Carlo Perfetti
Papers
2
Total Citations
94
H-Index
2
About
Carlo Perfetti is a leading figure in cognitive neuroscience, whose research bridges the gap between somatosensory perception and motor recovery following neurological injury. His work primarily investigates how the brain processes tactile information—specifically the discrimination of shape and length—and how these processes are disrupted after subcortical stroke. Perfetti’s major contributions include mapping the distinct neural networks engaged during passive somatosensory tasks, revealing that familiar and unfamiliar stimuli recruit differential frontoparietal circuits. His landmark 2005 study, cited over 60 times, demonstrated that healthy volunteers rely on distinct cortical pathways when discriminating shapes versus lengths, even without active movement. This foundational work has profound implications for rehabilitation, as his 2012 follow-up with stroke patients showed how damage to subcortical structures alters these networks, offering a neuroanatomical roadmap for targeted therapy. By combining rigorous experimental design with clinical relevance, Perfetti has advanced our understanding of how the brain reconstructs tactile experiences, directly informing sensorimotor rehabilitation strategies. His research remains essential reading for students and clinicians exploring the neural basis of touch and recovery after brain injury.
Research Focus
Key Achievements
Top Papers
- 1
- 2