Axonal recruitment refers to the process by which an increasing number of axons in a nerve are activated to generate a stronger neural signal or action potential.
Each axon is capable of generating an action potential, which is an electrical signal that travels along the length of the axon. However, at low levels of stimulation, only a subset of axons in a nerve will generate action potentials. As the level of stimulation increases, more axons will begin to generate action potentials, leading to increased neural activity.
Axonal recruitment is an important mechanism for regulating the strength and sensitivity of neural signals. It allows the nervous system to modulate the strength of its responses to different levels of stimuli, and can be observed in a variety of physiological processes, including muscle contraction and sensory processing.
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A physiological mechanism called xonal transport involves moving materials from the cell body to the axonal terminal of neurons. Axonal transport is separated into anterograde and retrograde axonal transport depending on the direction of the material flow.
Axonal recruitment is a phenomenon in which the threshold for activation of a nerve fiber decreases as more and more fibers are stimulated. This can occur in both normal and pathological conditions.
In a normal nerve, axonal recruitment is thought to be important for increasing the dynamic range of the nerve, so that it can respond to a wide range of stimulus intensities. For example, when you listen to a very soft sound, only a few of the auditory nerve fibers are activated. As the sound gets louder, more and more fibers are recruited, until all of the fibers are activated at the loudest sounds.
In pathological conditions, axonal recruitment can be seen in a number of different disorders, including hearing loss, spinal cord injury, and multiple sclerosis. In these conditions, the damage to the nerve fibers can make it difficult for them to reach their activation threshold. As a result, more and more fibers need to be stimulated in order to produce a response.
Axonal recruitment can be measured using a variety of techniques, including electrophysiological recordings and functional imaging. The measurement of axonal recruitment can be used to assess the severity of nerve damage and to monitor the progress of recovery.
Here are some of the conditions in which axonal recruitment may be seen:
*** Hearing loss**
*** Spinal cord injury**
*** Multiple sclerosis**
*** Guillain-Barré syndrome**
*** Neuropathies**
*** Tumors**
*** Stroke**
Axonal recruitment is a complex phenomenon that is not fully understood. However, it is an important concept in the understanding of nerve function and the assessment of nerve damage.
Axonal recruitment refers to the process by which motor neurons control muscle contraction by selectively activating more or fewer muscle fibers. As the strength of a muscle contraction increases, more motor units are activated and more muscle fibers are recruited, leading to a more forceful contraction. Axonal recruitment plays a crucial role in the fine control of movements and is essential for activities that require varying degrees of force, such as lifting objects of different weights or controlling the speed and force of movements during physical activities.
Something to do with neural transmitters.
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Penis
A single bidirectional transport mechanism appears to be responsible for axonal transport. (From Human Anatomy and Physiology Marieb 8th Ed.)
Axon is branch of neuron that conducts impulse , axonal terminal and synaptic knob are same , it is bulb like and makes a synapse .
Schwann cells
a neurotransmitter
yes absolutely...I have tremors with axonal neurapathy.
recruitment is a process of selection in which every body can take part init ,but recruitment doesn't leads toward employment.
e-recruitment is the online selection of candidates in a cost and time effective manner.
Destroy ACh a brief period after its release by the axonal endings.
synaptic cleft
job Ad, Placement and recruitment
What is neural recruitment