2025. Our current projects aim to better understand how defensomes impact phage-bacteria interactions, how their activity is regulated by the environment, and the selective pressures that drive their composition....
Camille Berthelot and her group investigate how evolutionary innovations arise in vertebrates....
Leïla Perié and her research group focuse on understanding blood and immune cell production, called hematopoiesis, in both healthy and pathological contexts....
2023. My research team is devoted to identify neural mechanisms controlling anxiety in healthy and pathological conditions....
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2022. Ines Drinnenberg and her research group are investigating the evolutionary diversity of centromeres, regions on eukaryotic chromosomes, which are essential for cell division. Despite their important role, centromeres are highly diverse across species. Using evolution-guided approaches the group studies the architecture and regulation of unconventional centromeric...
2021. Filippo Del Bene and his research group are interested in the formation and function of neurl circuits in the visual system using the zebrafish model system. They focus their analysis on the retinal ganglion cells, the cells connecting the retina to the brain, and on the main retinorecipient...
2020. Marie Manceau and her research team study the developmental mechanisms that control the formation and the evolution of the exquisitely diverse patterns that adorn the coat of animals. To identify pattern-forming dynamics, they survey and model natural variation in the plumage pattern....
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Christian Braendle is interested in understanding how environmental variation and genotype-environment interactions contribute to phenotypic variation. He is using the C. elegans model as well as closely related species to study how environmental variation modulates developmental processes and their phenotypic outcomes, including fitness consequences. ...