Bone Basics: True or False Chapter 6

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Test your knowledge of the skeletal system with bone facts.

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Matthew Belleza

United States

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Bone Basics: True or False Chapter 6


Bone Basics: True or False Chapter 6Version en ligne Test your knowledge of the skeletal system with bone facts. par Matthew Belleza 1 Parathyroid hormone increases blood calcium by stimulating osteoclasts. Yes No 2 The periosteum is a dense connective tissue covering the outer surface of bone. Yes No 3 Osteons are the repeating structural units in compact bone. Yes No 4 Red bone marrow is found within the spaces of trabeculae in adults. Yes No 5 All bones are completely solid with no internal cavities. Yes No 6 Osteoblasts are bone-forming cells. Yes No 7 Vitamin D enhances calcium absorption from the diet. Yes No 8 Osteoblasts resorb old bone tissue during remodeling. Yes No 9 Osteoclasts build bone tissue rather than resorb it. Yes No 10 Calcium homeostasis is unaffected by parathyroid hormone. Yes No 11 There are no chemical signals involved in bone remodeling. Yes No 12 Estrogen and testosterone influence epiphyseal plate closure. Yes No 13 Intramembranous ossification forms flat bones like the skull and clavicle. Yes No 14 Bone acts as a reservoir for calcium in the bloodstream. Yes No 15 Endosteum lines only the outer surface of bone, not the inner cavities. Yes No 16 Osteocytes reside in lacunae connected by gap junctions through canaliculi. Yes No 17 Lacunae house osteocytes within the bone matrix. Yes No 18 The medullary cavity contains only fat and no bone marrow. Yes No 19 Cartilage is found inside the diaphysis but not near the epiphyses. Yes No 20 The medullary cavity houses yellow marrow in many long bones. Yes No 21 The ventricular plate (epiphyseal plate) remains open in adulthood. Yes No 22 Compact bone forms the external layer of all bones. Yes No 23 Endochondral ossification occurs directly within mesenchyme without a cartilage model. Yes No 24 Central canals in osteons contain blood vessels and nerves. Yes No 25 Calcitonin can help reduce blood calcium by inhibiting osteoclast activity. Yes No 26 Ossification is the initial formation of bones before birth. Yes No 27 Canaliculi connect lacunae to the central canal. Yes No 28 Osteogenic cells do not differentiate into any other cell type. Yes No 29 Growth hormone and IGFs stimulate bone growth. Yes No 30 Yellow bone marrow is the site of red blood cell production in adults. Yes No 31 Trabeculae in spongy bone run in a perfectly parallel arrangement. Yes No 32 Osteocytes maintain daily tissue activities within the bone. Yes No 33 Endochondral ossification forms most bones in the body within hyaline cartilage. Yes No 34 The epiphyseal plate is the site of longitudinal bone growth in children. Yes No 35 Bone remodeling occurs only during adolescence and stops after growth. Yes No 36 Compact bone is primarily responsible for hematopoiesis in adults. Yes No 37 Bone is not involved in mineral storage beyond calcium. Yes No 38 Bone tissue does not respond to mechanical stress. Yes No 39 Osteons are primarily found in spongy bone and not in compact bone. Yes No 40 Nutrient foramina allow blood vessels to enter bone through the periosteum. Yes No 41 Osteocytes are irrelevant to bone remodeling. Yes No 42 Nutrient arteries only supply the periosteum and do not enter the bone. Yes No 43 The periosteum covers only the ends of bones, not the shaft. Yes No 44 The central canal is devoid of blood vessels in healthy bone. Yes No 45 Spongy bone contains trabeculae that form an irregular lattice. Yes No 46 Osteoblasts in the periosteum contribute to bone growth in thickness. Yes No 47 Osteoclasts are involved in bone resorption. Yes No 48 All bones form by a single ossification mechanism, with no variation. Yes No 49 Calcification is limited to cartilage and does not occur in bone matrix. Yes No

Bone Basics: True or False Chapter 6

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Bone Basics: True or False Chapter 6Version en ligne

par Matthew Belleza

Parathyroid hormone increases blood calcium by stimulating osteoclasts.

The periosteum is a dense connective tissue covering the outer surface of bone.

Osteons are the repeating structural units in compact bone.

Red bone marrow is found within the spaces of trabeculae in adults.

All bones are completely solid with no internal cavities.

Osteoblasts are bone-forming cells.

Vitamin D enhances calcium absorption from the diet.

Osteoblasts resorb old bone tissue during remodeling.

Osteoclasts build bone tissue rather than resorb it.

Calcium homeostasis is unaffected by parathyroid hormone.

There are no chemical signals involved in bone remodeling.

Estrogen and testosterone influence epiphyseal plate closure.

Intramembranous ossification forms flat bones like the skull and clavicle.

Bone acts as a reservoir for calcium in the bloodstream.

Endosteum lines only the outer surface of bone, not the inner cavities.

Osteocytes reside in lacunae connected by gap junctions through canaliculi.

Lacunae house osteocytes within the bone matrix.

The medullary cavity contains only fat and no bone marrow.

Cartilage is found inside the diaphysis but not near the epiphyses.

The medullary cavity houses yellow marrow in many long bones.

The ventricular plate (epiphyseal plate) remains open in adulthood.

Compact bone forms the external layer of all bones.

Endochondral ossification occurs directly within mesenchyme without a cartilage model.

Central canals in osteons contain blood vessels and nerves.

Calcitonin can help reduce blood calcium by inhibiting osteoclast activity.

Ossification is the initial formation of bones before birth.

Canaliculi connect lacunae to the central canal.

Osteogenic cells do not differentiate into any other cell type.

Growth hormone and IGFs stimulate bone growth.

Yellow bone marrow is the site of red blood cell production in adults.

Trabeculae in spongy bone run in a perfectly parallel arrangement.

Osteocytes maintain daily tissue activities within the bone.

Endochondral ossification forms most bones in the body within hyaline cartilage.

The epiphyseal plate is the site of longitudinal bone growth in children.

Bone remodeling occurs only during adolescence and stops after growth.

Compact bone is primarily responsible for hematopoiesis in adults.

Bone is not involved in mineral storage beyond calcium.

Bone tissue does not respond to mechanical stress.

Osteons are primarily found in spongy bone and not in compact bone.

Nutrient foramina allow blood vessels to enter bone through the periosteum.

Osteocytes are irrelevant to bone remodeling.

Nutrient arteries only supply the periosteum and do not enter the bone.

The periosteum covers only the ends of bones, not the shaft.

The central canal is devoid of blood vessels in healthy bone.

Spongy bone contains trabeculae that form an irregular lattice.

Osteoblasts in the periosteum contribute to bone growth in thickness.

Osteoclasts are involved in bone resorption.

All bones form by a single ossification mechanism, with no variation.

Calcification is limited to cartilage and does not occur in bone matrix.