Plasticity of central auditory circuits
Institut de l'Audition
Axe 1 : Génomique, cellules humaines, reprogrammation et neuro-organoïdes
Axe 2 : Approches quantitatives à l'exploration du comportement et de la cognition
In vitro and In Vivo electrophysiology, animal behavior, immmunostaining and confocal imaging, genetic models, single cell transcriptomics
Inherited hearing disorders mostly involve gene defects in the auditory peripheral sensory organ, the cochlea. However, peripheral deafness may be associated with central auditory dysfunctions and may extend well beyond the auditory system itself, as a consequence of alterations to the encoded sensory inputs or involvement of the causal deafness genes in the development and/or functioning of central auditory circuits.
The PCAC team composed of around 10 scientists focuses on three main research axis:
- the molecular deciphering of the cochlea by single cell transcriptomics,
- Central auditory deficits in genetic forms of deafness, and
- the role of the cerebrovascular system in the link between hearing loss and dementia.
Address :
63 rue de Charenton, 75012, Paris
Team leader :
Nicolas Michalski
Name of co-team leader :
Administrative Contact Name :
Website : Cliquez ici
Key words : #Circuits #auditifs #modèles #génétiques #comportement #plasticité #Auditory #circuits #genetic #models #behavior #plasticity
63 rue de Charenton, 75012, Paris
Team leader :
Nicolas Michalski
Name of co-team leader :
Administrative Contact Name :
Website : Cliquez ici
Key words : #Circuits #auditifs #modèles #génétiques #comportement #plasticité #Auditory #circuits #genetic #models #behavior #plasticity