E. Bradaschia

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About

E. Bradaschia’s research lies at the intersection of rehabilitation robotics and neurophysiology, with a primary focus on restoring gait function in individuals with spinal cord injury (SCI). Her work investigates how robot-mediated locomotor training reshapes muscular recruitment patterns, offering critical insights into the neural plasticity underlying motor recovery. In her most-cited study (2009, 8 citations), she demonstrated that robotic gait training not only improves walking ability in paraplegic subjects but also induces measurable changes in EMG activation—a finding that bridges the gap between assistive technology and neuromuscular rehabilitation. A complementary 2008 study (3 citations) further explored these effects, comparing healthy and SCI populations to isolate the mechanisms of robotic intervention. Though her citation counts are modest, Bradaschia’s contributions are foundational to the field of robot-assisted rehabilitation, providing early evidence that automated locomotor training can trigger adaptive changes in the spinal circuitry. Her work has informed subsequent clinical protocols and underscores the potential of robotics to enhance neurorehabilitation outcomes. For students and researchers, Bradaschia’s studies serve as a pivotal reference for understanding how technology can be harnessed to retrain the nervous system after injury.