Robert W. Regenhardt

Harvard University, Massachusetts General Hospital

Papers

Total Citations

414

H-Index

About

Robert W. Regenhardt is a leading neurointerventional researcher whose work bridges cutting-edge robotics and the fundamental neuroscience of recovery after central nervous system injury. His most prominent contribution is the pioneering study on telerobotic neurovascular interventions using magnetic manipulation (2022, 379 citations), which represents a major advance in endovascular neurosurgery. This work demonstrates how robotic technology can enhance surgical precision and reduce operator fatigue, opening new possibilities for remote, minimally invasive treatment of stroke and other neurovascular conditions. Complementing this translational engineering focus, Regenhardt has also made significant contributions to understanding motor tract reorganization after acute CNS injury (2020, 35 citations). His research provides a crucial translational perspective on the mechanisms underlying motor disability—one of the most common and debilitating consequences of stroke and trauma. By integrating insights from robotics, neuroimaging, and recovery biology, Regenhardt’s work offers a dual pathway: improving acute intervention through technology while illuminating the brain’s capacity for repair. His research is highly relevant for students and clinicians interested in the future of neurointervention, neurorehabilitation, and the convergence of engineering and neuroscience.