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A portable neuroprosthesis for applications in gait rehabilitations with stroke patients

机译:便携式神经假体,用于中风患者的步态康复

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摘要

Neuroprosthesis (NP) is an emerging rehabilitation technique for replacing a function that is lost because of injury or disease of the central nervous system (CNS). A new, micro-controller-based portable neuromuscular stimulation device for drop-foot correction and other assistive applications has been developed with low cost. The portable stimulator features fully programmable, constant current, single-channel stimulation system. Rectangular stimulation intensity envelope algorithms are provided for drop foot correction and for other assistive applications. The effectiveness of functional electrical stimulation (FES) has been investigated in chronic hemiplegia. The reported benefits has shown, a significant reduction in physiological cost index (PCI), increasing walking speed, increasing step length, cadence, and reduction in composite spasticity score, accompanied by an increase in electromyogram analysis in the FES therapy group.
机译:神经假体(NP)是一种新兴的康复技术,用于替代由于中枢神经系统(CNS)的损伤或疾病而丧失的功能。一种新型的,基于微控制器的便携式神经肌肉刺激设备,用于脚掌矫正和其他辅助应用,已经以低成本开发出来。便携式刺激器具有完全可编程的恒流单通道刺激系统。提供了矩形刺激强度包络算法,用于落脚矫正和其他辅助应用。在慢性偏瘫中已经研究了功能性电刺激(FES)的有效性。所报告的好处表明,FES治疗组的生理成本指数(PCI)显着降低,步行速度增加,步长,踏频增加,复合痉挛评分降低,同时肌电图分析增加。

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