摘要运动相关皮层电位是一种事件相关电位,可以反映运动前的策划、准备和早期的运动执行过程,近年来多受关注。以Web of ScienceTM核心合集收录2000年至今“运动相关皮层电位”为研究主题的498篇文献为数据来源,利用Cite SpaceⅤ可视化技术绘制图谱分析相关问题。分析表明,研究热点主要集中于运动关联电位、运动皮层、脑电图、运动等方向。运动相关皮层电位的研究发展按照时间可以分为3个阶段:第一阶段主要以大脑额叶、诱发电位、吞咽诱发运动相关皮层电位的研究为主;第二阶段以脑机接口、运动想象、运动检测电位与帕金森综合征为主;第三阶段研究趋势逐渐向着康复性研究方向发展,主要以脑电图学、注意力、以及抓握分析为主。通过对运动相关皮层电位的研究热点以及发展历程进行分析,有助于对体育训练和运动康复等领域提供理论和应用研究方面的参考。
Abstract：Motor-related cortical potential is an event-related potential, which can reflect the pre-exercise planning, preparation, and early exercise execution process. It has attracted much attention in recent years. Based on the 498 literatures with research theme "motor-related cortical potential" collected in the core collection of the web of science from 2000 to now, the city space V visualization technology was used to draw maps and analyze related problems. The analysis showed that the research hotspots mainly focued on motor-related potential, motor cortex, EEG, motor, and so on. The research and development of motor-related cortical potential could be divided into three stages according to time. The first stage mainly focused on the research of frontal lobe, evoked potential, and swallowing evoked motor-related cortical potential. The second stage was mainly focused on the brain-computer interface, motor imagination, motor detection potential, and Parkinson's syndrome. In the third stage, the research trend was gradually developing towards rehabilitation research, mainly focusing on EEG, attention and grip analysis. The analysis of the research hotspots and development process of motor-related cortical potential provided a reference for theoretical and applied research in the fields of physical training and sports rehabilitation.
戴文豪, 陈杰, 谢平, 李国强, 王大鹏. 运动相关皮层电位研究的知识图谱分析[J]. 中国生物医学工程学报, 2022, 41(3): 360-369.
Dai Wenhao, Chen Jie, Xie Ping, Li Guoqiang, Wang Dapeng. Knowledge Mapping Analysis of Motor Related Cortical Potentials. Chinese Journal of Biomedical Engineering, 2022, 41(3): 360-369.
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