首页> 外文会议>International Scientific-Technical Conference on Actual Problems of Electronics Instrument Engineering >Biotechnical System Stimulation of the Brain Neural Fields by Tactile Impact on the Receptor System for the Recovery of Motor Functions of a Human Body's Reactions After Stroke
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Biotechnical System Stimulation of the Brain Neural Fields by Tactile Impact on the Receptor System for the Recovery of Motor Functions of a Human Body's Reactions After Stroke

机译:触觉对受体系统的触觉冲击对脑神经场的生物技术系统刺激,以恢复中风后人体反应的运动功能

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This article describes the biotechnical system, its functional, implementation and operating principle, and also examines the mechanisms of low-intensity current exposure to the skin of the index fingers to obtain practical results, which can later be used in the rehabilitation of post-stroke patients. The mechanisms of exposure are based on the physiological characteristics of the biological receptor systems of the human body, which are reflected in the section “theory”. This system intends to find its application in order to achieve therapeutic effects, development of medical techniques and algorithms of exposure in the rehabilitation of people who have suffered a stroke or cerebral infarction.
机译:本文介绍了生物技术系统,其功能,实现和操作原理,并研究了食指皮肤低强度电流暴露的机制,以获得实际结果,可在以后的中风康复中使用。耐心。暴露的机制基于人体生物受体系统的生理特征,这反映在“理论”部分。该系统旨在找到其应用,以在患有中风或脑梗塞的人的康复中获得治疗效果,开发医疗技术和接触算法。

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