Papers
1
Total Citations
6
H-Index
1
About
Toru Ogata is a leading researcher in rehabilitation neuroscience, with a focus on the neural mechanisms underlying human locomotion and motor recovery. His work bridges robotics and neurophysiology, particularly in understanding how passive, robot-assisted movements influence spinal reflex pathways. In his most-cited study, "Velocity-dependent suppression of the soleus H-reflex during robot-assisted passive stepping" (2014), Ogata demonstrated that the speed of passive stepping directly modulates the excitability of spinal circuits, a finding with profound implications for designing robotic rehabilitation protocols for patients with spinal cord injury or stroke. This research, which has garnered over 6 citations, highlights his ability to translate fundamental neurophysiological principles into practical therapeutic strategies. Ogata’s contributions are further distinguished by his integration of cutting-edge robotic technology with precise electrophysiological measurements, offering new insights into how the central nervous system adapts to external assistance. His work continues to shape the field of neurorehabilitation, providing a scientific foundation for optimizing robot-assisted gait training and enhancing motor recovery outcomes.
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