Papers
4
Total Citations
582
H-Index
4
About
Cathy Chou is a leading researcher in stroke rehabilitation, specializing in robotic movement training and standardized motor assessment. Her work focuses on developing and evaluating innovative robotic exoskeletons, such as BONES and Pneu-WREX, to improve upper-limb function in chronic stroke survivors. Chou’s major contributions include pioneering assist-as-needed robotic training protocols that outperform conventional tabletop therapy, as demonstrated in her highly cited 2012 study (108 citations). She also advanced clinical trial methodology by standardizing the Fugl-Meyer Assessment (FMA) scoring system, a 2013 paper with 308 citations that reduced variability and enhanced accuracy in motor recovery evaluations. Her research further identified corticospinal excitability as a predictor of functional gains (45 citations), enabling personalized rehabilitation strategies. Chou’s work has profound impact, with cumulative citations exceeding 580, shaping both robotic therapy design and clinical assessment standards. Her achievements include developing the six-degree-of-freedom BONES exoskeleton and establishing evidence-based training protocols that bridge robotics and neuroscience, offering new hope for chronic stroke survivors seeking functional recovery.
Research Focus
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