Live Quiz Arena
🎁 1 Free Round Daily
⚡ Enter ArenaQuestion
← Human Body & HealthA patient with peripheral neuropathy experiences diminished touch sensitivity in their feet. Why does wearing textured insoles *not* fully restore their balance, even though mechanoreceptors are stimulated?
A)Increased brain signal processing limits balance
B)Spinal reflexes bypass sensory integration
C)Sensory adaptation reduces stimulation impact
D)Afferent signal timing is not predictive✓
💡 Explanation
The textured insoles can stimulate mechanoreceptors; however, the lack of precise afferent signal timing prevents the central nervous system from accurately predicting foot placement during movement. Because predictive control is impaired, balance is not fully restored. Therefore, integrating timing information is critical rather than simply increasing stimulation, and this is absent in the neuropathy scenario.
🏆 Up to £1,000 monthly prize pool
Ready for the live challenge? Join the next global round now.
*Terms apply. Skill-based competition.
Related Questions
Browse Human Body & Health →- If a descending inhibitory pathway from the brainstem is damaged, which consequence follows regarding nociceptor activity in response to a peripheral stimulus?
- Why does prolonged use of certain antidepressants targeting serotonin reuptake eventually lead to a diminished effect on mood elevation?
- Why does exercise-induced hyperthermia sometimes fail to trigger sufficient cutaneous vasodilation in elderly individuals compared to younger adults performing the same exercise at similar environmental conditions?
- Why does affinity maturation, which increases antibody binding strength, require T cell help during a vaccine response?
- A patient undergoing chemotherapy experiences tumor lysis syndrome, leading to a sharp increase in uric acid levels. Which mechanism explains why acute kidney injury is a common consequence?
- What causes reduced protein clearance during neural aging?
