Wan-Ying Chang
Papers
2
Total Citations
206
H-Index
2
About
Wan-Ying Chang is a leading researcher in neurorehabilitation, specializing in robot-assisted therapy for upper limb recovery after chronic stroke. Her work bridges cutting-edge technology and patient-centered outcomes, focusing on restoring daily function and real-world arm activity. Her landmark 2011 randomized controlled trial, cited 174 times, demonstrated that robot-assisted rehabilitation significantly improves functional outcomes compared to dose-matched active control therapy, using accelerometers to objectively measure real-world arm use—a pioneering methodological contribution. This study established her as a key figure in evidence-based neurorehabilitation. She further advanced the field with her 2019 trial comparing unilateral versus bilateral hybrid robotic approaches, showing nuanced benefits for chronic stroke survivors. Chang’s research emphasizes rigorous trial design and translational impact, directly informing clinical protocols for upper limb recovery. Her work has shaped how rehabilitation engineers and clinicians integrate robotics into stroke care, with cumulative citations reflecting her influence on both academic research and practical therapy. A sought-after collaborator, she continues to refine hybrid robotic interventions that maximize patient independence and quality of life.
Research Focus
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Top Papers
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