflight-induced muscle atrophy and the concomitant deficits in skeletal muscle function.

text: In the U.S. human space program, the only in-flight countermeasure to skeletal muscle functional deficits that has been utilized thus far is physical exercise.  In-flight exercise hardware and protocols have varied from mission to mission, somewhat dependent on mission duration and the volume of the spacecraft available for performing countermeasures.  Collective knowledge gained from these mission has aided in the evolution of exercise hardware and protocols in attempts to refine the approach to prevention of spaceflight-induced muscle atrophy and the concomitant deficits in skeletal muscle function.

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: spaceflight-induced muscle atrophy

answers: NDQ_007557

answers: muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: spaceflight-induced muscle atrophy and the concomitant deficits in skeletal muscle

answers: NDQ_007563

answers: What is the main idea of this passage?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: ball-and-socket joint

answers: NDQ_007571

answers: What is the main idea of this passage?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: muscle

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: skeletal muscle

answers: NDQ_007553

answers: skeletal muscle

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: spaceflight-induced muscle atrophy

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: exercise.

answers: NDQ_007563

answers: exercise.

answers: NDQ_007566

answers: exercise.

answers: NDQ_007568

answers: skeletal muscle functional deficits that has been utilized thus far is physical exercise.

answers: NDQ_007569

answers: In the U.S. human space program,

answers: NDQ_007570

answers: In the U.S. human space program,

answers: NDQ_007571

answers: physical exercise.

answers: NDQ_007572

answers: skeletal muscle functional deficits that has been utilized thus far is physical exercise.

answers: NDQ_007573

answers: physical exercise.

answers: NDQ_007574

answers: physical exercise.

answers: NDQ_007575

answers: muscle atrophy

answers: NDQ_007576

answers: exercise.

answers: NDQ_007577

answers: skeletal muscle functional deficits that has been utilized thus far is physical exercise.

answers: NDQ_007578

answers: skeletal muscle

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: atrophy

text: Osteitis fibrosa cystica , abbreviated OFC, also known as osteitis fibrosa, osteodystrophia fibrosa, and Von Recklinghausen's disease of bone (not to be confused with Von Recklinghausen's disease, neurofibromatosis type I), is a skeletal disorder caused by hyperparathyroidism, which is a surplus of parathyroid hormone from over-active parathyroid glands. This surplus stimulates the activity of osteoclasts, cells that break down bone, in a process known as osteoclastic bone resorption. The hyperparathyroidism can be triggered by a parathyroid adenoma, hereditary factors, parathyroid carcinoma, or renal osteodystrophy.Osteoclastic bone resorption releases minerals, including calcium, from the bone into the bloodstream. In addition to elevated blood calcium levels, over-activity of this process results in a loss of bone mass, a weakening of the bones as their calcified supporting structures are replaced with fibrous tissue (peritrabecular fibrosis), and the formation of cyst-like brown tumors in and around the bone. The symptoms of the disease are the consequences of both the general softening of the bones and the excess calcium in the blood, and include bone fractures, kidney stones, nausea, moth-eaten appearance in the bones, appetite loss, and weight loss.

text: Osteitis fibrosa cystica , abbreviated OFC, also known as osteitis fibrosa, osteodystrophia fibrosa, and Von Recklinghausen's disease of bone (not to be confused with Von Recklinghausen's disease,

text: neurofibromatosis type I

text: ), is a

text: skeletal disorder

text: caused by

text: hyperparathyroidism

text: , which is a surplus of

text: parathyroid hormone

text: from over-active

text: parathyroid glands

text: . This surplus stimulates the activity of

text: osteoclast

text: s, cells that break down bone, in a process known as osteoclastic

text: bone resorption

text: . The hyperparathyroidism can be triggered by a

text: parathyroid adenoma

text: hereditary

text: factors,

text: parathyroid carcinoma

text: , or

text: renal osteodystrophy

text: .Osteoclastic bone resorption releases minerals, including

text: calcium

text: , from the bone into the bloodstream. In addition to elevated blood calcium levels, over-activity of this process results in a loss of bone mass, a weakening of the bones as their calcified supporting structures are replaced with fibrous tissue (

text: peritrabecular

text: fibrosis

text: ), and the formation of

text: cyst

text: -like

text: brown tumor

text: s in and around the bone. The symptoms of the disease are the consequences of both the general softening of the bones and the excess calcium in the blood, and include

text: bone fractures

text: kidney stones

text: nausea

text: , moth-eaten appearance in the bones, appetite loss, and weight loss.

answers: NDQ_007549

answers: osteoclasts

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone fractures

answers: NDQ_007552

answers: unanswerable

answers: NDQ_007553

answers: osteoclasts

answers: NDQ_007554

answers: calcified supporting structures

answers: NDQ_007555

answers: Bone

answers: NDQ_007556

answers: osteoclastic bone resorption

answers: NDQ_007557

answers: calcified supporting structures

answers: NDQ_007558

answers: peritrabecular

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: osteoclasts, cells that break down bone

answers: NDQ_007563

answers: What does osteoclastic bone resorption release?

answers: NDQ_007566

answers: How are bones like chalk?

answers: NDQ_007568

answers: How many types of bone tissues are there?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a symptom of osteoclastic bone resorption?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What are the symptoms of the disease?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: calcified

answers: NDQ_007581

answers: peritrabecular

answers: NDQ_007582

answers: osteoclasts

answers: NDQ_007583

answers: fibrous tissue

answers: NDQ_007584

answers: osteoclastic bone resorption

answers: NDQ_007549

answers: calcified supporting structures

answers: NDQ_007550

answers: calcified supporting structures

answers: NDQ_007551

answers: cells that break down bone,

answers: NDQ_007552

answers: parathyroid hormone

answers: NDQ_007553

answers: osteoclasts,

answers: NDQ_007554

answers: fibrous

answers: NDQ_007555

answers: calcified supporting structures

answers: NDQ_007556

answers: osteoclastic bone resorption.

answers: NDQ_007557

answers: fibrous tissue

answers: NDQ_007558

answers: (peritrabecular

answers: NDQ_007560

answers: (peritrabecular

answers: NDQ_007562

answers: Osteitis fibrosa cystica,

answers: NDQ_007563

answers: osteodystrophy.Osteoclastic bone resorption

answers: NDQ_007566

answers: calcified

answers: NDQ_007568

answers: osteoclasts,

answers: NDQ_007569

answers: calcified supporting structures are replaced with fibrous tissue

answers: NDQ_007570

answers: Osteitis fibrosa cystica,

answers: NDQ_007571

answers: calcium, from the bone into the bloodstream.

answers: NDQ_007572

answers: calcified supporting structures are replaced with fibrous tissue

answers: NDQ_007573

answers: bone fractures,

answers: NDQ_007574

answers: calcified supporting structures are replaced with fibrous tissue

answers: NDQ_007575

answers: osteoclastic bone resorption.

answers: NDQ_007576

answers: Osteitis fibrosa cystica,

answers: NDQ_007577

answers: Osteitis fibrosa cystica,

answers: NDQ_007578

answers: fibrous

answers: NDQ_007579

answers: (peritrabecular fibrosis),

answers: NDQ_007580

answers: calcified

answers: NDQ_007581

answers: (peritrabecular fibrosis),

answers: NDQ_007582

answers: (peritrabecular fibrosis),

answers: NDQ_007583

answers: fibrous

answers: NDQ_007584

answers: osteoclastic bone resorption.

text: A bone fracture  (sometimes abbreviated FRX or Fx, F, or #) is a medical condition in which there is a damage in the continuity of the bone. A bone fracture can be the result of high force impact or stress, or a minimal trauma injury as a result of certain medical conditions that weaken the bones, such as osteoporosis, bone cancer, or osteogenesis imperfecta, where the fracture is then properly termed a pathologic fracture.

text: A bone fracture  (sometimes abbreviated FRX or Fx, F, or #) is a medical condition in which there is a damage in the continuity of the

text: bone

text: . A bone fracture can be the result of high force

text: impact

text: or

text: stress

text: , or a minimal trauma injury as a result of certain medical conditions that weaken the bones, such as

text: osteoporosis

text: bone cancer

text: , or

text: osteogenesis imperfecta

text: , where the fracture is then properly termed a

text: pathologic fracture

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone cancer

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Bone

answers: NDQ_007554

answers: osteophytes

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: a minimal trauma injury as a result of certain medical conditions that weaken the bones

answers: NDQ_007563

answers: How does bone release stored calcium to the blood as needed?

answers: NDQ_007566

answers: How would you describe a bone fracture?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is the difference between compact bone and spongy bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a medical condition that weakens the bones, such as osteoporosis?

answers: NDQ_007572

answers: Which of the following is not a medical condition that weakens the bones, such as osteoporosis?

answers: NDQ_007573

answers: Which of the following is not a medical condition that weakens the bones?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporous

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: bone

answers: NDQ_007584

answers: osteogenesis imperfecta

answers: NDQ_007549

answers: bone fracture

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: bone fracture

answers: NDQ_007552

answers: bone fracture

answers: NDQ_007553

answers: A bone fracture

answers: NDQ_007554

answers: osteoporosis,

answers: NDQ_007555

answers: bone fracture

answers: NDQ_007556

answers: osteoporosis,

answers: NDQ_007557

answers: bone fracture

answers: NDQ_007558

answers: osteoporosis,

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: osteoporosis,

answers: NDQ_007563

answers: osteoporosis,

answers: NDQ_007566

answers: bone fracture

answers: NDQ_007568

answers: A bone fracture

answers: NDQ_007569

answers: A bone fracture

answers: NDQ_007570

answers: A bone fracture

answers: NDQ_007571

answers: osteoporosis,

answers: NDQ_007572

answers: osteoporosis,

answers: NDQ_007573

answers: weaken the bones,

answers: NDQ_007574

answers: A bone fracture

answers: NDQ_007575

answers: high force impact

answers: NDQ_007576

answers: A bone fracture

answers: NDQ_007577

answers: A bone fracture

answers: NDQ_007578

answers: osteoporosis,

answers: NDQ_007579

answers: osteoporosis,

answers: NDQ_007580

answers: osteoporosis,

answers: NDQ_007581

answers: osteoporosis,

answers: NDQ_007582

answers: osteoporosis, bone cancer,

answers: NDQ_007583

answers: osteoporosis,

answers: NDQ_007584

answers: osteogenesis imperfecta,

text: The International Osteoporosis Foundation was established in 1998 with the merger of the European Foundation for Osteoporosis (EFFO) and the International Federation of Societies on Skeletal Diseases (IFSSD). In 2008 IOF was granted Roster Consultative Status with the United Nations Economic and Social Council.

text: The International Osteoporosis Foundation was established in 1998 with the merger of the European Foundation for Osteoporosis (EFFO) and the International Federation of Societies on Skeletal Diseases (IFSSD). In 2008 IOF was granted Roster

text: Consultative Status

text: with the

entity_name: United Nations Economic and Social Council

text: United Nations Economic and Social Council

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: skeleton

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: The International Osteoporosis Foundation was established in 1998

answers: NDQ_007563

answers: Osteoporosis

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: The International Osteoporosis Foundation was established in 1998

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: None of the above choices.

