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These two components in bone are responsible for the hardness and pliability of bone:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
Which of the following does not describes synovial joints:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
The cell type that is responsible for maintaining bone matrix once it has formed is:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
Which of the following bones is considered a sesamoid bone:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
Articulations refers to:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
Condroblasts produce:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
These structures are at the center of compact bone lamellae and carry blood vessels along.
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
A fracture in the saft of a long bone would be a break in the:
patella
bones held together by cartilage
cartilage matriz
mineralized salts and collagen
joints
diaphysis
osteocytes
haversian canals
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