Lin Ji

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About

Lin Ji is a researcher in neurorehabilitation and human motor control, with a focus on understanding how sensory stimulation and robotic training influence brain and muscle activity. Her work explores the neural mechanisms underlying motor recovery, particularly in stroke patients. Her most cited study, "Effect of Unilateral Non-Rhythmical Stimulation on Bilateral Cerebral Cortex and Muscle Activation in People" (2014), investigates how non-rhythmical load stimulation modulates cortical and muscular responses by analyzing coherence between EEG and EMG signals. This research addresses the limitations of conventional robotic training for stroke rehabilitation, aiming to develop more effective, evidence-based therapeutic approaches. With 2 citations, her work contributes to the growing field of brain-computer interfaces and neuroplasticity-based interventions. Ji’s findings have implications for designing personalized rehabilitation protocols that leverage sensory feedback to enhance motor recovery. Her research bridges neuroscience and engineering, offering insights into how targeted stimulation can optimize neural activation patterns. As a researcher, she continues to advance understanding of cortical-muscular coupling, with potential applications in neurorehabilitation and assistive robotics.