Miho Takahashi

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About

Miho Takahashi is a neuroscientist whose research focuses on the neural mechanisms underlying human locomotion and motor control, particularly in the context of rehabilitation robotics. Her work bridges the gap between basic neurophysiology and clinical application, exploring how electrical stimulation and robotic assistance can modulate spinal reflex pathways to improve movement in individuals with neurological impairments. In her highly cited 2015 study, Takahashi investigated the short-term effects of common peroneal nerve stimulation on spinal reciprocal inhibition during robot-assisted passive stepping in healthy subjects. This foundational work, which has garnered 10 citations, demonstrated that targeted electrical stimulation can alter spinal reflex excitability during robotic gait training—a finding with significant implications for designing more effective neurorehabilitation protocols. By systematically examining how different interventions modulate the central nervous system’s response to passive movement, Takahashi has contributed critical insights into the plasticity of spinal circuits. Her research continues to inform the development of hybrid therapies combining robotics and neuromodulation, making her a key figure in advancing evidence-based approaches for restoring walking function after spinal cord injury or stroke.