Computational methods are essential for characterising molecular programs that control cell-identity and stem cell-fate decisions. In this seminar, I will present our research on developing and applying computational methods for studying stem cells and stem cell-derived organoids. This will be followed by some initial results from using this knowledge and methodologies for cellular conversion and cell-fate engineering, a key foundation for tissue engineering, disease modelling, and regenerative medicine.
Computational methods for stem cell biology and engineering Biology of distal regulatory elements
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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