
PagèsLab
@pages_lab
DNA damage and genome instability group at @crcm_marseille. #DNAdamage, #TranslesionSynthesis, #HomologousRecombination, in bacteria & yeast
ID: 1169241457783398400
https://www.crcm-marseille.fr/en/teams/research-teams/vincent-pages/ 04-09-2019 13:31:11
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The team has a postdoctoral position open in Molecular & Cellular Genetics, to study replication fork repair pathways in the nuclear space (M/F) | EURAXESS euraxess.ec.europa.eu/jobs/243923 . application to be sent at [email protected]. Please RT;





My 1st Oxford Nanopore sequencing. Love the summer when I can spend some time at the bench...

New review article, written by Lewis Bainbridge Lewis Bainbridge and me. This article focuses on the diverse roles of replicative DNA polymerases during genome replication and their molecular basis. sciencedirect.com/science/articl…


🧬 Join us tomorrow for an exciting seminar by @Terence_Strick, Full Professor at École normale supérieure | PSL! He will present on “A DNA scaffold to study the repair of double-strand breaks.” 🗓️ Tuesday, Sept 24th, 2024 🕚 11:00 AM 📍 IPC2 Amphitheater 💻 Zoom: univ-amu-fr.zoom.us/j/87002272745?… #DNArepair



🧬#DNAreplication: the mystery unravels🧬 Looking forward to the EMBO/EMBL Symposium #EESreplication, which starts today! EMBL Events




The versatile REV7 protein plays important roles in cancer development and chemotherapy resistance. Our lab's own Lara Maggs just published a comprehensive review of REV7 biology in a Frontiers issue collated by Chatterjee Lab. Check it out here: frontiersin.org/articles/10.33….


📣 Register now until March 2nd, 2025, for the next Genome Instability and Human Disease international course at Institut Curie! Gain knowledge of mechanisms ensuring genome stability, from fundamental molecular pathways up to large scale approaches. ▶️training.institut-curie.org/courses/genome…



How does Pol IV overcome strong replication blocks in E. coli? Our latest study with Joe Loparo uncovers a bipartite clamp interaction that helps Pol IV compete with Pol III, enabling efficient TLS at stalled forks and reducing mutagenesis. buff.ly/3Xbgjxd


#ResultatScientifique 🔎| Découvrez la dernière publication de Vincent Pagès et ses collaborateurs ⤵️ 🤝 CNRS 🌍 CNRS Provence et Corse CRCM - Cancer Research Centre of Marseille @Pages_lab 📕 Nucleic Acids Res | buff.ly/dmZPFD3