answers: NDQ_007573

answers: What is the International Osteoporosis Foundation?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: Osteoporosis

answers: NDQ_007576

answers: no

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoporous

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: Osteogenesis

answers: NDQ_007549

answers: Osteoporosis

answers: NDQ_007550

answers: Osteoporosis

answers: NDQ_007551

answers: Skeletal Diseases

answers: NDQ_007552

answers: The International Osteoporosis

answers: NDQ_007553

answers: Skeletal Diseases

answers: NDQ_007554

answers: Osteoporosis

answers: NDQ_007555

answers: Skeletal

answers: NDQ_007556

answers: Osteoporosis

answers: NDQ_007557

answers: Osteoporosis

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: The International Osteoporosis

answers: NDQ_007563

answers: The International Osteoporosis

answers: NDQ_007566

answers: The International Osteoporosis

answers: NDQ_007568

answers: The International Osteoporosis Foundation was established in 1998

answers: NDQ_007569

answers: The International Osteoporosis

answers: NDQ_007570

answers: The International Osteoporosis Foundation was established in 1998

answers: NDQ_007571

answers: The International Osteoporosis

answers: NDQ_007572

answers: The International Osteoporosis

answers: NDQ_007573

answers: The International Osteoporosis

answers: NDQ_007574

answers: The International Osteoporosis

answers: NDQ_007575

answers: The International Osteoporosis

answers: NDQ_007576

answers: The International Osteoporosis

answers: NDQ_007577

answers: The International Osteoporosis Foundation was established in 1998

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: Osteoporosis

answers: NDQ_007582

answers: Osteoporosis

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Osteoporosis

text: The IOF World Congress on Osteoporosis is organized by the IOF secretariat and held every two years, in even numbered years. The first was held in 2000 at Chicago, Illinois. The 2008 congress was cancelled because of political unrest in Bangkok, Thailand. It is the world's largest conference devoted solely to the topic of osteoporosis. The Pierre Delmas Prize, named after the late president of the IOF, is presented at the conference.

text: The IOF World Congress on Osteoporosis is organized by the IOF secretariat and held every two years, in even numbered years. The first was held in 2000 at Chicago, Illinois. The 2008 congress was cancelled because of political unrest in Bangkok, Thailand. It is the world's largest conference devoted solely to the topic of osteoporosis. The Pierre Delmas Prize, named after the late president of the IOF, is presented at the conference.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone density

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: osteoblasts

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteophytes

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: 2008 congress was cancelled because of political unrest in Bangkok

answers: NDQ_007563

answers: How do bones release stored calcium to the blood as needed?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: How many years after the first was held in 2000 at Chicago, Illinois?

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: Which happened first, the 2008 congress was cancelled or the 2008 congress was cancelled because of political unrest in Bangkok, Thailand?

answers: NDQ_007573

answers: The 2008 congress was cancelled because of political unrest in Bangkok, Thailand

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporous

answers: NDQ_007581

answers: osteoporose

answers: NDQ_007582

answers: marrow

answers: NDQ_007583

answers: osteoporose

answers: NDQ_007584

answers: osteogenesis

answers: NDQ_007549

answers: Osteoporosis

answers: NDQ_007550

answers: osteoporosis.

answers: NDQ_007551

answers: osteoporosis.

answers: NDQ_007552

answers: osteoporosis.

answers: NDQ_007553

answers: osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: osteoporosis.

answers: NDQ_007562

answers: The 2008 congress was cancelled because of political unrest in Bangkok, Thailand.

answers: NDQ_007563

answers: osteoporosis.

answers: NDQ_007566

answers: osteoporosis.

answers: NDQ_007568

answers: IOF World Congress on Osteoporosis

answers: NDQ_007569

answers: The IOF World Congress on Osteoporosis

answers: NDQ_007570

answers: IOF World Congress on Osteoporosis

answers: NDQ_007571

answers: IOF World Congress on Osteoporosis

answers: NDQ_007572

answers: osteoporosis.

answers: NDQ_007573

answers: IOF World Congress on Osteoporosis

answers: NDQ_007574

answers: IOF World Congress on Osteoporosis

answers: NDQ_007575

answers: osteoporosis.

answers: NDQ_007576

answers: IOF World Congress on Osteoporosis

answers: NDQ_007577

answers: 2008 congress was cancelled because of political unrest in Bangkok, Thailand.

answers: NDQ_007578

answers: Osteoporosis

answers: NDQ_007579

answers: Osteoporosis

answers: NDQ_007580

answers: Osteoporosis

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: Osteoporosis

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: Fracture debuted in the episode 12, entitled "Hunting Season". He traveled to Earth to collect the bounty the Cybertron High Council put on Bumblebee, but when Drift steps in to defend Bumblebee and his ship is hijacked by the Autobots, Fracture stayed on Earth and joined Steeljaw's gang. In his following appearances, he would join Steeljaw's pack in attempting to break out the Decepticons that the Autobots had already captured, only to fail repeatedly. In the first season finale, Fracture attacks the Autobot base when only Fixit, Denny and Russel are there. The three prepare to fight Fracture and his Mini-Cons, only to find that a newly resurrected Optimus Prime has already defeated them. Despite not being an Alchemor prisoner, the defeated Fracture (and his Mini-Cons) was presumably placed in a stasis cell before Optimus when off to fight Megatronus.

text: Fracture debuted in the episode 12, entitled "Hunting Season". He traveled to Earth to collect the bounty the Cybertron High Council put on Bumblebee, but when Drift steps in to defend Bumblebee and his ship is hijacked by the Autobots, Fracture stayed on Earth and joined

text: Steeljaw

text: 's gang. In his following appearances, he would join Steeljaw's pack in attempting to break out the Decepticons that the Autobots had already captured, only to fail repeatedly. In the first season finale, Fracture attacks the Autobot base when only Fixit, Denny and Russel are there. The three prepare to fight Fracture and his Mini-Cons, only to find that a newly resurrected

text: Optimus Prime

text: has already defeated them. Despite not being an Alchemor prisoner, the defeated Fracture (and his Mini-Cons) was presumably placed in a stasis cell before Optimus when off to fight

text: Megatronus

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: What is the adult skeleton made of?

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Alchemists

answers: NDQ_007554

answers: Alchemor

answers: NDQ_007555

answers: Autobots

answers: NDQ_007556

answers: ossify later

answers: NDQ_007557

answers: Alchemor

answers: NDQ_007558

answers: mini-cons

answers: NDQ_007560

answers: Fracture

answers: NDQ_007562

answers: not being an Alchemor prisoner

answers: NDQ_007563

answers: What does Fracture attack the Autobot base?

answers: NDQ_007566

answers: What is Fracture like?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: What is the difference between compact bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What does Fracture need to keep his bones strong?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: How many episodes did Fracture appear in?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many Mini-Cons are there?

answers: NDQ_007578

answers: Alchemor

answers: NDQ_007579

answers: Fracture

answers: NDQ_007580

answers: Alchemor

answers: NDQ_007581

answers: bone

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Mini-Cons

answers: NDQ_007584

answers: Fracture

answers: NDQ_007549

answers: Mini-Cons,

answers: NDQ_007550

answers: Alchemor

answers: NDQ_007551

answers: attempting to break out the Decepticons

answers: NDQ_007552

answers: Fracture

answers: NDQ_007553

answers: Alchemor

answers: NDQ_007554

answers: Alchemor

answers: NDQ_007555

answers: Mini-Cons,

answers: NDQ_007556

answers: hijacked by the Autobots,

answers: NDQ_007557

answers: Alchemor

answers: NDQ_007558

answers: Bumblebee,

answers: NDQ_007560

answers: Fracture

answers: NDQ_007562

answers: a newly resurrected

answers: NDQ_007563

answers: Fracture debuted in the episode 12,

answers: NDQ_007566

answers: Fracture

answers: NDQ_007568

answers: Fracture debuted in the episode 12,

answers: NDQ_007569

answers: Fracture

answers: NDQ_007570

answers: Fracture debuted in the episode 12,

answers: NDQ_007571

answers: Fracture debuted in the episode 12,

answers: NDQ_007572

answers: Fracture debuted in the episode 12,

answers: NDQ_007573

answers: Fracture debuted in the episode 12,

answers: NDQ_007574

answers: Fracture debuted in the episode 12,

answers: NDQ_007575

answers: Fracture debuted in the episode 12,

answers: NDQ_007576

answers: Fracture debuted in the episode 12,

answers: NDQ_007577

answers: Fracture debuted in the episode 12,

answers: NDQ_007578

answers: Alchemor

answers: NDQ_007579

answers: Alchemor

answers: NDQ_007580

answers: Alchemor

answers: NDQ_007581

answers: Alchemor

answers: NDQ_007582

answers: Alchemor

answers: NDQ_007583

answers: Alchemor

answers: NDQ_007584

answers: Alchemor

text: Skeletal abnormalities

text: Skeletal abnormalities

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: regulating blood flow

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: they are abnormally long

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: articular joint

answers: NDQ_007562

answers: Bone fractures can be treated with antibiotics.

answers: NDQ_007563

answers: Which of the following is not a skeletal abnormality?

answers: NDQ_007566

answers: What is the best way to describe skeletal abnormalities?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact, spongy, or periosteum?

answers: NDQ_007570

answers: Bone deformities

answers: NDQ_007571

answers: Which of the following is not a benefit of calcium and vitamin D?

answers: NDQ_007572

answers: Which of the following is an example of a skeletal abnormality?

answers: NDQ_007573

answers: Osteoporosis is a condition that affects the skeletal system.

answers: NDQ_007574

answers: What are abnormalities in the human skeleton?

answers: NDQ_007575

answers: Bones grow thicker when they are put under stress by muscles

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many bones does the human skeletal system have?

answers: NDQ_007578

answers: osteoblasts

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: Skeletal abnormalities

answers: NDQ_007550

answers: Skeletal abnormalities

answers: NDQ_007551

answers: Skeletal abnormalities

answers: NDQ_007552

answers: Skeletal abnormalities

answers: NDQ_007553

answers: Skeletal abnormalities

answers: NDQ_007554

answers: Skeletal

answers: NDQ_007555

answers: Skeletal abnormalities

answers: NDQ_007556

answers: Skeletal abnormalities

answers: NDQ_007557

answers: Skeletal abnormalities

answers: NDQ_007558

answers: Skeletal abnormalities

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: Skeletal abnormalities

answers: NDQ_007563

answers: Skeletal abnormalities

answers: NDQ_007566

answers: Skeletal abnormalities

answers: NDQ_007568

answers: Skeletal abnormalities

answers: NDQ_007569

answers: Skeletal abnormalities

answers: NDQ_007570

answers: Skeletal abnormalities

answers: NDQ_007571

answers: Skeletal abnormalities

answers: NDQ_007572

answers: Skeletal abnormalities

answers: NDQ_007573

answers: Skeletal abnormalities

answers: NDQ_007574

answers: Skeletal abnormalities

answers: NDQ_007575

answers: Skeletal abnormalities

answers: NDQ_007576

answers: Skeletal abnormalities

answers: NDQ_007577

answers: Skeletal abnormalities

answers: NDQ_007578

answers: Skeletal abnormalities

answers: NDQ_007579

answers: Skeletal abnormalities

answers: NDQ_007580

answers: Skeletal abnormalities

answers: NDQ_007581

answers: Skeletal

answers: NDQ_007582

answers: Skeletal abnormalities

answers: NDQ_007583

answers: Skeletal

answers: NDQ_007584

answers: Skeletal abnormalities

text: One of the most important roles of vitamin D is to maintain skeletal calcium balance by promoting calcium absorption in the intestines, promoting bone resorption by increasing osteoclast number, maintaining calcium and phosphate levels for bone formation, and allowing proper functioning of parathyroid hormone to maintain serum calcium levels. Vitamin D deficiency can result in lower bone mineral density and an increased risk of reduced bone density (osteoporosis) or bone fracture because a lack of vitamin D alters mineral metabolism in the body.  Thus, although this may initially appear paradoxical, vitamin D is also critical for bone remodeling through its role as a potent stimulator of bone resorption.

