Papers
3
Total Citations
47
H-Index
3
About
Nan Xia is a leading researcher in neurorehabilitation engineering, specializing in the development of intelligent robotic systems to restore natural movement after neurological injury. Her work centers on integrating motor control principles—specifically the motor primitive model—into next-generation exoskeletons and neuroprosthetics. Dr. Xia’s major contribution is the design and clinical validation of upper-limb exoskeletons that mimic anthropomorphic, coordinated movement patterns rather than traditional planar or mechanical motions. Her landmark EAMT randomized trial (2023, 32 citations) demonstrated that exoskeleton-assisted training incorporating natural upper extremity patterns significantly improves motor recovery after stroke compared to conventional robotic therapy. She has also pioneered the combination of action observation treatment with exoskeleton training (AOT-EXO), a protocol that leverages mirror neuron mechanisms to enhance rehabilitation outcomes. Her forward-looking work on motor primitive-inspired neurotechnologies (2025) outlines a framework for hybrid robotic-neural interfaces that could restore truly natural human movement. With over 47 total citations and growing influence, Dr. Xia’s research bridges fundamental motor neuroscience with cutting-edge rehabilitation engineering, offering new hope for stroke survivors and individuals with motor disabilities.
Research Focus
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