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About

Junquan Lin is a pioneering researcher at the intersection of rehabilitation robotics and regenerative medicine, with a focused expertise in spinal cord injury (SCI) recovery. His work centers on developing innovative, combinatorial approaches that synergize robotic rehabilitation systems with regenerative therapies to restore locomotor function in complete thoracic SCI models. Lin’s major contributions include the design of a developmental rehabilitation robotic system for rats in quadruped posture, which enhances axonal regeneration and promotes natural walking patterns after total transection. He has also advanced real-time phase-learning algorithms to synchronize forelimb and hindlimb movements, enabling more natural gait coordination in assistive devices. His most-cited papers, including those on robotic rehabilitation and regenerative synergies, have garnered over 25 citations, reflecting their growing impact in neurorehabilitation engineering. Notably, Lin’s work on automatic inference of hindlimb trajectories and phase extraction from limb movements addresses critical challenges in interlimb coordination, paving the way for more effective, adaptive assistive technologies. His research stands out for its holistic integration of robotics, neuroscience, and tissue engineering, offering promising pathways for restoring mobility in spinal cord injury patients.