Masahiro Tomoi

Papers

Total Citations

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About

Masahiro Tomoi is a researcher whose work lies at the intersection of rehabilitation engineering and neurophysiology, with a primary focus on understanding and enhancing motor recovery in individuals with spinal cord injuries. His most cited study, "Short-term effect of a close-fitting type of walking assistive device on spinal cord reciprocal inhibition" (2020, 21 citations), represents a significant contribution to the field by demonstrating how a novel, close-fitting walking assistive device can modulate spinal reflex pathways. Specifically, Tomoi’s research revealed that such a device can reduce abnormal reciprocal inhibition—a key neural mechanism that often hinders coordinated movement after spinal cord injury—thereby offering a non-invasive, short-term therapeutic strategy to improve gait function. This work bridges the gap between biomechanical assistive technology and neural plasticity, providing a foundation for future rehabilitation protocols. While his citation count reflects a focused, emerging impact, Tomoi’s findings have implications for designing more effective, neurorehabilitation-oriented assistive devices. His research is particularly valuable for students and clinicians seeking evidence-based approaches to integrate wearable technology with neurophysiological principles, advancing both the understanding of spinal cord circuitry and practical interventions for mobility recovery.