L'équipe Duharcourt a publié un nouvel article dans Nature reviews molecular cell biology Programmed ‘DNA splicing’ removes transposons from genes Duharcourt S. Programmed 'DNA splicing' removes transposons from genes. Nat Rev Mol Cell Biol. 2026 Jan 5. doi: 10.1038/s41580-025-00943-z. Epub ahead of print. PMID: 41491422.

L'équipe Konstantinides a contribué à la rédaction de l'éditorial de l'édition de Janvier 2026 de European Journal of Neuroscience : The Power of Diversity in Neuroscience Research Models   Résumé : Neuroscience thrives on diversity-not only in the questions it asks but also in the models it uses to explore them. Across the field, different animal models have…

L'équipe Collignon a contribué à la publication d'un nouvel article dan PNAS : Neural crest cell recruitment and reprogramming as central drivers of embryonic limb regeneration Résumé : Significance Mouse embryos possess the remarkable ability to regenerate amputated forelimb buds at E10.5—a capacity lost just 2 d later. We identify neural crest cells (NCCs) as key drivers…

L'équipe Ladoux-Mège a contribué à la publication d'un nouvel article dans Science advances : Actomyosin-dependent assembly of the mechanosensitive machinery from adherens junctions triggers actin polymerization and organization Résumé : Cells rely on cadherin-based adherens junctions (AJs) to form cohesive tissues. To establish contact, cells generate pushing forces through branched actin polymerization mediated by the actin-related protein…