Lim Rosary Yuting, Ang Kai Keng, Chew Effie, Guan Cuntai
Institute for Infocomm Research, Agency for Science Technology and Research, A*STAR, 1 Fusionopolis Way, #21-01 Connexis, Singapore 138632, Singapore.
School of Computer Science and Engineering, Nanyang Technological University, 50 Nanyang Ave., #32 Block N4 #02a, Singapore 639798, Singapore.
Brain Sci. 2023 Nov 12;13(11):1584. doi: 10.3390/brainsci13111584.
Research has shown the effectiveness of motor imagery in patient motor rehabilitation. Transcranial electrical stimulation has also demonstrated to improve patient motor and non-motor performance. However, mixed findings from motor imagery studies that involved transcranial electrical stimulation suggest that current experimental protocols can be further improved towards a unified design for consistent and effective results. This paper aims to review, with some clinical and neuroscientific findings from literature as support, studies of motor imagery coupled with different types of transcranial electrical stimulation and their experiments onhealthy and patient subjects. This review also includes the cognitive domains of working memory, attention, and fatigue, which are important for designing consistent and effective therapy protocols. Finally, we propose a theoretical all-inclusive framework that synergizes the three cognitive domains with motor imagery and transcranial electrical stimulation for patient rehabilitation, which holds promise of benefiting patients suffering from neuromuscular and cognitive disorders.
研究表明运动想象在患者运动康复中具有有效性。经颅电刺激也已证明可改善患者的运动和非运动表现。然而,涉及经颅电刺激的运动想象研究得出的混合结果表明,当前的实验方案可朝着统一设计进一步改进,以获得一致且有效的结果。本文旨在以文献中的一些临床和神经科学研究结果为支撑,回顾运动想象与不同类型经颅电刺激相结合的研究及其在健康受试者和患者身上进行的实验。本综述还包括工作记忆、注意力和疲劳等认知领域,这些对于设计一致且有效的治疗方案很重要。最后,我们提出一个理论上全面的框架,该框架将这三个认知领域与运动想象和经颅电刺激协同起来用于患者康复,有望使患有神经肌肉和认知障碍的患者受益。