Note: This is from AAMC 3.
Osteoblasts, which form bone, and osteoclasts, which resorb it, work together to cause continuous bone remodeling. In a person suffering from osteoporosis, which of the following combinations of changes in the activity of these cell types will most likely occur?
A) Increased osteoblast and decreased osteoclast activity
B) Increased osteoblast and increased osteoclast activity
C) Decreased osteoblast and decreased osteoclast activity
D) Decreased osteoblast and increased osteoclast activity
Why is the answer D? I understand that D might cause the situation given in the question stem, but the question seems to be asking what effect osteoporosis will have. But thinking about this from a homeostasis point of view, it seems like the body would try to increase osteoblast activity to make up for the loss of bone, wouldn't it? The fact that the question asks what "will" most likely occur reads to me like "what will the body try to do in response to a loss of bone?"
Osteoblasts, which form bone, and osteoclasts, which resorb it, work together to cause continuous bone remodeling. In a person suffering from osteoporosis, which of the following combinations of changes in the activity of these cell types will most likely occur?
A) Increased osteoblast and decreased osteoclast activity
B) Increased osteoblast and increased osteoclast activity
C) Decreased osteoblast and decreased osteoclast activity
D) Decreased osteoblast and increased osteoclast activity
Why is the answer D? I understand that D might cause the situation given in the question stem, but the question seems to be asking what effect osteoporosis will have. But thinking about this from a homeostasis point of view, it seems like the body would try to increase osteoblast activity to make up for the loss of bone, wouldn't it? The fact that the question asks what "will" most likely occur reads to me like "what will the body try to do in response to a loss of bone?"