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About

Augusto Fusco is a prominent rehabilitation medicine researcher whose work sits at the forefront of technology-driven neurological and orthopedic recovery. His research centers on robotic-assisted rehabilitation, virtual reality interventions, and the psychosocial dimensions of recovery — particularly in stroke survivors and patients with acquired brain injuries. Fusco's most influential contribution, "Seven Capital Devices for the Future of Stroke Rehabilitation" (2012, 118 citations), established a visionary framework for integrating emerging technologies into clinical practice at a time when rehabilitative outcomes remained stubbornly limited. This foundational work shaped how subsequent researchers and clinicians conceptualize technology in neurorehabilitation. His 2013 study (59 citations) broke new ground by demonstrating that psychological factors in both patients and caregivers meaningfully influence outcomes in robotic-aided gait therapy — a finding with significant implications for holistic treatment design. More recently, his ROAR-S and ROAR-O trial series has rigorously examined robotic balance and gait rehabilitation across stroke and orthopedic populations, addressing cognitive, motor, and functional outcomes. His crossover virtual reality study further broadens this evidence base. With over 250 cumulative citations, Fusco's body of work is shaping the evidence-based future of technology-assisted rehabilitation for aging and neurologically vulnerable populations.