Teams

Human genetics of infectious diseases : complex predisposition

Genetics of Developmental Disorders Lab

Somatic mosaicism in neurodevelopment and disease

Developmental Brain Disorders Laboratory

Human genetics of infectious diseases : monogenic predisposition

Pathophysiological basis of skeletal dysplasia

Neurogenetics and neuroinflammation

Mechanisms and therapy of genetic brain diseases

Molecular mechanisms of hematological disorders and therapeutic implications

Genetic skin diseases : from disease mechanism to therapy

Tissue Immunity in Health and Disease

Translational research for neurological disorders

Lymphocyte activation and susceptibility to EBV

Heart Morphogenesis

SCInflaNet : Single-Cell Inflammatory Responses and multi-OMICs Networks

Molecular basis of altered immune homeostasis

Chromatin and gene regulation during development

Genetics and development of the cerebral cortex

Clinical Bioinformatics Lab

Genome Dynamics in Human Diseases

Immunogenetics of pediatric autoimmune diseases

Genetics of rare ophthalmological, auditory and mitochondrial diseases

Laboratory of Hereditary Kidney Diseases

Brain Development and Epilepsy

Image@Imagine - Multimodal Brain Imaging Research and 3T Plateform

Skull Shape and Growth

Molecular basis of several congenital or neonatal endocrine disorders and establishment of new therapeutic strategies

IMAG2 - Computational anatomy for image-guided minimally invasive surgery in pediatric tumoral and developmental diseases

Impact@Imagine – innovative multidisciplinary prenatal approach of congenital diseases and their treatments

Pediatric inflammatory skin disorders: mechanisms and therapeutic implications

Pathophysiology of Rare Lymphomas

Necker DNA biobank

The histology and morphology facility

IRM3T Plateform

Cell sorting facility

Transgenesis Platform

Genomics platform

Gene transfer vector core

Data science Plateform

Cell Imaging Platform

Proteomic platform Necker

iPSC core facility

LabTech Single-Cell@Imagine

Bioinformatic

rAAV vectors platform

LEAT

Marina Cavazzana

Clinical Research Plateform

Pr Jean-Marc Tréluyer