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当使用虚拟现实(VR)时,观察行动甚至模拟,可调动储备的运动肌程序。该过程是由脑电图中α和β波穿过镜像神经元系统脑区时,振动幅度的发生变化来表现。在执行机器人辅助步态训练时观察动画头像,以深入研究步态恢复的神经生理学基础。这项试验性研究纳入标准为年龄大于55岁,首次缺血性卒中并继发痉挛超过六个月的患者。所有受试者均接受locomat训练,无论
When using virtual reality (VR), observing the action or even simulating, can mobilize the reserve exercise motor program. The process is represented by changes in the amplitude of the vibration as the alpha and beta waves in the EEG pass through the brain regions of the mirror neuron. Observing animated avatars while performing robotic gait training to gain insight into the neurophysiological basis for gait recovery. The pilot study included patients older than 55 years with first ischemic stroke and spasm secondary to more than six months. All subjects received locomat training, no matter