6 May 2026
29 April 2026
Christophe DE LA ROCHE SAINT ANDRÉ A passionate researcher, dedicated educator, and well-known figure at […]
31 March 2026
CRCM offers 31 PhD projects covering a wide range of topics in cancer research. These projects are proposed within the doctoral schools ED658 and ED659 and are accessible through their competitive selection process.
28 January 2025
The "Control of structure-specific endonucleases and genome stability" team (Gaillard team) is proud to receive support from the Ligue Nationale Contre le Cancer.
28 January 2025
Recent publications by the Modesti team in Nat. Struct. Mol. Biol. and Nucleic Acids Res. reveal new DNA repair mechanisms, highlighting the role of disordered regions of XRCC4/XLF and the impact of Lig3 and Lig4 on cell viability.
28 January 2025
Published in Genes & Development, the Coulon team's study identifies a heterozygous variant of RPA2 as a new cause of disorders in telomere biology, impacting their stability and regulation.
28 January 2025
The MarMaRa Institute, which brings together over 30 interdisciplinary research teams, now welcomes the Telomeres and Chromatin team. This partnership will strengthen research into rare diseases, combining genetics, systems biology and therapeutic innovations to improve diagnosis and treatment.
10 January 2025
Organized by Christophe Lachaud, the evening raised funds for the IPC, supporting the CRCM/IOC in their fight against cancer. A great success, combining solidarity and conviviality.
31 December 2024
Thanks to support from Cancéropole PACA, Luisa Laureti from the Pagès team is studying how single-strand DNA breaks are repaired during replication stalling, a key to a better understanding of cancers.
31 December 2024
The project entitled "How single-strand DNA gaps control the balance between faithful and mutagenic pathways of lesion tolerance" (Pagès team) has recently been awarded a three-year grant from the ARC Foundation.
3 December 2024
Discover the latest research from the Modesti team, currently being evaluated by the scientific community. These studies explore key mechanisms of DNA repair and cell regulation.