在运动序列学习后,海马体是否表现出离线的神经活动再激活?

B. King, A. Van Roy, Ainsley Temudo, Kaitlyn Dwenger, Mareike A. Gann, G. Albouy
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引用次数: 0

摘要

在随后的离线时期(即编码后休息期间),与学习相关的海马活动的重放或重新激活支持陈述性记忆领域的记忆巩固。直到最近,对运动学习后类似的海马体再激活过程的研究还不存在。传统的——但已经过时的——观点认为海马体与运动学习无关,这助长了文献中的这一空白。在这里,我们讨论了最近在运动记忆领域的研究,这些研究为支持运动序列学习后海马再激活提供了证据。最后,我们强调了未来研究中值得研究的几个领域,包括通过实验操纵学习后海马再激活来增强运动记忆巩固过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Does the hippocampus exhibit offline reactivation of neural activity following motor sequence learning?
Memory consolidation in the declarative memory domain is known to be supported by the replay or reactivation of learning-related hippocampal activity during subsequent offline epochs (i.e., during post-encoding rest). Examinations into an analogous hippocampal reactivation process following motor learning have, until recently, been non-existent. This gap in the literature has been fueled by the traditional – yet outdated - view that the hippocampus is not involved in motor learning. Here, we discuss recent research in the motor memory domain that provides evidence in support of hippocampal reactivation following motor sequence learning. We conclude by highlighting several areas that warrant examination in future research, including experimentally manipulating post-learning hippocampal reactivation in an effort to enhance the motor memory consolidation process.
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