text: One of the most important roles of vitamin D is to maintain skeletal calcium balance by promoting

text: calcium absorption

text: in the intestines, promoting

text: bone resorption

text: by increasing

text: osteoclast

text: number, maintaining calcium and phosphate levels for

text: bone formation

text: , and allowing proper functioning of parathyroid hormone to maintain serum calcium levels.

text: Vitamin D deficiency

text: can result in lower

text: bone mineral density

text: and an increased risk of reduced bone density (

text: osteoporosis

text: ) or

text: bone fracture

text: because a lack of vitamin D alters mineral metabolism in the body.  Thus, although this may initially appear paradoxical, vitamin D is also critical for

text: bone remodeling

text: through its role as a potent stimulator of

text: bone resorption

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: bone resorption

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: osteoclast

answers: NDQ_007554

answers: osteoclast

answers: NDQ_007555

answers: skeletal system

answers: NDQ_007556

answers: vitamin D deficiency

answers: NDQ_007557

answers: osteoclast

answers: NDQ_007558

answers: skeleton

answers: NDQ_007560

answers: articular

answers: NDQ_007562

answers: Vitamin D deficiency can result in lower bone mineral density and an increased risk of reduced bone density

answers: NDQ_007563

answers: Which of the following is not a role of vitamin D?

answers: NDQ_007566

answers: Which of the following is not a role of vitamin D?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is TRUE?

answers: NDQ_007572

answers: Which of the following is not a role of vitamin D?

answers: NDQ_007573

answers: yes

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoclast

answers: NDQ_007579

answers: osteoclast

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoclast

answers: NDQ_007582

answers: osteoclast

answers: NDQ_007583

answers: osteoclast

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: osteoclast number,

answers: NDQ_007550

answers: osteoclast

answers: NDQ_007551

answers: bone formation,

answers: NDQ_007552

answers: osteoclast

answers: NDQ_007553

answers: osteoclast

answers: NDQ_007554

answers: osteoclast

answers: NDQ_007555

answers: skeletal calcium balance by promoting calcium absorption in the intestines,

answers: NDQ_007556

answers: vitamin D

answers: NDQ_007557

answers: osteoclast

answers: NDQ_007558

answers: osteoclast

answers: NDQ_007560

answers: osteoclast

answers: NDQ_007562

answers: Vitamin D deficiency

answers: NDQ_007563

answers: osteoclast number,

answers: NDQ_007566

answers: Vitamin D deficiency

answers: NDQ_007568

answers: osteoclast number,

answers: NDQ_007569

answers: osteoclast number,

answers: NDQ_007570

answers: Vitamin D deficiency

answers: NDQ_007571

answers: vitamin D is to maintain skeletal calcium balance

answers: NDQ_007572

answers: osteoclast

answers: NDQ_007573

answers: Vitamin D deficiency

answers: NDQ_007574

answers: osteoclast number,

answers: NDQ_007575

answers: bone resorption by increasing osteoclast number,

answers: NDQ_007576

answers: fracture

answers: NDQ_007577

answers: bone resorption by increasing osteoclast number,

answers: NDQ_007578

answers: osteoclast

answers: NDQ_007579

answers: osteoclast

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoclast

answers: NDQ_007582

answers: osteoclast

answers: NDQ_007583

answers: osteoclast

answers: NDQ_007584

answers: resorption

text: In the developing vertebrate embryo, somites split to form dermatomes, skeletal muscle (myotomes), tendons and cartilage (syndetomes) and bone (sclerotomes).

text: In the developing vertebrate

text: embryo

text: , somites split to form dermatomes, skeletal muscle (myotomes),

text: tendon

text: s and cartilage (syndetomes) and

text: bone

text: (sclerotomes).

answers: NDQ_007549

answers: tendons and cartilage

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: muscle and bone

answers: NDQ_007552

answers: syndetomes

answers: NDQ_007553

answers: mitosis

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: vertebrate

answers: NDQ_007556

answers: somites

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: sclerotomes

answers: NDQ_007560

answers: syndetomes

answers: NDQ_007562

answers: When a vertebrate embryo splits to form a bone, somites do not form.

answers: NDQ_007563

answers: Which of the following is not a type of muscle?

answers: NDQ_007566

answers: Which of the following is not a type of muscle?

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: Which of the following is not a sclerotome?

answers: NDQ_007570

answers: Bone

answers: NDQ_007571

answers: Which of the following is not a type of muscle: myotomes, tendons, or cartilage?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is not a type of muscle: dermatomes, myotomes, tendons and cartilage or bone?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Why do bones grow thicker when they are put under stress?

answers: NDQ_007576

answers: sclerotomes

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: sclerotomes

answers: NDQ_007579

answers: sclerotomes

answers: NDQ_007580

answers: sclerotomes

answers: NDQ_007581

answers: sclerotomes

answers: NDQ_007582

answers: red blood cells

answers: NDQ_007583

answers: tendons

answers: NDQ_007584

answers: syndetomy

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: bone

answers: NDQ_007551

answers: skeletal muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: In the developing vertebrate embryo,

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: (sclerotomes).

answers: NDQ_007556

answers: somites split to form dermatomes,

answers: NDQ_007557

answers: tendons and cartilage

answers: NDQ_007558

answers: (sclerotomes).

answers: NDQ_007560

answers: skeletal muscle

answers: NDQ_007562

answers: In the developing vertebrate embryo,

answers: NDQ_007563

answers: bone (sclerotomes).

answers: NDQ_007566

answers: bone

answers: NDQ_007568

answers: (sclerotomes).

answers: NDQ_007569

answers: (sclerotomes).

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: bone (sclerotomes).

answers: NDQ_007572

answers: (sclerotomes).

answers: NDQ_007573

answers: bone (sclerotomes).

answers: NDQ_007574

answers: (sclerotomes).

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: tendons and cartilage

answers: NDQ_007577

answers: dermatomes, skeletal muscle

answers: NDQ_007578

answers: (sclerotomes).

answers: NDQ_007579

answers: (sclerotomes).

answers: NDQ_007580

answers: (sclerotomes).

answers: NDQ_007581

answers: (sclerotomes).

answers: NDQ_007582

answers: muscle

answers: NDQ_007583

answers: tendons and cartilage

answers: NDQ_007584

answers: (sclerotomes).

text: As with the Madeleine Cemetery, the bodies decomposed to a state where they could no longer be identified, this to the dismay of Louis XVIII, who came looking for the remains of his sister in 1815. The skeletal remains were moved to the Catacombs of Paris between 1844 and 1859 (probably around 1848) when the Boulevard de Courcelles was constructed.  Unlike the other major revolutionary cemetery -- the Madeleine Cemetery -- there is no plaque in the Catacombs to indicate the location of the transferred bones.

text: As with the Madeleine Cemetery, the bodies decomposed to a state where they could no longer be identified, this to the dismay of Louis XVIII, who came looking for the remains of his sister in 1815. The skeletal remains were moved to the

text: Catacombs of Paris

text: between 1844 and 1859 (probably around 1848) when the Boulevard de Courcelles was constructed.  Unlike the other major revolutionary cemetery -- the

text: Madeleine Cemetery

text: -- there is no plaque in the Catacombs to indicate the location of the transferred bones.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: lymphocytes

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: Catacombs

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: bones

answers: NDQ_007558

answers: the transferred bones

answers: NDQ_007560

answers: hinge

answers: NDQ_007562

answers: no plaque in the Catacombs to indicate the location of the transferred bones

answers: NDQ_007563

answers: How would you describe Louis XVIII?

answers: NDQ_007566

answers: How would Louis XVIII feel as a result?

answers: NDQ_007568

answers: unanswerable

answers: NDQ_007569

answers: what is the second to last group mentioned?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not true of the skeletal remains?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: what is the second to last word in the passage?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: unanswerable

answers: NDQ_007578

answers: Catacombs

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Courcelles

answers: NDQ_007584

answers: decomposition

answers: NDQ_007549

answers: bones.

answers: NDQ_007550

answers: bones.

answers: NDQ_007551

answers: bones.

answers: NDQ_007552

answers: Louis XVIII,

answers: NDQ_007553

answers: Louis XVIII,

answers: NDQ_007554

answers: bones.

answers: NDQ_007555

answers: Catacombs

answers: NDQ_007556

answers: decomposed to a state where they could no longer be identified,

answers: NDQ_007557

answers: bones.

answers: NDQ_007558

answers: bones.

answers: NDQ_007560

answers: identified, this to the dismay of Louis XVIII,

answers: NDQ_007562

answers: they could no longer be identified,

answers: NDQ_007563

answers: Catacombs of Paris between 1844 and 1859

answers: NDQ_007566

answers: they could no longer be identified,

answers: NDQ_007568

answers: Catacombs of Paris between 1844 and 1859

answers: NDQ_007569

answers: identified, this to the dismay of Louis XVIII,

answers: NDQ_007570

answers: Madeleine Cemetery,

answers: NDQ_007571

answers: Madeleine Cemetery,

answers: NDQ_007572

answers: Catacombs of Paris between 1844 and 1859

answers: NDQ_007573

answers: Louis XVIII,

answers: NDQ_007574

answers: Catacombs of Paris between 1844 and 1859

answers: NDQ_007575

answers: Catacombs of Paris between 1844 and 1859

answers: NDQ_007576

answers: 1815.

answers: NDQ_007577

answers: Catacombs of Paris between 1844 and 1859

answers: NDQ_007578

answers: skeletal

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal

answers: NDQ_007582

answers: bones.

answers: NDQ_007583

answers: bones.

answers: NDQ_007584

answers: decomposed

text: The development of children’s feet begins in-utero, being mainly derived from basic embryological tissue called mesenchyme. In simple terms, the mesenchyme differentiates to form a cartilage foot template, which is largely complete by the end of the embryonic period (8 weeks after conception). The lower limb buds appear around the 4th embryonic  week, slightly later than the upper limb buds, and the developing nervous system is already evident. The blood supply of the foot then begins to infiltrate the tarsal bones, whilst the process of endochondral ossification sees cartilage become bone. Not all of the foot bones are formed at birth. The navicular is the last bone to ossify, occurring between 2 and 5 years of age. The ossification of the cuboid occurs reliably at 37 weeks gestation and its appearance is often used as a marker of foetal maturity. At birth of a ‘full-term’ baby the average foot length is 7.6 centimetres (range 7.1  – 8.7 cm). Foot growth continues to be very rapid in the first 5 years of life; slower development continues until skeletal maturity of the feet, which occurs on average at 13 years in girls and 15 years in boys. Final foot length is achieved before maximum height is reached in both genders.

