Multipolar neurons carry special sensory information.

Multipolar neurons carry special sensory information.

• A. False
• B. True
• C. Not sure
• D. Partially

Answer: (A)

Multipolar neurons are the workhorses of processing and command within the CNS. They have many dendrites and a single axon, which lets them integrate a lot of information and relay signals to muscles or other neurons. Sensory information from receptors—whether general senses or special senses—doesn’t rely on these multipolar cells as the first step. Instead, the primary sensory neurons that connect receptors to the CNS are typically pseudounipolar or bipolar neurons located in sensory ganglia or within the sensory organs themselves. That’s why the statement is false: multipolar neurons aren’t the type that carry the initial special sensory information.

Multipolar neurons are the workhorses of processing and command within the CNS. They have many dendrites and a single axon, which lets them integrate a lot of information and relay signals to muscles or other neurons. Sensory information from receptors—whether general senses or special senses—doesn’t rely on these multipolar cells as the first step. Instead, the primary sensory neurons that connect receptors to the CNS are typically pseudounipolar or bipolar neurons located in sensory ganglia or within the sensory organs themselves. That’s why the statement is false: multipolar neurons aren’t the type that carry the initial special sensory information.