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About

Adam G. Kesten is a rehabilitation researcher whose work focuses on the transformative potential of robotic exoskeleton technology for neurorehabilitation. His primary research areas include gait training, motor recovery after traumatic brain injury (TBI), and acute stroke rehabilitation. Kesten’s major contributions center on demonstrating how robotic exoskeletons can deliver intensive, mass practice of task-specific stepping to improve functional ambulation in patients with severe motor deficits. His most cited paper (20 citations) examines the use of robotic exoskeleton gait training for a young adult with TBI, highlighting its role in inpatient rehabilitation to overcome variable recovery outcomes. Another key study (5 citations) explores how this technology impacts discharge destination for acute stroke patients, suggesting that increased practice may lead to better functional outcomes and reduced residual disability. Kesten’s work is notable for bridging engineering and clinical practice, providing evidence that robotic exoskeletons can enhance traditional physical therapy by enabling higher repetition and consistency. His research has implications for reducing long-term disability and improving quality of life, making him a valuable voice in the growing field of rehabilitation robotics.