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About

Dr. Linhong Mo is a pioneering researcher at the intersection of neurorehabilitation and soft robotics, dedicated to restoring motor function in stroke survivors. Her work uniquely bridges two critical challenges: the need for personalized brain–machine interface (BMI) training and the development of intelligent, patient-friendly rehabilitation hardware. Dr. Mo’s most influential contribution is the design of a bioinspired smart triboelectric soft pneumatic actuator, which powers a hand rehabilitation robot capable of both assisting movement and quantitatively assessing post-stroke spasticity—a significant advance over subjective clinical scales like the modified Ashworth scale. This work, published in 2025, has already garnered 26 citations for its innovative approach to sensing and actuation. Complementing this hardware, Dr. Mo has fundamentally advanced the personalization of EEG-based BMI rehabilitation. Her 2022 study, with 16 citations, introduced a framework to tailor training based on individual neural reorganization patterns, moving beyond one-size-fits-all protocols. She further developed methods to recognize and evaluate the individualized sensorimotor loop in stroke patients using brain functional connectivity analysis, ensuring that BMI-supported training effectively closes the feedback loop essential for motor recovery. Through these integrated contributions, Dr. Mo is shaping a future where rehabilitation is both quantitatively precise and deeply personalized.