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皮质可塑性与康复

Cortical plasticity and rehabilitation.

作者信息

Moucha Raluca, Kilgard Michael P

机构信息

Neuroscience Program, School of Brain and Behavioral Sciences, University of Texas at Dallas, Dallas, TX, USA.

出版信息

Prog Brain Res. 2006;157:111-122. doi: 10.1016/s0079-6123(06)57007-4.

Abstract

The brain is constantly adapting to environmental and endogenous changes (including injury) that occur at every stage of life. The mechanisms that regulate neural plasticity have been refined over millions of years. Motivation and sensory experience directly shape the rewiring that makes learning and neurological recovery possible. Guiding neural reorganization in a manner that facilitates recovery of function is a primary goal of neurological rehabilitation. As the rules that govern neural plasticity become better understood, it will be possible to manipulate the sensory and motor experience of patients to induce specific forms of plasticity. This review summarizes our current knowledge regarding factors that regulate cortical plasticity, illustrates specific forms of reorganization induced by control of each factor, and suggests how to exploit these factors for clinical benefit.

摘要

大脑一直在适应生命各个阶段发生的环境和内源性变化(包括损伤)。调节神经可塑性的机制在数百万年的时间里不断完善。动机和感官体验直接塑造了使学习和神经功能恢复成为可能的神经回路重组。以促进功能恢复的方式引导神经重组是神经康复的主要目标。随着对神经可塑性规律的理解不断深入,有可能操纵患者的感官和运动体验以诱导特定形式的可塑性。本综述总结了我们目前关于调节皮质可塑性的因素的知识,阐述了控制每个因素所诱导的特定重组形式,并提出了如何利用这些因素获得临床益处。

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