text: The development of children’s feet begins in-utero, being mainly derived from basic embryological tissue called

text: mesenchyme

text: . In simple terms, the mesenchyme differentiates to form a

text: cartilage

text: foot template, which is largely complete by the end of the embryonic period (8 weeks after conception). The lower limb buds appear around the 4th embryonic  week, slightly later than the upper limb buds, and the developing

text: nervous system

text: is already evident. The

text: blood

text: supply of the foot then begins to infiltrate the

text: tarsal bones

text: , whilst the process of endochondral ossification sees cartilage become bone. Not all of the foot bones are formed at birth. The

text: navicular

text: is the last bone to ossify, occurring between 2 and 5 years of age. The

text: ossification

text: of the

text: cuboid

text: occurs reliably at 37 weeks gestation and its appearance is often used as a marker of foetal maturity. At birth of a ‘full-term’ baby the average foot length is 7.6 centimetres (range 7.1  – 8.7 cm). Foot growth continues to be very rapid in the first 5 years of life; slower development continues until skeletal maturity of the feet, which occurs on average at 13 years in girls and 15 years in boys. Final foot length is achieved before maximum height is reached in both genders.

answers: NDQ_007549

answers: tarsal bones

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: Bones

answers: NDQ_007552

answers: cartilage foot template

answers: NDQ_007553

answers: mesenchyme

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: navicular

answers: NDQ_007556

answers: The lower limb buds appear around the 4th embryonic week, slightly later than the upper limb buds

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: tarsal bones

answers: NDQ_007560

answers: navicular

answers: NDQ_007562

answers: not all of the foot bones are formed at birth

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not the last bone to ossify?

answers: NDQ_007568

answers: Which is the last bone to ossify, occurring between 2 and 5 years of age

answers: NDQ_007569

answers: What is cartilage?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: What is the last bone to ossify?

answers: NDQ_007572

answers: unanswerable

answers: NDQ_007573

answers: What is the last bone to ossify?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What is the last bone to ossify?

answers: NDQ_007576

answers: What is the last bone to ossify?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: tarsal

answers: NDQ_007579

answers: tarsal bones

answers: NDQ_007580

answers: ossification

answers: NDQ_007581

answers: ossification

answers: NDQ_007582

answers: tarsal

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: endochondral ossification

answers: NDQ_007549

answers: tarsal bones,

answers: NDQ_007550

answers: bone.

answers: NDQ_007551

answers: cartilage become bone.

answers: NDQ_007552

answers: bone.

answers: NDQ_007553

answers: tarsal bones,

answers: NDQ_007554

answers: endochondral

answers: NDQ_007555

answers: tarsal bones,

answers: NDQ_007556

answers: The navicular

answers: NDQ_007557

answers: cartilage

answers: NDQ_007558

answers: tarsal bones,

answers: NDQ_007560

answers: navicular

answers: NDQ_007562

answers: maximum height is reached in both genders.

answers: NDQ_007563

answers: tarsal bones,

answers: NDQ_007566

answers: cartilage become bone.

answers: NDQ_007568

answers: tarsal bones,

answers: NDQ_007569

answers: tarsal bones,

answers: NDQ_007570

answers: tarsal bones,

answers: NDQ_007571

answers: 13 years in girls and 15 years in boys.

answers: NDQ_007572

answers: tarsal bones,

answers: NDQ_007573

answers: endochondral ossification

answers: NDQ_007574

answers: cartilage become bone.

answers: NDQ_007575

answers: endochondral ossification

answers: NDQ_007576

answers: mesenchyme.

answers: NDQ_007577

answers: The navicular

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: tarsal

answers: NDQ_007580

answers: endochondral

answers: NDQ_007581

answers: endochondral

answers: NDQ_007582

answers: tarsal bones,

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: endochondral ossification

text: Mechanical loading increases osteocyte viability in vitro, and contributes to solute transport through the lacuno-canalicular system in bone, which enhances oxygen and nutrient exchange and diffusion to osteocytes. Skeletal unloading has been shown to induce osteocyte hypoxia in vivo, this is when osteocytes undergo apoptosis and recruit osteoclasts to resorb bone.  Microdamage in bone occurs as the result of repetitive events of cycling loading, and appears to be associated with osteocyte death by apoptosis, which appear to secrete a signal to target osteoclasts to perform remodeling at a damaged site. Under normal conditions, osteocytes express high amounts of TGF-β and thus repress bone resorption, but when bone grows old, the expression levels of TGF-β decrease, and the expression of osteoclast-stimulatory factors, such as RANKL and M-CSF increases, bone resorption is then enhanced, leading to net bone loss.

text: Mechanical loading increases osteocyte viability in vitro, and contributes to solute transport through the lacuno-canalicular system in bone, which enhances oxygen and nutrient exchange and diffusion to osteocytes. Skeletal unloading has been shown to induce osteocyte

text: hypoxia

text: in vivo, this is when osteocytes undergo apoptosis and recruit osteoclasts to resorb bone.  Microdamage in bone occurs as the result of repetitive events of cycling loading, and appears to be associated with osteocyte death by apoptosis, which appear to secrete a signal to target osteoclasts to perform remodeling at a damaged site. Under normal conditions, osteocytes express high amounts of TGF-β and thus repress bone resorption, but when bone grows old, the expression levels of TGF-β decrease, and the expression of osteoclast-stimulatory factors, such as

text: RANKL

text: and

text: M-CSF

text: increases, bone resorption is then enhanced, leading to net bone loss.

answers: NDQ_007549

answers: osteoclasts

answers: NDQ_007550

answers: Bone

answers: NDQ_007551

answers: bone resorption

answers: NDQ_007552

answers: TGF-

answers: NDQ_007553

answers: osteoclasts

answers: NDQ_007554

answers: osteoclasts

answers: NDQ_007555

answers: Skeletal

answers: NDQ_007556

answers: osteoclast-stimulatory factors

answers: NDQ_007557

answers: osteoclasts

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: skeleton

answers: NDQ_007562

answers: unloading has been shown to induce osteocyte hypoxia in vivo

answers: NDQ_007563

answers: Which of the following is not a function of osteoclasts?

answers: NDQ_007566

answers: Which of the following is true of osteoclasts?

answers: NDQ_007568

answers: How many types of bone tissues are in a bone?

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: What joint is the ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a nutrient?

answers: NDQ_007572

answers: What does M-CSF stand for?

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is NOT true?

answers: NDQ_007576

answers: What is the most common type of sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: lacunocanalicular

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoclasts

answers: NDQ_007582

answers: M-CSF

answers: NDQ_007583

answers: osteoclasts

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: lacuno-canalicular system in bone,

answers: NDQ_007550

answers: bone,

answers: NDQ_007551

answers: oxygen and nutrient exchange and diffusion to osteocytes.

answers: NDQ_007552

answers: TGF-<unk>

answers: NDQ_007553

answers: Mechanical loading

answers: NDQ_007554

answers: osteoclasts

answers: NDQ_007555

answers: Skeletal

answers: NDQ_007556

answers: when bone grows old,

answers: NDQ_007557

answers: bone,

answers: NDQ_007558

answers: Skeletal

answers: NDQ_007560

answers: Skeletal

answers: NDQ_007562

answers: Mechanical loading increases osteocyte viability in vitro,

answers: NDQ_007563

answers: TGF-<unk>

answers: NDQ_007566

answers: bone grows old,

answers: NDQ_007568

answers: osteoclasts

answers: NDQ_007569

answers: Mechanical loading

answers: NDQ_007570

answers: Mechanical loading

answers: NDQ_007571

answers: TGF-<unk>

answers: NDQ_007572

answers: osteocytes.

answers: NDQ_007573

answers: net bone loss.

answers: NDQ_007574

answers: bone,

answers: NDQ_007575

answers: Mechanical loading

answers: NDQ_007576

answers: Mechanical loading increases osteocyte viability in vitro,

answers: NDQ_007577

answers: bone,

answers: NDQ_007578

answers: lacuno-canalicular

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclasts

answers: NDQ_007581

answers: osteoclasts

answers: NDQ_007582

answers: M-CSF

answers: NDQ_007583

answers: bone,

answers: NDQ_007584

answers: resorption,

text: One possible side effect of having KS/HH is the increased risk of developing secondary osteoporosis or osteopenia.  Oestrogen (females) or testosterone (males) is essential for maintaining bone density. Deficiency in either testosterone or oestrogen can increase the rate of bone resorption while at the same time slowing down the rate of bone formation. Overall this can lead to weakened, fragile bones which have a higher tendency to fracture.

text: One possible side effect of having KS/HH is the increased risk of developing secondary

text: osteoporosis

text: or

text: osteopenia

text: .  Oestrogen (females) or testosterone (males) is essential for maintaining

text: bone density

text: . Deficiency in either testosterone or oestrogen can increase the rate of

text: bone resorption

text: while at the same time slowing down the rate of

text: bone formation

text: . Overall this can lead to weakened, fragile bones which have a higher tendency to fracture.

answers: NDQ_007549

answers: bone

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: maintaining bone density

answers: NDQ_007552

answers: Oestrogen

answers: NDQ_007553

answers: Oestrogen

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: slowing down

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femoral

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: Deficiency in either testosterone or oestrogen can increase the rate of bone resorption

answers: NDQ_007563

answers: Which of the following is not an example of bone resorption?

answers: NDQ_007566

answers: Which of the following is not a side effect of having KS/HH?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: What is the difference between spongy bone and compact bone?

answers: NDQ_007570

answers: What can lead to weakened, fragile bones which have a higher tendency to fracture?

answers: NDQ_007571

answers: Which of the following is not a vitamin: calcium, vitamin D, or testosterone?

answers: NDQ_007572

answers: Which of the following is not the result of bone resorption?

answers: NDQ_007573

answers: What can lead to weakened, fragile bones?

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: What can lead to weakened, fragile bones which have a higher tendency to fracture

answers: NDQ_007576

answers: Which of the following is not a side effect of having KS/HH?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoclasts

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteophytes

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteophytes

answers: NDQ_007584

answers: resorption

answers: NDQ_007549

answers: bone density.

answers: NDQ_007550

answers: bone density.

answers: NDQ_007551

answers: maintaining bone density.

answers: NDQ_007552

answers: Oestrogen

answers: NDQ_007553

answers: Oestrogen

answers: NDQ_007554

answers: Oestrogen

answers: NDQ_007555

answers: weakened, fragile bones

answers: NDQ_007556

answers: slowing down the rate of bone formation.

answers: NDQ_007557

answers: bone density.

answers: NDQ_007558

answers: bone

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: Oestrogen

answers: NDQ_007563

answers: Oestrogen

answers: NDQ_007566

answers: weakened, fragile bones

answers: NDQ_007568

answers: weakened, fragile bones

answers: NDQ_007569

answers: Oestrogen

answers: NDQ_007570

answers: Oestrogen

answers: NDQ_007571

answers: Oestrogen

answers: NDQ_007572

answers: Oestrogen

answers: NDQ_007573

answers: weakened, fragile bones

answers: NDQ_007574

answers: Oestrogen

answers: NDQ_007575

answers: Oestrogen

answers: NDQ_007576

answers: fracture.

answers: NDQ_007577

answers: bone density.

answers: NDQ_007578

answers: osteoporosis

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoporosis

answers: NDQ_007581

answers: bone density.

answers: NDQ_007582

answers: Oestrogen

answers: NDQ_007583

answers: bones

answers: NDQ_007584

answers: formation.

text: Most authorities agree that fetiform teratomas are highly developed mature teratomas;  the natural history of fetus in fetu is controversial.  There also may be a cultural difference, with fetiform teratoma being reported more often in ovarian teratomas (by gynecologists) and fetus in fetu being reported more often in retroperitoneal teratomas (by general surgeons).  Fetus in fetu has often been interpreted as a fetus growing within its twin.  As such, this interpretation assumes a special complication of twinning, one of several grouped under the term parasitic twin.  In this regard, it is noteworthy that in many cases the fetus in fetu is reported to occupy a fluid-filled cyst within a mature teratoma.  Cysts within mature teratoma may have partially developed organ systems; reports include cases of partial cranial bones, long bones and a rudimentary beating heart.

