Central vestibular compensation: Update

Hesham Samy, M. El-Badry
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Abstract

Abstract Vestibular compensation involves multiple, parallel plastic routes at various locations in the brain. Experimental studies propose that adaptive changes in the sensitivity of central vestibular system to the inhibitory neurotransmitters GABA and glycine, changes in the electrophysiological excitability of vestibular neurons, changes in the inhibitory control of the brainstem, vestibular networks by the cerebellum, gliosis and neurogenesis in the vestibular nuclei, and activity-dependent reorganization of the synaptic network of the vestibular pathways, are mechanisms involved in central compensation.
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中央前庭代偿:更新
前庭代偿涉及大脑不同位置的多个平行的可塑性通路。实验研究认为,前庭中枢系统对抑制性神经递质GABA和甘氨酸敏感性的适应性变化,前庭神经元电生理兴奋性的变化,脑干对前庭网络的抑制性控制的变化,小脑的前庭网络,前庭核的胶质增生和神经发生,以及前庭通路突触网络的活动依赖性重组。是否有机制参与中枢补偿。
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Referees Morphological and functional structure of the inner ear: Its relation to Ménière's disease Medical therapy in Ménière's disease Simon Dafydd Glyn Stephens, Professor of Audiological Medicine Ménière's disorder: A short history
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