Hui Zhong

Laboratoire d’immunologie intégrative du cancer, University of California, Los Angeles

Papers

Total Citations

186

H-Index

About

Hui Zhong is a leading researcher in spinal cord injury recovery, focusing on neurorehabilitation, locomotor training, and neural plasticity. Her work has fundamentally advanced understanding of how variability in training enhances motor learning after complete spinal cord transection. Her landmark 2010 paper, "Why Variability Facilitates Spinal Learning" (92 citations), demonstrated that introducing variability into robotic training improves stepping ability in spinal rats, challenging traditional fixed-pattern rehabilitation approaches. Zhong's research on olfactory ensheathing glia (2011, 69 citations) provided compelling evidence that these cells promote axonal regeneration after complete spinal transection, opening new avenues for combinatorial therapies. Her earlier work (2005, 25 citations) established foundational principles for robotically controlled training in spinal mice, showing that variable trajectories yield superior locomotor outcomes. With over 186 citations across her most influential papers, Zhong's contributions bridge basic neuroscience and translational rehabilitation engineering. Her findings have direct implications for designing more effective physical therapy protocols and neuroprosthetic devices for individuals with spinal cord injuries, positioning her as a pivotal figure in spinal cord repair and motor learning research.