The period following depolarization when a neuron cannot fire is termed the
A) absolutely (absolute) refractory period.
B) relatively (relative) refractory period.
C) hypostyle (ascending) refractory period.
D) adductory (closing) refractory period.
Correct Answer:
Verified
Q13: A neuron can fire approximately once every
A)
Q14: Active cellular transport
A) is required to adjust
Q15: Because an action potential always results in
Q16: An action potential causes
A) synaptic vesicles to
Q17: Adenosine triphosphate is a direct product of
A)
Q19: The period following depolarization of a neuron
Q20: Inhibition causes
A) depolarization.
B) hyperpolarization.
C) repolarization.
D) none of
Q21: A major difference between slow- and fast-twitch
Q22: In the neuromuscular junction of skeletal muscle,
A)
Q23: The _ period is the time during
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