Defining the molecular networks orchestrating human brain formation is crucial for understanding neurodevelopment and neurological disorders. In the first part of my talk, I will present my research work on elucidating the molecular programs that drive this highly dynamic process by reconstructing molecular networks that control human cerebral organoids formation using trans-omics data. Next, I will focus on spatial transcriptomics data analysis and present our findings on comparing methods for detecting spatially variable gene (SVGs). Our study highlights the discrepancies among different methods and potential impact they may have on downstream analysis of spatial transcriptomics data.
Computational systems approaches to spatial and multi-omics analysis of tissues and organoid models Biologie des éléments régulateurs distaux
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A Tribute to Angelos Constantinou du 10/03/2025 jusqu'au 13/03/2025 Village Club de Carry-Le-Rouet, France
Instabilité Génétique et CancerConférence
Conférence 14/02/2025 12:30 amphi 5.04 (bât. 5), Campus Triolet de l'université de Montpellier
Séminaires
Shaping Faces by 3D Genome Regulation
Chromatine et Biologie Cellulaire 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 AmphitheaterCongrès
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
Instabilité Génétique et Cancer 10/03/2025 jusqu'au 13/03/2025 Village Club de Carry-Le-Rouet, FranceZoom
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