Papers
3
Total Citations
125
H-Index
3
About
Congcong Huo is a prominent researcher specializing in neurorehabilitation, motor dysfunction recovery, and assistive robotics, with a particular focus on improving outcomes for stroke survivors. Their work sits at the intersection of rehabilitation medicine, neuroscience, and emerging technologies, exploring how intelligent systems can augment conventional recovery approaches. Huo's most influential contribution, "Prospects for Intelligent Rehabilitation Techniques to Treat Motor Dysfunction" (2020, 74 citations), established a compelling framework for integrating advanced technologies into stroke rehabilitation, addressing the critical gap left by routine treatments that still leave the majority of patients with lasting motor impairments. Building on this foundation, their randomized controlled trial on unilateral lower-limb exoskeleton robots (2024, 31 citations) provided rigorous clinical evidence that robotic-assisted gait training can meaningfully enhance balance, mobility, and neuroplasticity in subacute stroke patients. Their fNIRS-based neuroimaging study (2022, 20 citations) further deepened understanding of how the brain responds to robot-assisted upper-limb therapy, offering valuable guidance for personalizing rehabilitation protocols. With a growing citation record exceeding 125 citations across these key works alone, Huo's research is shaping the future of evidence-based, technology-driven neurorehabilitation.
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