Masashi Kono

Papers

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About

Masashi Kono is a leading researcher in neurorehabilitation, specializing in brain-machine interfaces (BMI) for stroke recovery. His work focuses on restoring motor function in paralyzed patients by harnessing neural signals—particularly event-related desynchronization (ERD) in the mu band (8–13 Hz) during motor imagery. Kono’s major contributions include the development of the Digital Mirror Box (DMB), a BMI-based system that provides physiologically congruent neurofeedback to retrain affected motor cortical activity, and a rehabilitation system integrating proprioceptive feedback to reinforce successful motor-imagery-induced ERD. These innovations directly address the challenge of translating neural activity into meaningful motor recovery. His most-cited paper (14 citations) demonstrates the clinical potential of closed-loop BMI for hand motor rehabilitation, while his subsequent work (6 citations) refines neurofeedback paradigms to improve patient outcomes. Kono’s research bridges fundamental neuroscience and practical rehabilitation engineering, offering scalable, patient-centered solutions for motor paralysis. His achievements highlight a commitment to translating neurotechnology into accessible therapies, making him a pivotal figure in the quest to restore movement and independence for stroke survivors.