从外周到中枢的神经重新布线:叙述性回顾

Hao-yu Lu, Ji Yan
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引用次数: 0

摘要

周围神经的损伤和重建会导致神经通路的改变。这被认为是周围神经的重新布线,这也可能触发大脑中相应的神经重新布线过程。周围神经重建后的脑可塑性在肢体功能恢复中发挥着重要作用,已引起越来越多的关注。本文就神经再生相关的脑可塑性研究进展作一综述。神经移植是一种特殊的神经重建技术,通常会导致周围神经的重组和皮层的重组。特别讨论了神经转移相关的运动表征移位。我们还强调了基于当前外围-中枢重新布线理论的康复策略。针对相应的恢复阶段,提出了基于神经可塑性的具体策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Neural rewiring from peripheral to central: a narrative review
Peripheral nerve injury and reconstruction would lead to alteration of neural pathways. This is regarded as rewiring peripheral nerves, which could also be a trigger for the corresponding neural rewiring process in the brain. Brain plasticity subsequent to peripheral nerve reconstruction plays an important role in the functional recovery of limbs, which has attracted increasing concerns. The present study aimed to overview recent progress in neuroregeneration-related brain plasticity. Nerve transfer is a special technique of nerve reconstruction that usually leads to substantial peripheral neural rewiring and cortical reorganization. Nerve transfer-related shifting of motor representation was particularly discussed. We also emphasized rehabilitation strategies based on the current peripheral-central rewiring theory. Specific strategies based on neural plasticity were proposed for corresponding recovery stages.
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