Livia Vignozzi

University of Padua, Neuroscience Institute

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About

Livia Vignozzi is a leading researcher in stroke recovery, whose work bridges the gap between neurophysiology and rehabilitation engineering. Her primary research focuses on understanding how stroke disrupts neural oscillations, specifically gamma band activity generated by parvalbumin-positive interneurons (PV-INs), and developing innovative therapies to restore this function. Her major contribution is the demonstration that combining gamma neuromodulation with robotic rehabilitation can restore PV-IN-mediated gamma function and significantly boost motor recovery in preclinical models. This synergistic approach addresses both the cellular and circuit-level deficits caused by stroke, offering a promising new avenue for treatment. Her most cited papers (2024, 2025) have already garnered attention, with citations accumulating rapidly as the field recognizes the translational potential of her work. By targeting the fundamental neural dynamics underlying motor impairment, Vignozzi’s research is paving the way for next-generation rehabilitation strategies that could dramatically improve outcomes for the millions affected by stroke-related disability. Her innovative fusion of neuromodulation and robotics represents a paradigm shift in post-stroke care.