Destruction of anterior horn cells in the gray matter of the spinal cord results in loss of myelinated axons in the anterior roots and motor nerves, and the resulting denervated muscle fibers undergo atrophy. Degeneration of posterior root ganglion cells leads to loss of sensory nerve fibers and posterior root fibers.
Destruction of anterior horn cells in the gray matter of the spinal cord results in loss of myelinated axons in the anterior roots and motor nerves, and the resulting denervated muscle fibers undergo atrophy. Degeneration of posterior root ganglion cells leads to loss of sensory nerve fibers and posterior root fibers.
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Answer:
Destruction of anterior horn cells in the gray matter of the spinal cord results in loss of myelinated axons in the anterior roots and motor nerves, and the resulting denervated muscle fibers undergo atrophy. Degeneration of posterior root ganglion cells leads to loss of sensory nerve fibers and posterior root fibers.
Explanation:
Destruction of anterior horn cells in the gray matter of the spinal cord results in loss of myelinated axons in the anterior roots and motor nerves, and the resulting denervated muscle fibers undergo atrophy. Degeneration of posterior root ganglion cells leads to loss of sensory nerve fibers and posterior root fibers.
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