text: Most authorities agree that fetiform teratomas are highly developed mature teratomas;  the natural history of fetus in fetu is controversial.  There also may be a cultural difference, with fetiform teratoma being reported more often in ovarian teratomas (by gynecologists) and fetus in fetu being reported more often in retroperitoneal teratomas (by general surgeons).

text: Fetus in fetu

text: has often been interpreted as a

text: fetus

text: growing within its

text: twin

text: .  As such, this interpretation assumes a special complication of

text: twin

text: ning, one of several grouped under the term

text: parasitic twin

text: .  In this regard, it is noteworthy that in many cases the fetus in fetu is reported to occupy a fluid-filled cyst within a mature teratoma.  Cysts within mature teratoma may have partially developed organ systems; reports include cases of partial

text: cranial bones

text: long bones

text: and a rudimentary beating heart.

answers: NDQ_007549

answers: cranial bones

answers: NDQ_007550

answers: long bones

answers: NDQ_007551

answers: bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Ovarian teratomas

answers: NDQ_007554

answers: Cysts

answers: NDQ_007555

answers: cranial

answers: NDQ_007556

answers: rudimentary beating heart

answers: NDQ_007557

answers: Cysts

answers: NDQ_007558

answers: cranial bones

answers: NDQ_007560

answers: cranial bones

answers: NDQ_007562

answers: a rudimentary beating heart.

answers: NDQ_007563

answers: Which of the following is not an organ system: partial cranial bones, long bones and a rudimentary beating heart?

answers: NDQ_007566

answers: Which of the following is not a characteristic of bones: dead, dry, and brittle?

answers: NDQ_007568

answers: Which of the following is not a type of bone: cranial bones, long bones, or heart?

answers: NDQ_007569

answers: What type of bone lies between spongy bone and periosteum?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is not a type of teratoma?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: What is the natural history of fetus in fetu

answers: NDQ_007574

answers: unanswerable

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: teratoma

answers: NDQ_007579

answers: cranial bones

answers: NDQ_007580

answers: cranial

answers: NDQ_007581

answers: cranial

answers: NDQ_007582

answers: cranial

answers: NDQ_007583

answers: fetus

answers: NDQ_007584

answers: twinning

answers: NDQ_007549

answers: cranial bones, long bones

answers: NDQ_007550

answers: cranial bones,

answers: NDQ_007551

answers: long bones and a rudimentary beating heart.

answers: NDQ_007552

answers: rudimentary beating heart.

answers: NDQ_007553

answers: ovarian

answers: NDQ_007554

answers: Cysts

answers: NDQ_007555

answers: cranial bones,

answers: NDQ_007556

answers: Cysts

answers: NDQ_007557

answers: Cysts

answers: NDQ_007558

answers: cranial bones, long bones

answers: NDQ_007560

answers: cranial bones,

answers: NDQ_007562

answers: beating heart.

answers: NDQ_007563

answers: rudimentary beating heart.

answers: NDQ_007566

answers: bones,

answers: NDQ_007568

answers: cranial bones,

answers: NDQ_007569

answers: cranial bones,

answers: NDQ_007570

answers: partial cranial bones, long bones

answers: NDQ_007571

answers: partial cranial bones, long bones

answers: NDQ_007572

answers: rudimentary beating heart.

answers: NDQ_007573

answers: partial cranial bones, long bones

answers: NDQ_007574

answers: partial cranial bones,

answers: NDQ_007575

answers: rudimentary beating heart.

answers: NDQ_007576

answers: rudimentary beating heart.

answers: NDQ_007577

answers: cranial bones, long bones

answers: NDQ_007578

answers: Cysts

answers: NDQ_007579

answers: cranial bones,

answers: NDQ_007580

answers: cranial bones,

answers: NDQ_007581

answers: cranial bones,

answers: NDQ_007582

answers: fluid-filled cyst

answers: NDQ_007583

answers: bones,

answers: NDQ_007584

answers: twinning,

text: The remaining skeletal structure owes its excellent state of preservation to the fact that Altamura Man obviously had fallen into this remote spot, got stuck, probably badly injured where he must have starved to death or died from lack of water intake. Unaffected by weather and disarticulation (dispersion of skeletal structure by predators) the calcite preserved the bones but it also covers them to a great extent. It was thought that excavating the remains would cause irreparable damage and thus, the bones have remained in situ for over twenty years.

text: The remaining skeletal structure owes its excellent state of preservation to the fact that Altamura Man obviously had fallen into this remote spot, got stuck, probably badly injured where he must have starved to death or died from lack of water intake. Unaffected by weather and disarticulation (dispersion of skeletal structure by predators) the calcite preserved the bones but it also covers them to a great extent. It was thought that excavating the remains would cause irreparable damage and thus, the bones have remained in situ for over twenty years.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: lack of water intake

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: Man

answers: NDQ_007556

answers: lack of water intake

answers: NDQ_007557

answers: calcite

answers: NDQ_007558

answers: articulation

answers: NDQ_007560

answers: articulation

answers: NDQ_007562

answers: It was thought that excavating the remains would cause irreparable damage

answers: NDQ_007563

answers: Which of the following is not a reason for Altamura Man to be preserved?

answers: NDQ_007566

answers: How would you describe calcite?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone: compact bone, periosteum or calcite?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Which of the following is true of Altamura Man?

answers: NDQ_007572

answers: Which of the following is not a type of blood cell: red blood cells, erythrocytes, or plasma cells?

answers: NDQ_007573

answers: What may be the reason for Altamura Man's excellent preservation?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: Which of the following is not a reason for bones to remain in situ for over twenty years?

answers: NDQ_007576

answers: None of the above choices.

answers: NDQ_007577

answers: How many bones did Altamura Man have?

answers: NDQ_007578

answers: calcite

answers: NDQ_007579

answers: calcite

answers: NDQ_007580

answers: calcite

answers: NDQ_007581

answers: calcite

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: calcite

answers: NDQ_007584

answers: disarticulation

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: water intake.

answers: NDQ_007552

answers: calcite

answers: NDQ_007553

answers: water intake.

answers: NDQ_007554

answers: calcite

answers: NDQ_007555

answers: Altamura Man

answers: NDQ_007556

answers: weather

answers: NDQ_007557

answers: calcite

answers: NDQ_007558

answers: Altamura Man

answers: NDQ_007560

answers: Man

answers: NDQ_007562

answers: (dispersion of skeletal structure by predators)

answers: NDQ_007563

answers: calcite

answers: NDQ_007566

answers: calcite

answers: NDQ_007568

answers: (dispersion of skeletal structure by predators)

answers: NDQ_007569

answers: calcite

answers: NDQ_007570

answers: The remaining skeletal structure

answers: NDQ_007571

answers: lack of water intake.

answers: NDQ_007572

answers: calcite

answers: NDQ_007573

answers: (dispersion of skeletal structure by predators)

answers: NDQ_007574

answers: calcite

answers: NDQ_007575

answers: calcite preserved the bones

answers: NDQ_007576

answers: injured

answers: NDQ_007577

answers: Altamura Man

answers: NDQ_007578

answers: calcite

answers: NDQ_007579

answers: calcite

answers: NDQ_007580

answers: calcite

answers: NDQ_007581

answers: calcite

answers: NDQ_007582

answers: water intake.

answers: NDQ_007583

answers: calcite

answers: NDQ_007584

answers: disarticulation

text: In another study, researchers discovered that perinatal nutrient restriction resulting in intrauterine growth restriction (IUGR) contributes to diabetes mellitus type 2 (DM2).  IUGR refers to the poor growth of the baby in utero.  In the pancreas, IUGR caused a reduction in the expression of the promoter of the gene encoding a critical transcription factor for beta cell function and development.  Pancreatic beta cells are responsible for making insulin; decreased beta cell activity is associated with DM2 in adulthood.  In skeletal muscle, IUGR caused a decrease in expression of the Glut-4 gene.  The Glut-4 gene controls the production of the Glut-4 transporter; this transporter is specifically sensitive to insulin.  Thus, when insulin levels rise, more glut-4 transporters are brought to the cell membrane to increase the uptake of glucose into the cell.  This change is caused by histone modifications in the cells of skeletal muscle that decrease the effectiveness of the glucose transport system into the muscle.   Because the main glucose transporters are not operating at optimal capacity, these individuals are more likely to develop insulin resistance with energy rich diets later in life, contributing to DM2.

text: In another study, researchers discovered that perinatal nutrient restriction resulting in

text: intrauterine growth restriction

text: (IUGR) contributes to

text: diabetes mellitus type 2

text: (DM2).  IUGR refers to the poor growth of the baby in utero.  In the pancreas, IUGR caused a reduction in the expression of the promoter of the gene encoding a critical transcription factor for beta cell function and development.  Pancreatic beta cells are responsible for making insulin; decreased beta cell activity is associated with DM2 in adulthood.  In skeletal muscle, IUGR caused a decrease in expression of the Glut-4 gene.  The Glut-4 gene controls the production of the Glut-4 transporter; this transporter is specifically sensitive to insulin.  Thus, when insulin levels rise, more glut-4 transporters are brought to the cell membrane to increase the uptake of glucose into the cell.  This change is caused by histone modifications in the cells of skeletal muscle that decrease the effectiveness of the glucose transport system into the muscle.   Because the main glucose transporters are not operating at optimal capacity, these individuals are more likely to develop

text: insulin resistance

text: with energy rich diets later in life, contributing to DM2.

answers: NDQ_007549

answers: Glut-4 transporters

answers: NDQ_007550

answers: skeletal muscle

answers: NDQ_007551

answers: Glut-4

answers: NDQ_007552

answers: Glut-4

answers: NDQ_007553

answers: pancreatic beta cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeletal muscle.

answers: NDQ_007556

answers: IUGR

answers: NDQ_007557

answers: Glut-4

answers: NDQ_007558

answers: skeletal muscle

answers: NDQ_007560

answers: Glut-4

answers: NDQ_007562

answers: IUGR refers to the poor growth of the baby

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: What is the opposite of chalk?

answers: NDQ_007568

answers: Which of the following is not an organ: skeletal muscle, pancreatic beta cells, or Glut-4?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a nutrient?

answers: NDQ_007572

answers: Which of the following is not a type of cell: blood cells, skeletal muscle, or bone?

answers: NDQ_007573

answers: Which of the following is not a cause of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What does IUGR refer to?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: skeleton

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: skeletal muscle

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: DM2

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: muscle,

answers: NDQ_007551

answers: muscle,

answers: NDQ_007552

answers: Glut-4 transporter;

answers: NDQ_007553

answers: Pancreatic beta cells

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: perinatal nutrient restriction resulting in intrauterine growth restriction

answers: NDQ_007557

answers: skeletal muscle,

answers: NDQ_007558

answers: skeletal muscle,

answers: NDQ_007560

answers: skeletal muscle,

answers: NDQ_007562

answers: perinatal nutrient restriction

answers: NDQ_007563

answers: perinatal nutrient restriction resulting in intrauterine growth restriction

answers: NDQ_007566

answers: DM2.

answers: NDQ_007568

answers: Glut-4

answers: NDQ_007569

answers: perinatal nutrient restriction resulting in intrauterine growth restriction

answers: NDQ_007570

answers: skeletal muscle

answers: NDQ_007571

answers: perinatal nutrient restriction

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: decreased beta cell activity is associated with DM2 in adulthood.

answers: NDQ_007574

answers: muscle,

answers: NDQ_007575

answers: skeletal muscle

answers: NDQ_007576

answers: DM2.

answers: NDQ_007577

answers: muscle,

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: skeletal muscle,

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: development.

text: On the sides are skeletal figures that may represent deities.

text: On the sides are skeletal figures that may represent deities.

answers: NDQ_007549

answers: limbs and bones

answers: NDQ_007550

answers: muscle and bone.

answers: NDQ_007551

answers: regulating body temperature

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: muscle

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: they are longer

answers: NDQ_007557

answers: gluing

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: hinges

answers: NDQ_007562

answers: Bone fractures are very rare.

answers: NDQ_007563

answers: Which of the following is not a skeletal figure?

answers: NDQ_007566

answers: What is the best way to describe bones?

