The process of indirectly - gated chemical synaptic transmission is $\qquad$ in onset with $\qquad$ responses.

The receptor and effector are (the) $\qquad$ in onset with molecule(s).
a. slow; short - lasting; different
b. fast; long - lasting; different
c. slow; short - lasting; same
d. slow; long - lasting; different
e. fast; short - lasting; same

Question

The process of indirectly - gated chemical synaptic transmission is $\qquad$ in onset with $\qquad$ responses.

The receptor and effector are (the) $\qquad$ in onset with molecule(s).
a. slow; short - lasting; different
b. fast; long - lasting; different
c. slow; short - lasting; same
d. slow; long - lasting; different
e. fast; short - lasting; same

Accepted Answer

***D*** ∻Key Concept∻ ⚹Indirectly-gated synaptic transmission⚹ ∻Explanation∻ ⚹Indirectly-gated chemical synaptic transmission typically involves a slower onset and longer-lasting responses compared to directly-gated transmission. This is because it involves a series of biochemical events within the cell, often through a second messenger system, which takes more time to initiate and terminate. The receptor and effector in this process are different entities; the receptor is typically a membrane-bound protein that binds the neurotransmitter, while the effector is usually an ion channel or an enzyme that is modulated by the receptor through intracellular signaling pathways.⚹◊What are the characteristics of the onset and response of indirectly-gated chemical synaptic transmission?⍭ Generate me a similar question◊

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