经颅直流电刺激-经颅磁刺激-音乐融合刺激对脑力疲劳干预效果的研究
Intervention effect of transcranial direct current stimulation,transcranial magnetic stimulation and music combined stimulation on mental fatigue
任振峰 1曹勇 2牟锴裕 2王立志 2王慧泉 3张朋 4王艳景 1毕珣 5姜昌华2
作者信息
- 1. 北京航空航天大学生物与医学工程学院,北京 100191
- 2. 中国航天员科研训练中心,北京 100094
- 3. 天津工业大学生命科学学院,天津 300387
- 4. 首都师范大学心理学院,北京 100048
- 5. 武警特色医学中心,天津 300162
- 折叠
摘要
目的 评估经颅直流电刺激(tDCS)、经颅磁刺激(TMS)和音乐(Music)多物理场融合刺激方案对脑力疲劳的干预效果.方法 疲劳诱发后,10名受试者分别接受空白(静息态)干预、音乐干预和tDCS-TMS-Music多物理场干预.tDCS刺激部位位于受试者双额区,TMS刺激部位为后脑双侧枕部.每次刺激干预前后统计受试者主观疲劳量表、测定心率变异性和被试反应绩效,研究不同干预方案对脑力疲劳的缓解效果.结果 与音乐组和空白组相比,tDCS-TMS-Music组干预后脑力负荷程度、反应绩效和心率变异性指标改善效果更好.结论 tDCS-TMS-Music融合干预方案能够有效缓解长时间认知操作任务诱发的脑力疲劳,干预效果优于相同时间的音乐干预和静息态缓解.
Abstract
Objective This paper investigates the effect of a multi-physical field fusion intervention based on transcranial direct current stimulation(tDCS),transcranial magnetic stimulation(TMS)and music on mental fatigue.Methods After fatigue induction,10 subjects received blank group stimulation,music group stimulation and tDCS-TMS-Music stimulation,respectively.tDCS stimulation sites were located in the bilateral frontal regions of the subjects,and TMS stimulation sites were located in the bilateral occipital regions of the hindbrain.Heart rate variability and reaction performance were measured before and after each intervention to determine the elimination effect of different intervention programs on mental fatigue.Results Compared with the control group,the tDCS-TMS-Music group showed significantly greater improvements in subjective mental workload,response performance,and heart rate variability.Conclusion The results of this study support that tDCS-TMS-Music can effectively alleviate mental fatigue induced by long-term cognitive performance tasks,and the intervention effect is better than music intervention and resting-state relief at the same time.
关键词
疲劳缓解/多物理场干预/微弱直流电刺激/弱磁场刺激Key words
fatigue relief/multi-physics intervention/weak direct current stimulation/weak magnetic field stimulation引用本文复制引用
基金项目
载人航天空间医学试验项目(HYZHXM03003)
出版年
2024
NETL
NSTL
万方数据