This process is carried out through the activity of afferent neurons, interneurons, and efferent motor neurons.
12.
In mammalian neurons, opening of the ion channels depolarizes the afferent neuron producing an action potential with sufficient depolarization.
13.
Both NT-3 and BDNF are important in the regulation and development of synapses formed between afferent neurons and motor neurons.
14.
This process is carried out through the activity of afferent neurons ( sensory neurons ), interneurons, and efferent neurons ( motor neurons ).
15.
14 % of submucosal plexus neurons are sensory neurons-Dogiel type II, also known as enteric primary afferent neurons or intrinsic primary afferent neurons.
16.
14 % of submucosal plexus neurons are sensory neurons-Dogiel type II, also known as enteric primary afferent neurons or intrinsic primary afferent neurons.
17.
The initialization of sensation stems from the response of a specific receptor to a physical afferent neurons to specific brain regions where it is processed and interpreted.
18.
Afferent neurons innervate cochlear inner hair cells, at synapses where the neurotransmitter glutamate communicates signals from the hair cells to the dendrites of the primary auditory neurons.
19.
Each bundle of hair cells is covered in a gelatinous capulla which the capillary waves actually make contact with and in doing so cause afferent neurons to fire.
20.
Afferent neurons'somas ganglia of the peripheral nervous system, and the axons of these cells travel from ganglion to ganglion and lead back to the spinal cord.
