Melissa A Perret
Papers
2
Total Citations
7
H-Index
2
About
Melissa A. Perret is a physical therapy researcher specializing in neurorehabilitation and gait recovery after acute stroke. Her work focuses on integrating robotic exoskeletons into inpatient rehabilitation to deliver high-intensity, task-specific mass practice for individuals with neurological injury. In her most-cited study, she demonstrated that robotic exoskeleton training significantly influences discharge destination, a critical functional outcome for stroke survivors. A subsequent investigation quantified improvements in temporal-spatial gait parameters—such as step length and cadence—after just six sessions of robotic-assisted training, highlighting the technology’s potential to accelerate motor recovery in the acute phase. Though her citation counts are modest, Perret’s contributions are foundational in establishing evidence for early, technology-driven gait retraining protocols. Her research addresses a pressing clinical need: maximizing neuroplasticity during the narrow window of acute rehabilitation. By bridging engineering and clinical practice, Perret’s work informs how robotic exoskeletons can be deployed to enhance functional independence and reduce long-term disability after stroke.
Research Focus
Key Achievements
Top Papers
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