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E. MOIC than 7770 48. The hormonal controls of the calcium content of bone is primarily (189) A. Calcitonin B. Growth hormone C. Parathyroid hormone D. Thyroid hormone E. Thyroid stiumlating hormone

E. MOIC than 7770 48. The hormonal controls of the calcium content of bone is primarily (189) A. Calcitonin B. Growth hormone C. Parathyroid hormone D. Thyroid hormone E. Thyroid stiumlating hormone

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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48. The hormonal controls of the calcium content of bone is primarily (189) A. Calcitonin B. Growth hormone C. Parathyroid hormone D. Thyroid hormone E. Thyroid stiumlating hormone Wolff's Law (189-190) 49. T F explains the featureless bones of the fetus 50. T F explains why bones atrophy in bedridden people, when the bones are not stressed 51. T F explains why bones that are used a lot are generally thicker than those that are not 52. T F explains why curved bones are thickest where they are most likely to bend and break 53. T F explains why large, bony projections occur where heavy, active muscles attach 54. T F explains why long bones are thickest midway along the diaphysis 55. T F explains why long bones can hollow out near the center of the bone where compression and tension cancel out 56. T F explains why the bones of the right upper limb are thicker than the left upper limb in right-handed people 57. T F explains why the trabeculae of spongy bones form trusses, or struts, along lines of compression 58. T F states that bones grow or remodel in proportion to the stress they experience 59. A greenstick fracture is a (191-192) A. Displaced fracture B. Nondisplace fracture 60. A greenstick fracture is a (191-192) A. Complete fracture B. Incomplete fracture 61. A greenstick fracture is a (191-192) A. Closed (simple) fracture B. Open (compound) fracture Using the key: A. Osteomalacia B. Osteoporosis C. Paget's disease D. Rickets Match each of the following descriptions with the appropriate bone disease from the list above. (193-194) 62. A B C D Bones with decreasing amounts of calcium resulting in easy fracturing in older adults 63. A B C D Excessive and haphazard bone deposits and resorption leading to painful, spotty weakening of bones in older adults 64. A B C D Soft, painful bones due to inadequate calcium and/or vitamin D in adults 65. A B C D Soft, painful bones due to inadequate calcium and/or vitamin D in children 66. Beginning in which decade does the bone mass begin to decrease? (195) A. 20s (3rd decade) B. 30s (4th decade) C. 40s (5th decade) D. 50s (6th decade) E. 60s (7th decade)
Transcribed Image Text:48. The hormonal controls of the calcium content of bone is primarily (189) A. Calcitonin B. Growth hormone C. Parathyroid hormone D. Thyroid hormone E. Thyroid stiumlating hormone Wolff's Law (189-190) 49. T F explains the featureless bones of the fetus 50. T F explains why bones atrophy in bedridden people, when the bones are not stressed 51. T F explains why bones that are used a lot are generally thicker than those that are not 52. T F explains why curved bones are thickest where they are most likely to bend and break 53. T F explains why large, bony projections occur where heavy, active muscles attach 54. T F explains why long bones are thickest midway along the diaphysis 55. T F explains why long bones can hollow out near the center of the bone where compression and tension cancel out 56. T F explains why the bones of the right upper limb are thicker than the left upper limb in right-handed people 57. T F explains why the trabeculae of spongy bones form trusses, or struts, along lines of compression 58. T F states that bones grow or remodel in proportion to the stress they experience 59. A greenstick fracture is a (191-192) A. Displaced fracture B. Nondisplace fracture 60. A greenstick fracture is a (191-192) A. Complete fracture B. Incomplete fracture 61. A greenstick fracture is a (191-192) A. Closed (simple) fracture B. Open (compound) fracture Using the key: A. Osteomalacia B. Osteoporosis C. Paget's disease D. Rickets Match each of the following descriptions with the appropriate bone disease from the list above. (193-194) 62. A B C D Bones with decreasing amounts of calcium resulting in easy fracturing in older adults 63. A B C D Excessive and haphazard bone deposits and resorption leading to painful, spotty weakening of bones in older adults 64. A B C D Soft, painful bones due to inadequate calcium and/or vitamin D in adults 65. A B C D Soft, painful bones due to inadequate calcium and/or vitamin D in children 66. Beginning in which decade does the bone mass begin to decrease? (195) A. 20s (3rd decade) B. 30s (4th decade) C. 40s (5th decade) D. 50s (6th decade) E. 60s (7th decade)
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