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: What is a ball and socket joint?

answers: NDQ_007571

answers: Which of the following is not a deity?

answers: NDQ_007572

answers: Which of the following is not an example of skeletal figures?

answers: NDQ_007573

answers: None of the above choices.

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: What will happen to the skeletal figures?

answers: NDQ_007576

answers: A sprain occurs when a bone bends but doesnt break.

answers: NDQ_007577

answers: How many bones make up the adult skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: marrow

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: skeleton

answers: NDQ_007582

answers: blood vessels

answers: NDQ_007583

answers: cartilage

answers: NDQ_007584

answers: cartilaginous

answers: NDQ_007549

answers: skeletal figures

answers: NDQ_007550

answers: skeletal figures

answers: NDQ_007551

answers: skeletal figures that may represent deities.

answers: NDQ_007552

answers: skeletal figures

answers: NDQ_007553

answers: skeletal figures

answers: NDQ_007554

answers: skeletal figures

answers: NDQ_007555

answers: skeletal figures

answers: NDQ_007556

answers: skeletal figures

answers: NDQ_007557

answers: skeletal figures

answers: NDQ_007558

answers: skeletal figures

answers: NDQ_007560

answers: sides

answers: NDQ_007562

answers: skeletal figures that may represent deities.

answers: NDQ_007563

answers: skeletal figures

answers: NDQ_007566

answers: skeletal figures

answers: NDQ_007568

answers: skeletal figures

answers: NDQ_007569

answers: skeletal figures

answers: NDQ_007570

answers: skeletal figures

answers: NDQ_007571

answers: skeletal figures

answers: NDQ_007572

answers: skeletal figures

answers: NDQ_007573

answers: skeletal figures

answers: NDQ_007574

answers: skeletal figures

answers: NDQ_007575

answers: skeletal figures

answers: NDQ_007576

answers: skeletal figures

answers: NDQ_007577

answers: skeletal figures

answers: NDQ_007578

answers: skeletal figures

answers: NDQ_007579

answers: skeletal

answers: NDQ_007580

answers: skeletal figures

answers: NDQ_007581

answers: skeletal figures

answers: NDQ_007582

answers: skeletal figures

answers: NDQ_007583

answers: skeletal figures

answers: NDQ_007584

answers: skeletal

text: Sprains and strains

text: Sprains and strains

answers: NDQ_007549

answers: muscles and bones

answers: NDQ_007550

answers: tendons and bones.

answers: NDQ_007551

answers: breaking bones

answers: NDQ_007552

answers: fibroblasts

answers: NDQ_007553

answers: sprains

answers: NDQ_007554

answers: cartilage

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: sprains

answers: NDQ_007557

answers: tendons

answers: NDQ_007558

answers: femurs

answers: NDQ_007560

answers: sprain

answers: NDQ_007562

answers: Bone fractures are caused by a fall.

answers: NDQ_007563

answers: What is a symptom of a sprain?

answers: NDQ_007566

answers: What does chalk look like?

answers: NDQ_007568

answers: Which of the following is not a type of bone tissue?

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: sprains and strains

answers: NDQ_007571

answers: Bones are made of calcium and vitamin D.

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: What does osteoporosis cause?

answers: NDQ_007574

answers: sprains

answers: NDQ_007575

answers: What happens to bones when they are put under stress?

answers: NDQ_007576

answers: What is the difference between sprains and strains?

answers: NDQ_007577

answers: How many bones does the human skeletal system have?

answers: NDQ_007578

answers: cartilage

answers: NDQ_007579

answers: ligaments

answers: NDQ_007580

answers: marrow

answers: NDQ_007581

answers: ligaments

answers: NDQ_007582

answers: tendons

answers: NDQ_007583

answers: ligaments

answers: NDQ_007584

answers: deformity

answers: NDQ_007549

answers: Sprains and strains

answers: NDQ_007550

answers: Sprains and strains

answers: NDQ_007551

answers: Sprains and strains

answers: NDQ_007552

answers: Sprains and strains

answers: NDQ_007553

answers: Sprains and strains

answers: NDQ_007554

answers: Sprains and strains

answers: NDQ_007555

answers: Sprains and strains

answers: NDQ_007556

answers: Sprains and strains

answers: NDQ_007557

answers: Sprains and strains

answers: NDQ_007558

answers: Sprains and strains

answers: NDQ_007560

answers: Sprains and strains

answers: NDQ_007562

answers: Sprains and strains

answers: NDQ_007563

answers: Sprains and strains

answers: NDQ_007566

answers: Sprains and strains

answers: NDQ_007568

answers: Sprains and strains

answers: NDQ_007569

answers: Sprains and strains

answers: NDQ_007570

answers: Sprains and strains

answers: NDQ_007571

answers: Sprains and strains

answers: NDQ_007572

answers: Sprains and strains

answers: NDQ_007573

answers: Sprains and strains

answers: NDQ_007574

answers: Sprains and strains

answers: NDQ_007575

answers: Sprains and strains

answers: NDQ_007576

answers: Sprains and strains

answers: NDQ_007577

answers: Sprains and strains

answers: NDQ_007578

answers: Sprains and strains

answers: NDQ_007579

answers: Sprains and strains

answers: NDQ_007580

answers: Sprains and strains

answers: NDQ_007581

answers: Sprains and strains

answers: NDQ_007582

answers: Sprains and strains

answers: NDQ_007583

answers: Sprains and strains

answers: NDQ_007584

answers: Sprains and strains

text: Cauley has been involved in women's health for over 25 years and is the Principal Investigator (PI) of cohort studies such as the Study of Osteoporotic Fracture (SOF) and the Osteoporotic Fracture Risk in Older Men (MrOS). She has made improvements for understanding osteoporosis in older men and women. She was the Co-PI for the Women's Health Initiative (WHI), study wide Chair of the Osteoporosis, and for almost throughout the whole trial she also was the Calcium and Vitamin D Committee. She is currently a Co-investigator for the Study of Women's Health Across the Nation (SWAN) for women transition-midlife to elder status-particular emphases on skeletal health, physical function and body composition changes, and a PI of a SWAN which examines novel measures of hip strength.

text: Cauley has been involved in women's health for over 25 years and is the Principal Investigator (PI) of cohort studies such as the Study of Osteoporotic Fracture (SOF) and the Osteoporotic Fracture Risk in Older Men (MrOS). She has made improvements for understanding osteoporosis in older men and women. She was the Co-PI for the Women's Health Initiative (WHI), study wide Chair of the

text: Osteoporosis

text: , and for almost throughout the whole trial she also was the

text: Calcium

text: and

text: Vitamin D

text: Committee. She is currently a Co-investigator for the Study of Women's Health Across the Nation (SWAN) for women transition-midlife to elder status-particular emphases on skeletal health, physical function and body composition changes, and a PI of a SWAN which examines novel measures of hip strength.

answers: NDQ_007549

answers: osteoporosis

answers: NDQ_007550

answers: bone and cartilage

answers: NDQ_007551

answers: osteoporosis

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: Calcium and Vitamin D

answers: NDQ_007554

answers: osteoporotic

answers: NDQ_007555

answers: skeleton

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: osteophytes

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: osteoporosis in older men and women

answers: NDQ_007563

answers: Which of the following is not a type of bone: Osteoporosis, Vitamin D, or Calcium?

answers: NDQ_007566

answers: What may be a fact about Cauley?

answers: NDQ_007568

answers: What are the four types of bone tissues?

answers: NDQ_007569

answers: Osteoporosis

answers: NDQ_007570

answers: What is a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is NOT true of Cauley?

answers: NDQ_007572

answers: Which of the following is not a characteristic of osteoporosis?

answers: NDQ_007573

answers: What is osteoporosis?

answers: NDQ_007574

answers: How would you describe Cauley?

answers: NDQ_007575

answers: What is osteoporosis?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: osteoporotic

answers: NDQ_007579

answers: Osteoporotic

answers: NDQ_007580

answers: osteoporotic

answers: NDQ_007581

answers: Osteoporotic

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: osteoporosis

answers: NDQ_007549

answers: hip strength.

answers: NDQ_007550

answers: Osteoporotic Fracture

answers: NDQ_007551

answers: hip strength.

answers: NDQ_007552

answers: Calcium and Vitamin D

answers: NDQ_007553

answers: Vitamin D

answers: NDQ_007554

answers: Calcium

answers: NDQ_007555

answers: hip

answers: NDQ_007556

answers: Calcium and Vitamin D

answers: NDQ_007557

answers: Osteoporotic

answers: NDQ_007558

answers: hip

answers: NDQ_007560

answers: hip

answers: NDQ_007562

answers: Older Men

answers: NDQ_007563

answers: Calcium and Vitamin D

answers: NDQ_007566

answers: osteoporosis

answers: NDQ_007568

answers: Study of Osteoporotic Fracture

answers: NDQ_007569

answers: Osteoporotic Fracture

answers: NDQ_007570

answers: Study of Osteoporotic Fracture

answers: NDQ_007571

answers: osteoporosis

answers: NDQ_007572

answers: Calcium and Vitamin D

answers: NDQ_007573

answers: Osteoporotic Fracture Risk in Older Men

answers: NDQ_007574

answers: Osteoporotic Fracture

answers: NDQ_007575

answers: osteoporosis

answers: NDQ_007576

answers: Study of Osteoporotic Fracture

answers: NDQ_007577

answers: Study of Osteoporotic Fracture

answers: NDQ_007578

answers: Osteoporotic

answers: NDQ_007579

answers: Osteoporotic

answers: NDQ_007580

answers: Osteoporotic

answers: NDQ_007581

answers: Osteoporotic

answers: NDQ_007582

answers: Calcium and Vitamin D

answers: NDQ_007583

answers: osteoporosis

answers: NDQ_007584

answers: Osteoporotic Fracture

text: The "lipid hypothesis of osteoporosis" postulates that lipids involved in causing heart disease also contribute to causing osteoporosis. Osteoporosis is characterized by a decrease of bone marrow cells, or osteoblasts, and an increase of fat cells, or adipocytes. The formation of osteoblasts from pre-osteoblasts is reduced by oxidized lipids and in mice fed with a high fat diet. Observations from this model suggest that LDL oxidation products can cause osteoporosis through changing the developmental fate of bone cells leading to a reduced number of osteoblasts and increased numbers of fat cells.

