Which neurological change is associated with the risks of immobilization?

The correct answer is that immobilization is associated with decreased motor recruitment. Prolonged periods of immobilization, such as bed rest or inactivity, lead to various neurological changes that negatively affect muscle function and control.

When a person is immobilized, the neural pathways responsible for motor control may become less active, resulting in a reduction in the brain's ability to recruit motor units. This can have significant implications for muscle strength and coordination, as fewer motor neurons are engaged when performing physical actions.

The decrease in motor recruitment can contribute to muscle atrophy and weakness, making it more challenging for an individual to regain function after a period of immobilization. Understanding these changes is crucial for developing rehabilitation strategies aimed at restoring mobility and strength in affected individuals.