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Next Thesis Defences

December 15th 2025: Clara Basto

Molecular study on the roles of RAD51 and its partner proteins in the management of arrested replication forks

(Mazon/Dupaigne Team)
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December 17th 2025: Basile Guignier

Role of REV3L, the catalytic subunit of DNA polymerase Zeta, in the stability of difficult-to-replicate sequences in mammals

(Kannouche Team)

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Next Unit Lab Meeting

Prochaine réunion d’unité

13/10/2025
Salle Roger Monier 13h30
Speaker: Nataliya PETRYK

“  Revealing the mechanisms linking genome replication and epigenome maintenance « 

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Genome-wide measurement of DNA replication fork directionality and quantification of DNA replication initiation and termination with Okazaki fragment sequencing

OK-seq is a technique that sequences strand-specific Okazaki fragments to map replication initiation and termination in mammalian genomes. It quantifies fork directionality, revealing replication dynamics at high resolution. N. Petryk team contributes to this work to provide detailed protocols for OK-seq in human cells and yeast, alongside bioinformatics pipelines.

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