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Mov’It: movement, investigations, therapeutics, normal and abnormal movement: pathophysiology and experimental therapeutics
The objective of the Mov'it team is to study neural network dysfunctions in pathology of movement and behaviour. The team’s approach is based on animal and human neuroimaging, neurophysiology, genetics and metabolomics.
Team leader(s) Read moreExperimental Neurosurgery
The objective of the team is to characterize the anatomy of the cortical region and the physiology of brain networks involved in motor control. The ultimate goal of this work is to develop new therapies and applications for deep brain stimulation.
Team leader(s) Read moreNeurophysiology of repetitive behaviours
The team is interested in the neurofunctional mechanisms that underlie normal and pathological repetitive behaviours. The main objective is to identify the neurophysiological dynamics underlying the acquisition and regulation of these behaviours.
Team leader(s) Read moreBasic and Translational Neurogenetics
Clinical & translational neurosciences Alexandra DURR’s team focus on neurogenetic diseases, spinocerebellar degenerations – SCD (spastic paraplegias and cerebellar ataxias), frontotemporal lobar degenerations – FTLD and Huntington disease. These...
Team leader(s) Read moreCellular Physiology of Cortical Microcircuits
The team "Cellular Physiology of Cortical Microcircuits" aims to study synapses between different types of neurons, leading to specific circuits of the cerebral cortex.
Team leader(s) Read moreCellular Mechanisms of Sensory Processes
The team’s objective is to understand how the diversity of biophysical properties and the synaptic density of NMDA receptors influence the dendritic integration of S1 neurons and thus their role in processing sensory information.
Team leader(s) Read moreGut sense lab
The team "Gut sense lab" is interested in how environmental challenges are calculated by the gut-brain axis and the importance of this calculation for the regulation of our metabolism.
Team leader(s) Read moreMolecular Physiology of Synaptic Bioenergetics
The team “Molecular Physiology of Synaptic Bioenergetics” is studying the mitochondrial dysfunctions that may be responsible for epilepsy.
Team leader(s) Read moreMolecular pathophysiology of Parkinson's disease
The team "Molecular Physiopathology of Parkinson’s Disease" is interested in the complexity of Parkinson’s disease and conducts multidisciplinary research projects combining clinical evaluation, neuronal biology and genetics.
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