Abstract
HERTWIG–MAGENDIE LAW: CLINICAL SIGNIFICANCE IN NEUROPHARMACOLOGY AND SPINAL CORD DISORDERS
Keerthiga J., Hepsiba Selvakumari K., Hensha H. S., Shathika J., Periyakaruppan A. R., M. Immanuel Jebastine*, Dr. K. Karthickeyan
ABSTRACT
The nervous system is a highly organized network responsible for the transmission of sensory and motor information throughout the body. One of the fundamental principles underlying this organization is the Hertwig–Magendie law, which describes the functional segregation of spinal nerve roots into distinct sensory and motor components. According to this law, the dorsal (posterior) roots of the spinal cord are responsible for transmitting sensory (afferent) impulses from peripheral tissues to the central nervous system, whereas the ventral (anterior) roots carry motor (efferent) signals from the spinal cord to muscles and effector organs.
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