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when odorant molecules contact the dendritic processes of olfactory receptors the initial response is when odorant molecules contact the dendritic processes of olfactory receptors the initial response is activation of a kinase. a generator potential. an action potential. a hyperpolarization potential. a conversion of 11-trans retinal to 11-cis retinal.

Sagot :

A generating potential is the first reaction that occurs when odorant molecules come into contact with the dendritic processes of olfactory receptors. Here option C is the correct answer.

The cilia of the olfactory sensory neurons are where olfactory transduction occurs. G protein called Golf is activated when odorant molecules connect to odor receptors (R) in the ciliary membrane. This G protein then activates adenylyl cyclase (AC), increasing the production of cAMP from ATP.

Each receptor cell contains a single external process that extends to the epithelium's surface and produces a number of cilia, which are long, thin projections. The nasal cavity's mucus covers the cilia, making it easier for olfactory receptors to detect and react to odor molecules.

Complete question:

when odorant molecules contact the dendritic processes of olfactory receptors the initial response is

A) an action potential.

B) activation of a kinase.

C) a generator potential.

D) a hyperpolarization potential.

E) a conversion of 11-trans retinal to 11-cis retinal.

To learn more about olfactory receptors

https://brainly.com/question/14272826

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