自身肢体运动破坏生物运动的工作记忆复述
Self-movements Destroy Biological Motion Rehearsal in Working Memory
黄坚 1鲁溪芊2
作者信息
- 1. 浙江大学医学院附属儿童医院数据信息部,杭州 310052;浙江-芬兰儿童健康人工智能联合实验室,杭州 310052;国家儿童健康与疾病临床医学研究中心,儿童健康医工信交叉研究中心,杭州 310052
- 2. 中国科学院心理研究所,北京 100101
- 折叠
摘要
生物运动指人或其他生物体的运动,在其加工过程中为了形成时空上整合的表征需要将其存储于工作记忆.以往研究发现生物运动的工作记忆复述会引发镜像神经元活动,此研究则从反方面探求在生物运动工作记忆复述过程中记忆保持是否会被干扰镜像神经元的活动所破坏.通过在生物运动的工作记忆保持阶段插入自身肢体运动以干扰镜像神经元的活动,发现生物运动工作记忆绩效受到的破坏显著大于控制组.该结果说明镜像神经元在生物运动工作记忆复述中起核心作用.
Abstract
To process the biological motion,the movements of animate entities,and form its coherent representations,persons need to re-tain the biological motion information in working memory.Previous studies have found that the mirror neuron system is involved in bio-logical motion rehearsal in working memory.The present study examined whether interfering with the activity of mirror neurons would destroy the working memory retention of biological motion.Experiment required the participants to perform a self-movements task dur-ing the working memory maintenance phase.Results showed that self-movement led to a larger impairment for the memory performance of biological motion than the memory performance of circular motion.These results suggest that the mirror neuron system plays a key role in biological motion rehearsal in working memory.
关键词
生物运动/工作记忆/镜像神经元Key words
biological motion/working memory/mirror neuron system引用本文复制引用
出版年
2024
NETL
NSTL
维普
万方数据