Action potentials move along axons
A) more slowly in axons of large than in small diameter.
B) by the direct action of acetylcholine on the axonal membrane.
C) by activating the sodium-potassium "pump" at each point along the axonal membrane.
D) more rapidly in myelinated than in non-myelinated axons.
E) by reversing the concentration gradients for sodium and potassium ions.
Correct Answer:
Verified
Q21: Neurotransmitters are released from axon terminals via
A)
Q22: The fastest possible conduction velocity of action
Q23: The release of acetylcholine from the terminal
Q24: The surface on a neuron that discharges
Q25: Saltatory conduction is a term applied to
A)
Q27: The observation that the acetylcholine released into
Q28: The primary means by which a neuron
Q29: An action potential can start in the
Q30: The "undershoot" phase of after-hyperpolarization is due
Q31: In the sequence of permeability changes for
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