text: The "lipid hypothesis of

text: osteoporosis

text: " postulates that lipids involved in causing heart disease also contribute to causing osteoporosis. Osteoporosis is characterized by a decrease of

text: bone marrow

text: cells, or

text: osteoblast

text: s, and an increase of fat cells, or

text: adipocyte

text: s. The formation of osteoblasts from pre-osteoblasts is reduced by oxidized lipids and in mice fed with a high fat diet. Observations from this model suggest that

text: LDL

text: oxidation products can cause osteoporosis through changing the developmental fate of bone cells leading to a reduced number of osteoblasts and increased numbers of fat cells.

answers: NDQ_007549

answers: bone marrow cells

answers: NDQ_007550

answers: bone cells

answers: NDQ_007551

answers: bone marrow cells

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: bone marrow cells

answers: NDQ_007554

answers: bone marrow

answers: NDQ_007555

answers: body

answers: NDQ_007556

answers: osteoporosis

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: osteoblasts

answers: NDQ_007560

answers: joint

answers: NDQ_007562

answers: osteoporosis is characterized by a decrease of bone marrow cells

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: Osteoporosis

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: What is compact bone?

answers: NDQ_007570

answers: unanswerable

answers: NDQ_007571

answers: Osteoporosis

answers: NDQ_007572

answers: Osteoblasts

answers: NDQ_007573

answers: What is the main cause of osteoporosis?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: unanswerable

answers: NDQ_007576

answers: unanswerable

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: adipocytes

answers: NDQ_007579

answers: osteoblasts

answers: NDQ_007580

answers: osteoblasts

answers: NDQ_007581

answers: osteoblasts

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: osteoblasts

answers: NDQ_007584

answers: osteoblasts

answers: NDQ_007549

answers: bone marrow cells,

answers: NDQ_007550

answers: bone marrow cells,

answers: NDQ_007551

answers: bone marrow cells,

answers: NDQ_007552

answers: bone marrow cells,

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone marrow cells,

answers: NDQ_007555

answers: osteoporosis"

answers: NDQ_007556

answers: "lipid hypothesis of osteoporosis"

answers: NDQ_007557

answers: bone marrow cells,

answers: NDQ_007558

answers: osteoblasts from pre-osteoblasts

answers: NDQ_007560

answers: bone

answers: NDQ_007562

answers: "lipid hypothesis of osteoporosis"

answers: NDQ_007563

answers: osteoblasts,

answers: NDQ_007566

answers: "lipid hypothesis of osteoporosis"

answers: NDQ_007568

answers: bone marrow cells,

answers: NDQ_007569

answers: osteoblasts from pre-osteoblasts

answers: NDQ_007570

answers: "lipid hypothesis of osteoporosis"

answers: NDQ_007571

answers: "lipid hypothesis of osteoporosis"

answers: NDQ_007572

answers: bone marrow

answers: NDQ_007573

answers: decrease of bone marrow cells,

answers: NDQ_007574

answers: fat cells, or adipocytes.

answers: NDQ_007575

answers: "lipid hypothesis of osteoporosis"

answers: NDQ_007576

answers: The "lipid hypothesis of osteoporosis"

answers: NDQ_007577

answers: a reduced number of osteoblasts

answers: NDQ_007578

answers: adipocytes.

answers: NDQ_007579

answers: osteoblasts,

answers: NDQ_007580

answers: osteoblasts,

answers: NDQ_007581

answers: osteoblasts,

answers: NDQ_007582

answers: osteoblasts,

answers: NDQ_007583

answers: bone marrow cells, or osteoblasts,

answers: NDQ_007584

answers: formation of osteoblasts from pre-osteoblasts

text: The income of the charity was about £3.5 million in 2010. Three million Britons are affected by osteoporosis.

text: The income of the charity was about £3.5 million in 2010. Three million Britons are affected by osteoporosis.

answers: NDQ_007549

answers: bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: bone growth and repair

answers: NDQ_007552

answers: cartilage .

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone

answers: NDQ_007555

answers: body to each other.

answers: NDQ_007556

answers: osteoporotic

answers: NDQ_007557

answers: bone

answers: NDQ_007558

answers: femur

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: There are no bone fractures in the UK.

answers: NDQ_007563

answers: None of the above choices .

answers: NDQ_007566

answers: None of the above choices .

answers: NDQ_007568

answers: None of the above choices.

answers: NDQ_007569

answers: spongy bone

answers: NDQ_007570

answers: a ball-and-socket joint

answers: NDQ_007571

answers: Which of the following is not true?

answers: NDQ_007572

answers: None of the above choices .

answers: NDQ_007573

answers: None of the above choices .

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: None of the above choices .

answers: NDQ_007577

answers: (II).

answers: NDQ_007578

answers: osteoclasts

answers: NDQ_007579

answers: osteoporosis

answers: NDQ_007580

answers: osteoclast

answers: NDQ_007581

answers: osteoblasts

answers: NDQ_007582

answers: osteoblasts

answers: NDQ_007583

answers: osteoblasts

answers: NDQ_007584

answers: osteolysis

answers: NDQ_007549

answers: osteoporosis.

answers: NDQ_007550

answers: osteoporosis.

answers: NDQ_007551

answers: osteoporosis.

answers: NDQ_007552

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007553

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007554

answers: osteoporosis.

answers: NDQ_007555

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007556

answers: osteoporosis.

answers: NDQ_007557

answers: osteoporosis.

answers: NDQ_007558

answers: osteoporosis.

answers: NDQ_007560

answers: osteoporosis.

answers: NDQ_007562

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007563

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007566

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007568

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007569

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007570

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007571

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007572

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007573

answers: Three million Britons

answers: NDQ_007574

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007575

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007576

answers: The income of the charity was about £3.5 million in 2010.

answers: NDQ_007577

answers: Three million Britons are affected by osteoporosis.

answers: NDQ_007578

answers: osteoporosis.

answers: NDQ_007579

answers: osteoporosis.

answers: NDQ_007580

answers: osteoporosis.

answers: NDQ_007581

answers: osteoporosis.

answers: NDQ_007582

answers: osteoporosis.

answers: NDQ_007583

answers: osteoporosis.

answers: NDQ_007584

answers: osteoporosis.

text: Several ground-based paradigms have been used to emulate the effects of microgravity unloading on human skeletal muscle, including complete horizontal or 6° head-down-tilt bed rest, dry immersion, and unilateral upper- and lower-limb unloading with or without joint immobilization. In general, skeletal muscle responses to unloading have been similar in all of these models. Although no perfect simulation of crew activities and the microgravity environment can be adequately achieved, Adams and colleagues have suggested that bed rest is an appropriate model of spaceflight for studying skeletal muscle physiologic adaptations and countermeasures.

text: Several ground-based paradigms have been used to emulate the effects of microgravity unloading on human skeletal muscle, including complete horizontal or 6° head-down-tilt bed rest, dry immersion, and unilateral upper- and lower-limb unloading with or without joint immobilization. In general, skeletal muscle responses to unloading have been similar in all of these models. Although no perfect simulation of crew activities and the microgravity environment can be adequately achieved, Adams and colleagues have suggested that bed rest is an appropriate model of spaceflight for studying skeletal muscle physiologic adaptations and countermeasures.

answers: NDQ_007549

answers: skeletal muscle

answers: NDQ_007550

answers: human skeletal muscle

answers: NDQ_007551

answers: muscle

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: cells

answers: NDQ_007554

answers: skeletal muscle

answers: NDQ_007555

answers: skeletal muscle

answers: NDQ_007556

answers: end of long bones ossify later

answers: NDQ_007557

answers: skeletal muscle

answers: NDQ_007558

answers: upper- and lower-limb

answers: NDQ_007560

answers: lower-limb

answers: NDQ_007562

answers: no perfect simulation of crew activities and the microgravity environment can be adequately achieved

answers: NDQ_007563

answers: What is the primary function of the skeletal muscle?

answers: NDQ_007566

answers: Which of the following best describes the effects of microgravity on human skeletal muscle?

answers: NDQ_007568

answers: Bones are made up of four types of bone tissues.

answers: NDQ_007569

answers: Bones that are compact are called osteoclasts.

answers: NDQ_007570

answers: unloading with or without joint immobilization

answers: NDQ_007571

answers: Which of the following is not a source of calcium?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: osteoporosis

answers: NDQ_007574

answers: The human skeleton consists entirely of bone

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: What is a sprain?

answers: NDQ_007577

answers: How many bones make up the human skeletal system?

answers: NDQ_007578

answers: marrow

answers: NDQ_007579

answers: skeletal muscle

answers: NDQ_007580

answers: skeletal muscle

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: skeletal muscle

answers: NDQ_007583

answers: skeletal muscle

answers: NDQ_007584

answers: osseointegration

answers: NDQ_007549

answers: muscle,

answers: NDQ_007550

answers: muscle,

answers: NDQ_007551

answers: muscle,

answers: NDQ_007552

answers: skeletal muscle,

answers: NDQ_007553

answers: skeletal muscle,

answers: NDQ_007554

answers: skeletal muscle,

answers: NDQ_007555

answers: skeletal muscle,

answers: NDQ_007556

answers: microgravity unloading

answers: NDQ_007557

answers: joint immobilization.

answers: NDQ_007558

answers: upper- and lower-limb

answers: NDQ_007560

answers: upper- and lower-limb

answers: NDQ_007562

answers: microgravity unloading on human skeletal muscle,

answers: NDQ_007563

answers: human skeletal muscle,

answers: NDQ_007566

answers: dry immersion,

answers: NDQ_007568

answers: human skeletal muscle,

answers: NDQ_007569

answers: human skeletal muscle,

answers: NDQ_007570

answers: upper- and lower-limb

answers: NDQ_007571

answers: skeletal muscle,

answers: NDQ_007572

answers: skeletal muscle,

answers: NDQ_007573

answers: microgravity unloading on human skeletal muscle,

answers: NDQ_007574

answers: joint immobilization.

answers: NDQ_007575

answers: skeletal muscle,

answers: NDQ_007576

answers: joint immobilization.

answers: NDQ_007577

answers: human skeletal muscle,

answers: NDQ_007578

answers: skeletal muscle,

answers: NDQ_007579

answers: skeletal muscle,

answers: NDQ_007580

answers: skeletal muscle,

answers: NDQ_007581

answers: joint

answers: NDQ_007582

answers: skeletal muscle,

answers: NDQ_007583

answers: skeletal muscle,

answers: NDQ_007584

answers: adaptations

text: While the Robert J. Terry Anatomical Collection has proven to be an excellent source for research in the field of anthropology, specifically forensic anthropology and bioarchaeology, the collection is now over 100 years old and no modern remains have been added. This has raised questions about the collection's applicability to modern populations when compared to collections such as the William Bass Donated Skeletal Collection where modern skeletal remains are still being added to the collection. This is thought to raise problems due to the secular changes that are taking place in American populations. It has been demonstrated that clear secular changes have taken place in North America over the last 100–125 years. This has implications for the applicability of studies utilizing the Terry Collection because these changes could impede the ability to make generalizations that are applicable to modern society from these remains since population statistics are not the same today as they were when the collection was being amassed. It was found, however, that the Robert J. Terry Collection and the William Bass Donated Skeletal Collection only have significant differences between age-at-death and year of birth for individuals in the collection, therefore indicating that the more modern remains in the Terry Collection are still applicable to modern research. There were potential secular differences noted in the males of the Terry collection, however. Females had less significant secular differences when compared to males, and while none of these changes were found to be present in large quantities it does indicate that secular change could be beginning to affect skeletal morphology, specifically that of males. Further research utilizing the Terry Collection, specifically utilizing those individuals born before 1890, is required to determine if these changes are significant and what may be causing them.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: marrow, bone, and muscle.

