King-Pong Yu

Queen Elizabeth Hospital, Hospital Authority

Papers

Total Citations

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About

King-Pong Yu is a leading researcher in neurorehabilitation engineering, specializing in the development of mobile robotic systems for post-stroke and neuromuscular recovery. His major contributions center on the design and clinical translation of the exoneuromusculoskeleton (ENMS)—a hybrid system combining neuromuscular electrical stimulation with soft robotics to restore wrist and hand function. Yu’s work has pioneered the shift from laboratory-based rehabilitation to accessible, self-administered telerehabilitation, as demonstrated in his 2023 study on mobile ENMS-assisted telerehabilitation, which has garnered 5 citations and established a framework for clinical deployment. His 2024 investigation into the long-term effects of ENMS-assisted self-help therapy further underscores his commitment to sustainable, patient-driven recovery, showing sustained motor improvements over extended periods. Additionally, Yu has explored bionic robotics for mobility in post-polio syndrome, expanding the application of assistive technologies beyond stroke. With a cumulative citation impact reflecting the growing relevance of remote neurorehabilitation, Yu’s work is reshaping how clinicians and engineers approach post-stroke care—making high-tech rehabilitation practical, scalable, and effective for real-world clinical service.