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Why do post-ganglionic ANS neurons conduct information more slowly than pre-ganglionic neurons?

a. Smaller diameter of axons
b. Myelination of axons
c. Lack of synapses
d. Higher neurotransmitter release

User Hanhan
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1 Answer

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Final answer:

Post-ganglionic ANS neurons conduct information more slowly than pre-ganglionic neurons due to smaller axon diameter and lack of myelination.

Step-by-step explanation:

Post-ganglionic ANS neurons conduct information more slowly than pre-ganglionic neurons due to a smaller diameter of axons. The smaller diameter leads to increased resistance and slower transmission of electrical signals.

In contrast, pre-ganglionic neurons have larger axon diameters, which allow for faster conduction of information. Additionally, myelination of axons in pre-ganglionic neurons further enhances the speed of transmission.

User XING
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