The 14th #NMR a tool for biology conference was a big success, thanks to the contributions of our 200 attendees from 18 countries, and 40% of students/postdocs. The future of NMR is in good hands. 🥰
Have a safe trip back home. See you @pasteur.fr on May 10-12, 2027 @brukercorporation.bsky.social
Rendez-vous à Autrans en juin pour échanger autour d'applications de nos spins préférés ! 👇
Please RT. Join the sixth edition of our Training Unit @institut_curie
international course on Genome Instability & Human Disease open to master students, PhDs and researchers! Amazing program. Registration dead line 2nd March 2025 at training.institut-curie.org/courses/geno...
2) The histone chaperone CAF1 promotes PRIMPOL recruitment to restart stalled forks through ssDNA gap formation. doi.org/10.1093/nar/...
(2/2)Through integrative structural and functional analyses, we identified a large disordered segment of Rad52 that binds Rad51 and functions as an assembly chaperone. It prevents Rad51 oligomerization, facilitates filament formation, and protects filaments from destabilization by the helicase Srs2.
(1/2) Thrilled to share our findings on the assembly of the Rad51 recombinase filament in Saccharomyces cerevisiae. This work is the result of a wonderful collaboration with Eric Coïc's team at CEA Fontenay-aux-Roses and Angela Taddei's team at the Institut Curie.
www.biorxiv.org/content/10.1...
merci pour l'info :)
🚨 I am super happy to announce that our analysis of how the structure of protein-RNA interfaces evolves is now published (early access) at @plos.bsky.social Computational Biology:
doi.org/10.1371/jour...
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You're starting a #structuralbiology project and want to learn the basics. Please go there : www.biostine.fr/home-biostine/
Our new preprint! (reposted with tags 🧬🧶)
We investigated how protein-RNA interface structure evolves by thoroughly analyzing the conservation of contacts among 2022 pairs of homologous interfaces. Work with Ikram Mahmoudi, Chloé Quignot, Carla Martins
Robot hand placing a protein fragment into the surface of a globular protein.
🎉 Exciting news! Our latest paper in Nature Communications delves into protein-protein interaction networks & IDRs using AlphaFold2. Dive into our findings here! 🧬 #Bioinformatics
1/8
Happy to share our research on using AlphaFold2 to predict how peptides from disordered regions bind proteins, just published in NatureComms
rdcu.be/dwlLa
Work done with Hélène Bret and Raphael Guerois and for the revised version with great contributions from @diegozea.bsky.social and Jinmei Gao.
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