CORDIS Project
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This project explores how synchronized activity in cerebellar neurons contributes to motor coordination and learning. By using advanced imaging techniques, it aims to understand how specific neuronal activities influence motor adaptation in mice, potentially informing future applications in human neuroprosthetics.
The scientific objective of the proposal is to investigate the role of synchronous activity in local neuronal networks of the Cerebellum in motor coordination and learning.
Specifically, we will test whether synchronous Complex Spike activity in neighboring Purkinje cells encodes errors guiding motor adaptation during locomotion in mice.
This investigation is made possible by a novel fluorescence imaging technique developed in the Schnitzer laboratory (outgoing host at Stanford University): calc…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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