Angelo Garifoli
Papers
2
Total Citations
17
H-Index
2
About
Dr. Angelo Garifoli is a neuroscientist whose research has advanced our understanding of how the brain encodes limb movement, particularly within the cerebellum. His work focuses on the neural representation of forelimb position and movement velocity, with a specific emphasis on the cerebellar cortex and the nucleus interpositus. Garifoli’s key contributions include demonstrating that the cerebellum uses an anisotropic representation to encode limb position, a finding that challenges simpler, uniform models of spatial encoding. His 2003 study on this topic remains his most cited work, with 12 citations, and has influenced subsequent research on sensorimotor integration. In his 2010 paper, he further explored how movement velocity is represented during passive forelimb movements, providing insights into the dynamic processing of motion in the interpositus nucleus. Though his citation counts are modest, Garifoli’s detailed, foundational studies have been valuable for researchers investigating cerebellar function and motor control, particularly in rodent models. His work underscores the complexity of neural coding in movement and continues to inform experimental approaches in systems neuroscience.
Research Focus
Key Achievements
Top Papers
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