If cyclical compressive force on a tibia significantly decreases due to prolonged bed rest, which consequence follows regarding bone remodeling?

💡 Explanation

Prolonged reduced compressive force leads to increased bone resorption because the mechanotransduction process favors osteoclast activity over osteoblast activity in the absence of normal loading. Therefore, bone density decreases, rather than increases, due to the imbalance favoring resorption.

• Which outcome occurs when B-cell receptors become insensitive?
• Which membrane polarization results when potassium channels close?
• If a desert hiker consumes very salty food with limited water, which consequence follows concerning their thirst mechanism and renal function?
• A person develops tolerance to an opioid drug. Which mechanism within the brain's reward circuit explains this adaptation?
• A woman experiences repeated early miscarriages. Which mechanism involving progesterone production likely contributes to this condition?
• Why does chronic nerve compression in carpal tunnel syndrome result in persistent pain despite anti-inflammatory treatment?