Juan Carlos Perfetto
Papers
1
Total Citations
8
H-Index
1
About
Juan Carlos Perfetto’s research lies at the intersection of neurobiology, computational modeling, and rehabilitation engineering, with a focus on understanding and enhancing recovery after neurological injury. His most-cited work, “Non-linear Analyses of Cell Proliferation in the Central Nervous System Reveal Stochastic and Deterministic Components” (2005, 8 citations), pioneered the use of non-linear dynamics to dissect the complex, mixed nature of neural stem cell behavior—showing that proliferation is neither purely random nor entirely predetermined. This foundational insight has implications for designing targeted therapies to stimulate repair after stroke or trauma. Perfetto also contributed to the development of robot-aided rehabilitation devices, notably co-authoring studies on pneumatic muscle-actuated robots for chronic stroke recovery. His work bridges quantitative modeling and clinical application, offering new tools to analyze neural regeneration and to engineer assistive technologies that restore motor function. Though his citation count is modest, Perfetto’s interdisciplinary approach—combining computational biology with rehabilitation robotics—positions him as a thoughtful contributor to the science of neural repair and recovery.
Research Focus
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Top Papers
- 1