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About
Dr. Xue Ren is a leading researcher in neurorehabilitation engineering, with a focused expertise in robot-assisted hand function therapy for stroke recovery. Her work uniquely bridges the gap between clinical rehabilitation and neural mechanisms, employing advanced multimodal neuroimaging techniques. Dr. Ren’s major contributions include pioneering synchronized studies using functional near-infrared spectroscopy (fNIRS) and surface electromyography (sEMG) to elucidate how robotic therapy reshapes brain functional connectivity and cortical excitability. Her 2024 landmark paper, “Effects of robot-assisted hand function therapy on brain functional mechanisms,” which has garnered 6 citations, was among the first to directly map the neural correlates of robotic hand therapy, revealing critical insights into neuroplasticity. She further advanced the field by comparing different therapy modes, demonstrating how varying robotic assistance alters arm muscle activation patterns and cortical responses. Dr. Ren’s work is highly impactful for designing personalized, evidence-based rehabilitation protocols. Her research not only validates the efficacy of robotic therapy but also provides a mechanistic understanding that guides the development of next-generation neurorehabilitation technologies, making her a pivotal figure in translating engineering innovation into tangible clinical outcomes for stroke survivors.
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