Information travels through the nervous system along the axons as action potentials. These action potentials must be transmitted across the synaptic cleft. Describe the process whereby an action potential that has entered the axon terminal is able to induce a change in membrane potential in the postsynaptic membrane, following neurotransmitter binding to a metabotropic receptor.
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Q120: Q121: Most communication between neurons in the central Q122: If the equilibrium potential of a cation Q123: Postsynaptic potentials, generated by neurotransmitter binding to Q124: Neural integration occurs at a neuron's cell Q126: Adenosine is degraded by nucleotidases. Q127: Slow postsynaptic potentials can be caused by Q128: Connexons are a necessary component of electrical Q129: Closing of potassium channels causes a hyperpolarization. Q130: EPSPs are at least 10 mV in
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