A motor neurone connects the central nervous system (CNS) with an effector, which is to say either a muscle or a gland.
The length of the neurone depends on the size of the animal. In a human, some of the longest neurones extend from the base of the spine to the foot. The longest must be in the largest animals. Think of a giraffe. Not to mention a blue whale!
The axon.
the axon
axon
The axon
Axon
Axon.
the longest part of a nerve cell is called the Axon.
Terminal branches (aka end brushes) are at the end of a Motor Nerve (aka Efferent Nerve) and are in very close proximity to the muscle fibers.
synaptic terminal
dendrite
postsynapse: containing receptor sites for the neurotransmitters on the dendrites.
Motor Neuron
Sensory neuron and motor neuron.
An axon.
as a nerve impules
the longest part of a nerve cell is called the Axon.
The axon, an elongated portion of the neuron, carries impulses to the muscles.
not sure , but i think they are called motor neurons and they are part of the PNS system
This is what happens:a receptor detects a stimulus (change in the environment)a sensory neuron sends a signal to the relay neuronthe relay neuron sends the signal to the motor neuronthe motor neuron sends a signal to the affected partthe affected part produces a response
I'm not sure what nuclei would do that. If you mean cellular nuclei then it would be the nuclei in the soma on the motor neuron. But, if you are asking about motor coordination, that is controlled by a part of the brain called the cerebellum.
Terminal branches (aka end brushes) are at the end of a Motor Nerve (aka Efferent Nerve) and are in very close proximity to the muscle fibers.
The parts are: the cervical, thoracic, lumbar, and pelvic regions. :)
Functionally, neurons or nerve cells are classified into three types,1. Sensory or afferent neuron- a neuron that carries signals towards brain.2. Motor or efferent neuron- a neuron that carries signals away from brain.3. Inter-neuron which is present in gray matter of spinal cord and convert sensory signals into appropriate motor signals during spinal reflex.