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 Biology of distal regulatory elements
ORGANIZED BY IGH
International Summer-School on Epigenetics from 15/07/2024 until 19/07/2024 Genopolys, Montpellier - France
Meiosis and recombinationMBHD Dpt. Seminar Series
IGH Seminar Series of the Department “Molecular basis of Human Diseases” from 02/04/2024 until 11/10/2024 11:30 - 14:00 Genopolys amphitheater
GCB&D Dpt. Seminar Series
IGH Seminar Series of the Department “Genetics, Cell Biology and Development” from 19/02/2024 until 15/11/2024 Genopolys amphitheater
Seminars
Selective autophagy of DNA lesions promotes DNA repair and cell survival
11/10/2024 11:30 Genopolys AmphitheatreIchthyosporeans and the evolution of animal embryogenesis
15/11/2024 11:30 Genopolys amphitheaterCongresses
Transcription and Genome maintenance
09/09/2024 until 13/09/2024 Roscoff, France2024 RNase H meeting
16/09/2024 until 18/09/2024 Engelthal Ingelheim, GermanyCBS2 day 2024
26/09/2024 Université Montpellier, FrTweet