radiographic pathology chapter 2 Questions And Answers
2025/2026
206 bones - CORRECT ANSWER-how many bones is in the human body
80 bones - CORRECT ANSWER-axial skeleton
126 bone - CORRECT ANSWER-appendicular skeleton
compact bone - CORRECT ANSWER-outer portion of the bone
medullary canal - CORRECT ANSWER-inner portion of the bone
cancellous bone - CORRECT ANSWER-medullary canal made of this type
of bone
trabeculae - CORRECT ANSWER-the spongy substance found with in the
bone; it gives a characteristic appearance to bone details
, trabecular pattern - CORRECT ANSWER-the arrangement of supportive
strands of connective tissue of the alveolar bone in relation to the bone
marrow spaces within the cancellous bone
diploe - CORRECT ANSWER-specific to cancellous bone located within
the skull
red bone marrow - CORRECT ANSWER-responsible for the production of
bone erythrocytes and leukocytes
osteoblasts - CORRECT ANSWER-bone forming cells that lining
medullary canal and interspaced throughout the periosteum
osteoclasts - CORRECT ANSWER-specialized cells that break down bone
to enlarge medullary canal and allow for bone grow
diaphysis - CORRECT ANSWER-shaft portion of the long bone that is
primary site of ossification
epiphysis - CORRECT ANSWER-expanded end portion of the long bone
and is secondary site of ossification
2025/2026
206 bones - CORRECT ANSWER-how many bones is in the human body
80 bones - CORRECT ANSWER-axial skeleton
126 bone - CORRECT ANSWER-appendicular skeleton
compact bone - CORRECT ANSWER-outer portion of the bone
medullary canal - CORRECT ANSWER-inner portion of the bone
cancellous bone - CORRECT ANSWER-medullary canal made of this type
of bone
trabeculae - CORRECT ANSWER-the spongy substance found with in the
bone; it gives a characteristic appearance to bone details
, trabecular pattern - CORRECT ANSWER-the arrangement of supportive
strands of connective tissue of the alveolar bone in relation to the bone
marrow spaces within the cancellous bone
diploe - CORRECT ANSWER-specific to cancellous bone located within
the skull
red bone marrow - CORRECT ANSWER-responsible for the production of
bone erythrocytes and leukocytes
osteoblasts - CORRECT ANSWER-bone forming cells that lining
medullary canal and interspaced throughout the periosteum
osteoclasts - CORRECT ANSWER-specialized cells that break down bone
to enlarge medullary canal and allow for bone grow
diaphysis - CORRECT ANSWER-shaft portion of the long bone that is
primary site of ossification
epiphysis - CORRECT ANSWER-expanded end portion of the long bone
and is secondary site of ossification