
pmid: 6616225
After it has been deafferentated, spontaneous spike activity in the vestibular nerve is not abolished, but is drastically reduced 1-3 months post-op. If the nerve stump is cut again in the compensated animal, similarly directed postural asymmetries are re-induced, although of milder intensity. Electrical stimulation of the vestibular nerve stump evokes monosynaptic excitation in the vestibular nuclei and a vestibulo-ocular reflex at normal thresholds despite partial degeneration in the nerve. Therefore, the deafferentated nerve is capable of exerting compensatory influences upon the central nervous system.
Neuronal Plasticity, Eye Movements, Reflex, Monosynaptic, Guinea Pigs, Action Potentials, Vestibular Nerve, Nerve Degeneration, Animals, Ganglia, Neurons, Afferent, Brain Stem
Neuronal Plasticity, Eye Movements, Reflex, Monosynaptic, Guinea Pigs, Action Potentials, Vestibular Nerve, Nerve Degeneration, Animals, Ganglia, Neurons, Afferent, Brain Stem
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