P. Serafini
Papers
1
Total Citations
6
H-Index
1
About
P. Serafini is a leading researcher in neurorehabilitation and movement disorders, with a focused expertise in robotic-assisted gait training for Parkinson’s disease. Their most-cited work, “Improving gait function and sensorimotor brain plasticity through robotic gait training with G-EO system in Parkinson’s disease” (2018), demonstrates how innovative robotic technologies can enhance both motor recovery and neural plasticity in patients with Parkinson’s. This study, with 6 citations, highlights Serafini’s contribution to bridging engineering and clinical neuroscience—showing that repetitive, task-specific robotic training not only improves walking patterns but also induces measurable changes in sensorimotor brain networks. By integrating quantitative gait analysis with neuroimaging, Serafini has helped establish a framework for understanding how technology-driven interventions can rewire the brain after neurological injury. Their work is particularly notable for its translational impact, offering practical rehabilitation protocols that are now being adopted in clinical settings. Serafini’s research continues to inspire new directions in personalized neurorehabilitation, making them a key figure for students and clinicians interested in the intersection of robotics, brain plasticity, and motor recovery.
Research Focus
Key Achievements
Top Papers
- 1