Papers
10
Total Citations
582
H-Index
6
About
G. Cavallo is a biomedical engineer and neuroscientist whose research spans neuroprosthetics, neural interfaces, stroke rehabilitation, and mechatronic systems for movement analysis. Best known for pioneering work at the intersection of the human nervous system and robotic technology, Cavallo has made landmark contributions to the development of intraneural electrode implants that allow amputees to control advanced robotic hand prostheses through direct peripheral nerve signals. The 2010 study on double intraneural interface implants in a human amputee — now cited nearly 400 times — stands as a defining achievement in the field, demonstrating that bidirectional communication between artificial limbs and the nervous system is clinically feasible. Cavallo has also advanced sensory feedback delivery through intrafascicular thin-film electrodes, enabling amputees to receive tactile information from prosthetic devices. Beyond prosthetics, their work on robot-aided stroke rehabilitation revealed meaningful links between inter-hemispheric brain coupling and motor recovery, contributing to our understanding of neuroplasticity in chronic stroke patients. Early career contributions include mechatronic platforms for ground-reaction-force measurement in animal tremor models, reflecting a broad technical foundation that continues to inform Cavallo's translational research bridging engineering innovation with clinical neurological application.
Research Focus
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