Molecular Identity and DIversity of SYNapses in the Brain (MIDISYN)
CIRB
Axe 1 : Génomique, cellules humaines, reprogrammation et neuro-organoïdes
Axe 3 : Réseaux neuronaux, modélisation et intelligence artificielle
Team research topics:
The goal of our team is to understand the molecular mechanisms that control the development and maturation of a functional brain. Answering this fundamental question will help increase our knowledge of the mechanisms that could be deficient in neurodevelopmental disorders such as autism or schizophrenia.
The brain is composed of many different types of neuronal populations that form functional networks by establishing specific synapses. Indeed, synapses are complex macromolecular structures with different morphological and functional characteristics, depending on the types of neurons that they connect. Our team's aim is to identify the molecular determinants of synapse diversity and understand how these determinants contribute to normal network formation and function in the mammalian brain.
Main techniques used:
To fully characterize the molecular determinants of synapse identity in Purkinje cells, our aim is to provide a comprehensive description of the molecular composition of each type of excitatory synapses at the presynaptic and postsynaptic level, by combin
11, place Marcelin-Berthelot 75231 Paris Cedex 05
Team leader :
Fekrije Selimi
Name of co-team leader :
Administrative Contact Name :
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Key words : #genetique #souris #proteomics #transcriptomics #synapse #cervelet #mouse #genetics #proteomics #transcriptomics #synapse #cerebellum