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Maxillary division (V2) of trigeminal nerve is associated with the pterygopalatine ganglion.
a nerve impulse
they transport the nerve impulse through the synapses (:
ganglion cells
Basal ganglia are collections of grey matter that are deeply placed inside the white matter of your cerebral hemisphere.
First you must understand how light is transferred into an image by the eye. Located in the retina at the back of the eye are millions of photoreceptors. The way I understand them to work is they are constantly blocking any impules from themselves to the next connection, ganglions. When light hits these potoreceptors, the impulse is released, travels through the ganglion, and then is transmitted to the actual optic nerve. So according to this question, the photoreceptors are the trigger of light to impulse, but the answer to your question is the ganglion that transmitts the impulse to the optic nerve.
First you must understand how light is transferred into an image by the eye. Located in the retina at the back of the eye are millions of photoreceptors. The way I understand them to work is they are constantly blocking any impules from themselves to the next connection, ganglions. When light hits these potoreceptors, the impulse is released, travels through the ganglion, and then is transmitted to the actual optic nerve. So according to this question, the photoreceptors are the trigger of light to impulse, but the answer to your question is the ganglion that transmitts the impulse to the optic nerve.
ganglion cells
Qustion:The correct pathway for impulses leaving the retina? My answer: photoreceptors, ganglion cells, bipolar cells, and optic nerve.
nerve impulse
A nerve impulse starts at the dendrite
The transition from a photon to a nerve impulse takes place within the rods and cones of the retina.
Maxillary division (V2) of trigeminal nerve is associated with the pterygopalatine ganglion.
Yes. The Retinal Ganglion Cell axons form the optic nerve.
maxillary nerve
a nerve impulse
they transport the nerve impulse through the synapses (: