control secrection of the thyroid stimulating hormone ( TSH)
Yes, the ventral root of a spinal nerve is the efferent motor root, consists of axons of motor neurons. It joins the dorsal root to form a mixed spinal nerve, which consists of afferent sensory neurons (from the dorsal root) and efferent motor neurons (from the ventral root). Therefore severing the ventral root will result in a loss of motor function for the myotome supplied by that spinal nerve.
The ventral root of a spinal nerve contains efferent motor neurons that carry signals away from the spinal cord to muscles and glands in the body. These motor neurons control voluntary movements and autonomic functions.
Many upper motor neurons synapse with lower motor neurons in the ventral horn of the spinal cord. This is where the cell bodies of lower motor neurons are located, allowing for the direct control of muscle function.
ventral posterolateral nucleus of the thalamusthalamusin the thalamus
Motor neurons are localized in the ventral horn of the spinal cord (anterior surface)
In the Ventral horn of the spinal cord of the central nervous system.
Motor neurons are located in the gray matter of the brain, and their axons stretch out to the spinal cord through the ventral root. they are located in the Ventral horn of the spinal cord,
The part of a spinal nerve that contains only sensory neurons is called the ventral root. There's also the axons of motor neurons and axons of sensory neurons.
In the Ventral horn of the spinal cord of the central nervous system.
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The ventral root contains motor neurons, which are responsible for sending signals from the central nervous system to muscles, glands, and other effector organs. These neurons initiate and control muscle contraction and other involuntary movements.
ventral root