Xueli Shan
Papers
1
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1
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About
Xueli Shan is a leading researcher in neurorehabilitation, with a focused expertise in the neural mechanisms underlying technology-assisted motor recovery after stroke. Her work bridges rehabilitation engineering and cognitive neuroscience, particularly through the use of resting-state functional MRI to map brain plasticity. In her landmark 2025 study, Shan provided the first detailed characterization of the neuroplastic reorganization induced by robotic-assisted therapy (RAT) in stroke survivors, demonstrating how RAT mediates motor functional improvements by modulating intrinsic brain networks. This work has been instrumental in moving the field beyond efficacy trials toward understanding the “why” and “how” of rehabilitation-induced recovery. Although early in her citation trajectory, Shan’s contributions are already shaping the design of next-generation, neurobiologically informed robotic interventions. Her research holds significant promise for personalizing upper extremity rehabilitation, offering a mechanistic foundation for optimizing therapy protocols. Shan’s work is essential reading for students and researchers at the intersection of rehabilitation science, neuroimaging, and assistive robotics.
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