Scientists from the CNRS (IGH) in collaboration with a laboratory from Oxford University have discovered a new way in which the organisation of DNA within our cells affects genes for generations. The three-dimensional organization of chromatin can initiate a mechanism that transmits the active or the repressed state of gene expression and the manipulation of this 3D organization can be used to modify this inheritance. This new finding uncovers a new way of inheritance in addition to the one transmitted by the sequence of DNA.
Interchromosomal contacts between regulatory regions trigger stable transgenerational epigenetic inheritance in Drosophila Chromatin and cell biology
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A Tribute to Angelos Constantinou from 10/03/2025 until 13/03/2025 Village Club de Carry-Le-Rouet, France
Genetic Instability and CancerConférence 14/02/2025 12:30 amphi 5.04 (bât. 5), Campus Triolet de l'université de Montpellier
Seminars
Shaping Faces by 3D Genome Regulation
Chromatin and cell biology 31/01/2025 11:30 Amphitheatre GenopolysAcetylation-driven RNA dynamics: Insights from yeast and stem cells
07/02/2025 11:30 Genopolys AmphitheaterCytoplasmic polyadenylation of therapeutic mRNAs: An unexpected mechanism enhancing efficacy of COVID-19 vaccines
07/03/2025 11:30 Genopolys AmphitheaterCongresses
Les stéréotypes : des biais cognitifs puissants
14/02/2025 12:30 amphi 5.04 (bât. 5), Campus Triolet de l'université de MontpellierFrom Gene Regulation to 3D Genomes to Aging to Therapeutics
06/03/2025 Virtual or The Franklin Institute in Philadelphia, PennsylvaniaFrom Genome Instability to Cancer: A Tribute to Angelos Constantinou
Genetic Instability and Cancer 10/03/2025 until 13/03/2025 Village Club de Carry-Le-Rouet, FranceTweet