Michele L Zygman
Papers
3
Total Citations
461
H-Index
3
About
Michele L. Zygman has made meaningful contributions to the field of stroke rehabilitation, with a particular focus on upper extremity motor recovery and the emerging role of robotic-assisted therapy. Her research centers on understanding how active-assist exercise — whether delivered by a therapist or a robotic device — can promote arm movement recovery in individuals living with chronic hemiparesis following stroke. Zygman's most influential work, a 2006 randomized controlled pilot study that has garnered over 375 citations, demonstrated that robot-assisted reaching exercises can meaningfully improve arm movement in chronic stroke patients — a population often considered difficult to treat. This landmark study helped establish a scientific foundation for integrating robotics into neurorehabilitation practice. Her earlier investigations into functional reaching outcomes further clarified the mechanisms and comparative benefits of robotic versus unassisted exercise paradigms, accumulating an additional 80+ citations across related publications. By rigorously examining somatosensory input, motor planning, spasticity, and soft tissue changes as potential pathways for recovery, Zygman's body of work has helped shape evidence-based approaches to stroke rehabilitation. Her research continues to be a valuable reference for clinicians and scientists exploring technology-driven solutions for restoring upper limb function after stroke.
Research Focus
Key Achievements
Top Papers
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