Deborah Kenney

Papers

Total Citations

370

H-Index

About

Deborah Kenney’s research sits at the vital intersection of rehabilitation engineering and clinical neuroscience, with a primary focus on restoring upper-limb function after neurological injury. Her landmark work includes leading the Department of Veterans Affairs multisite clinical trial on robot-assisted therapy for acute stroke rehabilitation, which demonstrated the efficacy of the Mirror Image Movement Enabler (MIME) in improving hemiparetic upper-limb function—a study that has garnered over 200 citations and shaped evidence-based practice in robotic neurorehabilitation. Kenney also made foundational contributions to hand surgery and functional assessment through her highly cited study identifying key pinch forces required to complete daily tasks, providing essential biomechanical targets for reconstructive surgeries in tetraplegia. This work, cited over 160 times, directly informs surgical planning and rehabilitation goals for individuals with spinal cord injuries. Her research is distinguished by its direct translational impact—bridging engineering innovation with rigorous clinical trials to produce measurable improvements in patient outcomes. Kenney’s career exemplifies how targeted biomechanical analysis and large-scale clinical validation can transform rehabilitation protocols, making her a pivotal figure in the advancement of assistive technologies for stroke and spinal cord injury survivors.