Papers
2
Total Citations
12
H-Index
2
About
Ruisheng Yun is a rising investigator in neurorehabilitation engineering, whose work centers on restoring motor function after stroke through innovative robotic and electrical stimulation technologies. Yun’s research bridges two critical domains: lower-limb rehabilitation using leg-driven treadmill-based exoskeletons and upper-limb recovery via synergy-based functional electrical stimulation (FES). In a 2022 systematic review, Yun demonstrated that leg-driven exoskeleton training significantly improves balance and walking ability in poststroke patients, providing clinicians with evidence-based guidance for robotic gait therapy. Building on this, Yun’s 2023 study protocol introduced a novel approach that combines muscle-synergy-derived FES with robotic assistance to retrain reach-to-grasp movements—a complex upper-limb task often resistant to conventional therapy. This synergy-based method personalizes stimulation patterns to each patient’s natural muscle coordination, potentially accelerating functional recovery. With each of these key papers garnering six citations in a short time, Yun’s work is gaining traction for its translational focus and methodological rigor. By integrating robotics, neurophysiology, and clinical trial design, Yun is helping to shape the next generation of smart, patient-adaptive rehabilitation systems.
Research Focus
Key Achievements
Top Papers
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