Équipe
SysTox
The main interest of the SysTox group is to develop innovative computational methods and tools, and applied them in the area of toxicology. SysTox works mainly with network science, systems biology and artificial intelligence. Research Interest Humans are constantly...
Chromatin Dynamics in Mammalian Development
Research Interest We strive to gain a clear understanding of the profound epigenetic consequences of DNA methylation in a window of development, which occurs in the first week of mouse embryogenesis, and the second of human, but the repercussions of which can ripple...
Cell fate, plasticity and reprogramming
Research Interest In the Cell fate, plasticity and reprogramming lab (Team leader: Antoine Zalc), we study how cranial neural crest cells – a stem cell-like population – reverse cell differentiation and return into a higher pluripotency state, resulting in the...
Comparative Developmental Neurobiology
Intérêts de recherche The lab of Comparative Developmental Neurobiology (chef d’equipe: Nikos Konstantinides, CR) studies the evolution of developmental mechanisms that generate neuronal diversity. We are particularly interested in the mechanism of temporal...