IGBMC - Institut de génétique et de biologie moléculaire et cellulaire

Type : Rapport d’évaluation des unités de recherche

Campagne d'évaluation : 2016-2017 (vague C) - Publié le : 11/09/2017

Établissement(s) concerné(s) : Université de Strasbourg , Centre national de la recherche scientifique - CNRS , Institut national de la santé et de la recherche médicale - INSERM

Domaine(s) disciplinaire(s) de recherche : Sciences de la vie et de la terre (SVE) ; SVE2 - Productions végétales et animales (agronomie), biologie végétale et animale, biotechnologie et ingénierie des biosystèmes ; SVE5 - Neurosciences et troubles du système nerveux

Domaine(s) scientifique(s) : 5 - Biologie, medecine et santé

Panel(s) ERC : LS1 Molecular and Structural Biology and Biochemistry: molecular biology, biochemistry, biophysics, structural biology, biochemistry of signal transduction ;

Nom des équipes de l'unité : E1 - Quantitative biology of cellular homeostasis ; E2 - Roles of retinoic acid in nervous system development and physiology ; E3 - Differenciationon and physiopathology of endocrine cells in the pancreas and intestine ; E4 - In vivo cellular plasticity and direct reprogramming ; E5 - Molecular biology of B cells ; E6 - Signal transduction in metabolism and in'ammation ; E7 - Cell physics ; E8 - Cell biology of genome integrity ; E9 - Cell cycle and ubiquitin signaling ; E10 - Dynamics of chromatin structure and transcription regulation ; E11- Mechano-genetic interplays and embryonic morphogenesis ; E12 - Genome expression and repair ; E13 - Structure and function of the general transcription factor TFIID ; E14 - Immune and neural development ; E15 - Chromatin and epigenetic regulation ; E16 - Hematopoiesis and leukemogenesis in the mouse ; E17 - Pathogenesis of in'ammatory diseases ; E18 - Differenciationon and physiopathology of endocrine cells in the pancreas and intestine ; E19 - Pathophysiological function of nuclear receptor signaling ; E20 - Protein networks and complexes regulating eukaryotic mRNA decay ; E21 - Spatial organisation of the genome ; E22 - Molecular and cellular biology of breast cancer ; E23 - Structural biology of epigenetic targets ; E24 - Biocomputing ; E25 - Biomolecular nuclear magnetic resonance ; E26 - Large complexes involved in gene expression ; E27 - Chromatin stability and DNA mobility ; E28 - Molecular basis of chromatin and transcription regulation ; E29 - Architecture of nucleoprotein systems by 3-D electron microscopy ; E30 - Viral oncoproteins and domain-motif networks ; E31 - Regulation of transcription ; E32 - Ribosomes ; E33 - Molecular basis for protein synthesis by the ribosome ; E34 - RNA diseases ; E35 - Genetics and pathophysiology of neurodevelopmental and eileptogenic disorders ; E36 - Regulation of cortical development in health and disease ; E37 - Physiopathology of aneuploidy, gene dosage effect and Down syndrome ; E38 - Pathophysiology of neuromuscular diseases ; E39 - Fundamental and pathophysiological mechanisms implicated in recessive ataxia ; E40 - Genetic basis of cognitive disorders ; SC1 - Mouse clinical institute-PHENOMIN ; SC2 - Biostructure-FRISBI ; SC3 - Genomeast ; SC4 - High-throughput cell-based screening ; SC5 - Imaging center ; SC6 - Proteomic ; SC7 - Animal house ; SC8 -Baculovirus expression facility ; SC8 -Baculovirus expression facility ; SC9 - Cell culture ; SC10 - Flow cytometry ; SC10 - Flow cytometry ; SC11- Mediaprep ; SC12 - Molecular biology and virus facility ; SC13 - Monoclonal and polyclonal antibodies facility ; SC14 - Peptide synthesis facility ; SC14 - Peptide synthesis facility ; SC15 - Zebrafish facility

Mot(s) clé(s) : biologie moléculaire ; biologie cellulaire ; biologie structurale ; biologie intégrative ; biologie systémique ; SVE3