answers: NDQ_007551

answers: skeletal morphology

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: blood cells

answers: NDQ_007554

answers: Anatomical

answers: NDQ_007555

answers: Anatomical Collection

answers: NDQ_007556

answers: age-at-death

answers: NDQ_007557

answers: muscle fibers

answers: NDQ_007558

answers: hips

answers: NDQ_007560

answers: hinge joint

answers: NDQ_007562

answers: the collection is over 100 years old and no modern remains have been added

answers: NDQ_007563

answers: How do bones release stored calcium to the blood?

answers: NDQ_007566

answers: Which of the following is not true of bones: dead, dry, and brittle

answers: NDQ_007568

answers: Which of the following is not a type of bone?

answers: NDQ_007569

answers: compact bone

answers: NDQ_007570

answers: What is the ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not necessary to keep bones strong?

answers: NDQ_007572

answers: Which of the following is not an example of compact bone?

answers: NDQ_007573

answers: What may be causing osteoporosis?

answers: NDQ_007574

answers: William Bass Donated Skeletal Collection

answers: NDQ_007575

answers: What may be causing these changes?

answers: NDQ_007576

answers: Which of the following is true of a sprain?

answers: NDQ_007577

answers: How many bones does the adult skeletal system contain?

answers: NDQ_007578

answers: Skeletal

answers: NDQ_007579

answers: skeleton

answers: NDQ_007580

answers: Skeletal

answers: NDQ_007581

answers: Anatomical collection

answers: NDQ_007582

answers: blood

answers: NDQ_007583

answers: Bone

answers: NDQ_007584

answers: articulation

answers: NDQ_007549

answers: skeletal morphology,

answers: NDQ_007550

answers: Females had less significant secular differences when compared to males,

answers: NDQ_007551

answers: skeletal morphology,

answers: NDQ_007552

answers: before 1890,

answers: NDQ_007553

answers: Robert J. Terry Anatomical Collection

answers: NDQ_007554

answers: skeletal remains

answers: NDQ_007555

answers: William Bass Donated Skeletal Collection

answers: NDQ_007556

answers: secular change

answers: NDQ_007557

answers: Females had less significant secular differences when compared to males,

answers: NDQ_007558

answers: males.

answers: NDQ_007560

answers: Robert J. Terry Anatomical Collection

answers: NDQ_007562

answers: no modern remains have been added.

answers: NDQ_007563

answers: potential secular differences noted in the males

answers: NDQ_007566

answers: potential secular differences noted in the males

answers: NDQ_007568

answers: before 1890,

answers: NDQ_007569

answers: before 1890,

answers: NDQ_007570

answers: large quantities

answers: NDQ_007571

answers: modern skeletal remains

answers: NDQ_007572

answers: modern skeletal remains

answers: NDQ_007573

answers: before 1890,

answers: NDQ_007574

answers: the more modern remains in the Terry Collection are still applicable to modern research.

answers: NDQ_007575

answers: before 1890,

answers: NDQ_007576

answers: secular change could be beginning to affect skeletal morphology,

answers: NDQ_007577

answers: Females had less significant secular differences when compared to males,

answers: NDQ_007578

answers: skeletal morphology,

answers: NDQ_007579

answers: skeletal morphology,

answers: NDQ_007580

answers: skeletal

answers: NDQ_007581

answers: skeletal morphology,

answers: NDQ_007582

answers: 1890,

answers: NDQ_007583

answers: skeletal

answers: NDQ_007584

answers: skeletal morphology,

text: Bones are organs that are made up of bone tissue as well as bone marrow, small blood vessels, epithelium and nerves. Bone tissue refers specifically to the bone mineral matrix that forms the rigid sections of the organ, and the bone cells within it. The two types of bone tissue are cortical bone and cancellous bone.

text: Bones are organs that are made up of bone tissue as well as

text: bone marrow

text: small blood vessels

text: epithelium

text: and

text: nerve

text: s. Bone tissue refers specifically to the

text: bone mineral

text: matrix that forms the rigid sections of the organ, and the

text: bone cell

text: s within it. The two types of bone tissue are

text: cortical bone

text: and

text: cancellous bone

answers: NDQ_007549

answers: bone marrow, small blood vessels, epithelium and nerves

answers: NDQ_007550

answers: bone marrow

answers: NDQ_007551

answers: bone marrow, small blood vessels, epithelium and nerves

answers: NDQ_007552

answers: Bone tissue

answers: NDQ_007553

answers: bone marrow

answers: NDQ_007554

answers: bone mineral matrix

answers: NDQ_007555

answers: organ

answers: NDQ_007556

answers: bone tissue

answers: NDQ_007557

answers: Bone tissue

answers: NDQ_007558

answers: cancellous bone

answers: NDQ_007560

answers: the hinge joint

answers: NDQ_007562

answers: Bones are not made up of bone tissue.

answers: NDQ_007563

answers: Which of the following is not a type of bone?

answers: NDQ_007566

answers: How would you describe bones?

answers: NDQ_007568

answers: No

answers: NDQ_007569

answers: Which of the following is not a type of bone: cortical bone, cancellous bone or spongy bone?

answers: NDQ_007570

answers: What type of joint is the elbow?

answers: NDQ_007571

answers: Which of the following is not a type of bone?

answers: NDQ_007572

answers: Which of the following is not a type of bone?

answers: NDQ_007573

answers: Which of the following is not a type of bone: cortical bone or cancellous bone?

answers: NDQ_007574

answers: no

answers: NDQ_007575

answers: None of the above choices.

answers: NDQ_007576

answers: What is the best title for this passage?

answers: NDQ_007577

answers: How many types of bone tissue are there?

answers: NDQ_007578

answers: cancellous

answers: NDQ_007579

answers: cortical bone

answers: NDQ_007580

answers: cancellous bone

answers: NDQ_007581

answers: bone mineral matrix

answers: NDQ_007582

answers: bone marrow

answers: NDQ_007583

answers: cancellous bone

answers: NDQ_007584

answers: Bone tissue

answers: NDQ_007549

answers: bone marrow, small blood vessels,

answers: NDQ_007550

answers: bone tissue

answers: NDQ_007551

answers: nerves.

answers: NDQ_007552

answers: bone marrow,

answers: NDQ_007553

answers: bone marrow,

answers: NDQ_007554

answers: bone mineral matrix

answers: NDQ_007555

answers: organ,

answers: NDQ_007556

answers: bone marrow, small blood vessels,

answers: NDQ_007557

answers: Bone tissue

answers: NDQ_007558

answers: cancellous bone.

answers: NDQ_007560

answers: Bones

answers: NDQ_007562

answers: Bones

answers: NDQ_007563

answers: bone marrow,

answers: NDQ_007566

answers: Bones

answers: NDQ_007568

answers: epithelium and nerves.

answers: NDQ_007569

answers: cancellous bone.

answers: NDQ_007570

answers: Bones

answers: NDQ_007571

answers: Bones

answers: NDQ_007572

answers: bone marrow,

answers: NDQ_007573

answers: Bones

answers: NDQ_007574

answers: bone marrow,

answers: NDQ_007575

answers: cortical bone and cancellous bone.

answers: NDQ_007576

answers: Bones

answers: NDQ_007577

answers: Bones

answers: NDQ_007578

answers: cancellous bone.

answers: NDQ_007579

answers: bone mineral matrix

answers: NDQ_007580

answers: cancellous bone.

answers: NDQ_007581

answers: bone mineral matrix

answers: NDQ_007582

answers: bone marrow,

answers: NDQ_007583

answers: Bone tissue

answers: NDQ_007584

answers: bone mineral matrix

text: The risk of injuring the ACL is very high for an athlete, as most professionals say it is worrying how common the injury is becoming. As there is no real way to stop an ACL injury from occurring, there can be ways to lower the risk. Once an athlete does an ACL injury it is extremely difficult to be able to come back to football, it even creates a higher risk of a second ACL injury after having the first reconstructed. This is why it is vitally important for an AFL player to build strong muscles and bones to benefit them in their career. Small doses of training can help prevent ACL injuries, as athletes will not over train leaving their body fatigued and sore. The small doses of training only have to include, strength, balance, plyo- metric or agility to gain some prevention from the injury. It is also important to talk to the coach or training staff to inform them of what you can and cannot do. Some things in life are preventable, but injuries such as ACL injuries are just too hard to prevent.

text: The risk of injuring the ACL is very high for an athlete, as most professionals say it is worrying how common the injury is becoming. As there is no real way to stop an ACL injury from occurring, there can be ways to lower the risk. Once an athlete does an ACL injury it is extremely difficult to be able to come back to football, it even creates a higher risk of a second ACL injury after having the first reconstructed. This is why it is vitally important for an AFL player to build strong muscles and bones to benefit them in their career. Small doses of training can help prevent ACL injuries, as athletes will not over train leaving their body fatigued and sore. The small doses of training only have to include, strength, balance, plyo- metric or agility to gain some prevention from the injury. It is also important to talk to the coach or training staff to inform them of what you can and cannot do. Some things in life are preventable, but injuries such as ACL injuries are just too hard to prevent.

answers: NDQ_007549

answers: Bones

answers: NDQ_007550

answers: Bones

answers: NDQ_007551

answers: building strong muscles and bones

answers: NDQ_007552

answers: cartilage

answers: NDQ_007553

answers: a process called

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: ACL

answers: NDQ_007556

answers: long bones ossify later

answers: NDQ_007557

answers: ACL

answers: NDQ_007558

answers: ACL

answers: NDQ_007560

answers: ACL

answers: NDQ_007562

answers: There is no real way to stop an ACL injury from occurring

answers: NDQ_007563

answers: Which of the following is not a function of bones?

answers: NDQ_007566

answers: Which of the following is true of bones?

answers: NDQ_007568

answers: Which of the following is not an organ made up of four types of bone tissues?

answers: NDQ_007569

answers: Which of the following is not a type of bone?

answers: NDQ_007570

answers: Which of the following is not a ball-and-socket joint?

answers: NDQ_007571

answers: Which of the following is not a way to build strong muscles and bones?

answers: NDQ_007572

answers: Which of the following is not produced by compact bone?

answers: NDQ_007573

answers: Which of the following is true of osteoporosis?

answers: NDQ_007574

answers: Which of the following is not a type of muscle?

answers: NDQ_007575

answers: Which of the following is not a type of muscle?

answers: NDQ_007576

answers: Which of the following is true of sprains?

answers: NDQ_007577

answers: How many bones are there in the human body?

answers: NDQ_007578

answers: ACL

answers: NDQ_007579

answers: ACL

answers: NDQ_007580

answers: ACL

answers: NDQ_007581

answers: ACL

answers: NDQ_007582

answers: ACL

answers: NDQ_007583

answers: ACL

answers: NDQ_007584

answers: reconstructed

answers: NDQ_007549

answers: muscles and bones

answers: NDQ_007550

answers: bones

answers: NDQ_007551

answers: strong muscles and bones

answers: NDQ_007552

answers: muscles and bones

answers: NDQ_007553

answers: muscles and bones

answers: NDQ_007554

answers: muscles

answers: NDQ_007555

answers: ACL

answers: NDQ_007556

answers: athletes will not over train

answers: NDQ_007557

answers: ACL

answers: NDQ_007558

answers: ACL

answers: NDQ_007560

answers: ACL