Which statement is correct?
A) In presynaptic inhibition, another neuron inhibits an excitatory presynaptic input.
B) An IPSP depresses information fed into the cell from an inhibitory presynaptic input.
C) Not all axon terminals of an inhibitory neuron release inhibitory neurotransmitter.
D) When presynaptic inhibition takes place, there is no change in presynaptic membrane potential.
E) An IPSP decreases the potential of the postsynaptic neuron.
Correct Answer:
Verified
Q38: Temporal summation on a postsynaptic neuron takes
Q39: The absolute refractory period
A) prevents action potentials
Q40: What is responsible for development of the
Q42: Neuron A and neuron B release a
Q44: Select the last step for synaptic signaling
Q45: Select the first step for synaptic signaling
Q46: Select the normal direction for the movement
Q47: In convergence:
A) Many presynaptic cells can synapse
Q48: Sequence the following events correctly.
1. Neurotransmitter diffuses
Q60: Which statement about a graded potential is
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