Xiaojiao Wan

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About

Xiaojiao Wan is a pioneering researcher at the intersection of neural engineering and rehabilitation robotics, with a primary focus on restoring mobility for individuals with spinal cord injury (SCI). Her most impactful work centers on developing brain-computer interface (BCI) systems integrated with lower-limb robots to enable active, full-cycle rehabilitation. In her landmark 2022 pilot study, Wan demonstrated that short-term BCI-robot training significantly improves motor recovery in SCI patients, a finding that has garnered 29 citations and established a new paradigm for neurorehabilitation. Her earlier 2021 paper introduced a groundbreaking concept: for the first time, SCI patients with muscle strength level 0 could actively participate in their own rehabilitation through a BCI-driven robotic system, bypassing the traditional passive therapy model. This work addresses the critical requirement of patient engagement in recovery. Wan’s contributions have been recognized for their translational potential, bridging cutting-edge neural decoding with practical clinical applications. Her research not only advances the field of brain-computer interfaces but also offers tangible hope for restoring function in patients with severe motor impairments.