afferent neurons การใช้

• This electric current creates action potentials within the connected afferent neurons.
• The afferent neurons are either A fibers or C fibers.
• The main function of the IHCs is to transmit sound information via afferent neurons.
• These signals ( action potentials ) are transmitted along afferent neurons into the brain.
• Often tumor cells secrete growth factors which activate receptors close to primary afferent neurons.
• The primary afferent neurons responsible for histamine-induced itch are unmyelinated C-fibres.
• In the spinal cord reflex pathway the afferent neuron transmits information to spinal cord interneurons.
• The first order afferent neuron carries sensory information to the second order neuron in the dorsal horn.
• In the spinal cord, however, at least 75 afferent neurons are required to produce firing.
• Since bladder wall stretch is low during the storage phase, these afferent neurons fire at low frequencies.
• This process is carried out through the activity of afferent neurons, interneurons, and efferent motor neurons.
• In mammalian neurons, opening of the ion channels depolarizes the afferent neuron producing an action potential with sufficient depolarization.
• Both NT-3 and BDNF are important in the regulation and development of synapses formed between afferent neurons and motor neurons.
• This process is carried out through the activity of afferent neurons ( sensory neurons ), interneurons, and efferent neurons ( motor neurons ).
• 14 % of submucosal plexus neurons are sensory neurons-Dogiel type II, also known as enteric primary afferent neurons or intrinsic primary afferent neurons.
• 14 % of submucosal plexus neurons are sensory neurons-Dogiel type II, also known as enteric primary afferent neurons or intrinsic primary afferent neurons.
• 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.
• 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.
• 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.
• 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.