Postsynaptic inhibition is caused by
A) Acetylcholine
B) GABA
C) glycine
D) Both GABA and glycine
Correct Answer:
Verified
Q167: What type of receptors will bind ATP
Q169: What causes presynaptic inhibition?
A)inactivation of Ca2+ channels
B)a
Q170: Nitric oxide
A)is a chemical messenger activating adenylate
Q173: Which gas(es)can function as a neurotransmitter?
A)carbon dioxide
B)nitric
Q180: Excitotoxicity is caused by
A)insufficient synaptic release of
Q183: Postsynaptic inhibition is caused by neurotransmitters that
Q185: Enhancing the excitability of a synapse so
Q187: Both long-term potentiation and long-term depression requires
Q189: The varied strength of synaptic transmission is
Q190: Synaptic plasticity involves structural changes in neurons
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