Nanami Onuki
Papers
2
Total Citations
10
H-Index
2
About
Nanami Onuki’s research focuses on advancing home-based rehabilitation for hemiplegic patients, particularly those with hand and finger paralysis. Her major contributions lie in developing robotic devices that automate both rehabilitation exercises and motor function evaluation, enabling patients to continue recovery independently after leaving clinical settings. Her most-cited work (2020, 7 citations) introduces a multi-task evaluation system integrated with a home rehabilitation device, allowing for comprehensive assessment of hand motor function recovery. A related study (2019, 3 citations) specifically targets coordinated finger movements, addressing the critical need for long-term, continuous rehabilitation in aging societies. Onuki’s innovative approach reduces reliance on medical specialists by providing automated, objective evaluations—a key step toward accessible, scalable home therapy. Her work is notable for bridging engineering and clinical rehabilitation, offering practical solutions for patients who might otherwise lack consistent care. With growing interest in telemedicine and assistive robotics, Onuki’s research is poised to impact both rehabilitation technology and patient quality of life, particularly for stroke survivors and elderly populations.
Research Focus
Key Achievements
Top Papers
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- 2