❗PhD thesis defense❗
📅 December 19th
📍 Institut Jacques Monod
Juliette Mandelbrojt (Prioleau Lab) will defend her PhD thesis "How do transcription and chromosomal context interfere with an efficient replication origin?"
➡️ https://t.co/nBJ1JZXIpm
#CryoEM snapshots of endogenous PCNA complexes with FEN1 and with FEN1-RNaseH2 provide structural insights into the late steps of Okazaki fragment processing and maturation during DNA replication
Ning Gao, Qing Li and collaborators @PKU1898
https://t.co/1elY9NRVga
Check out latest from the Walter-Pellman collaboration, revealing how the replisome is remodeled in mitosis to allow CMG eviction, which we propose minimizes fallout from under-replication.
https://t.co/n0OaywrcGU
Here is a scene from the EMBO Lab Leadership Course - the round-table discussion in the afternoon led by Sam Krahl. A total of 39 joined this event, with an almost 1:1 male-to-female ratio. It was a pleasure to organize the event and I also learned a lot!
RNA G-quadruplex formation in biologically important transcribed regions: can two-tetrad intramolecular RNA quadruplexes be formed?
NAR
https://t.co/atduY9ez9A
We are pleased to inform you that the meeting “From Genome Instability to Cancer: A tribute to Angelos Constantinou” that will take place in Carry-Le-Rouet from March 10th to March 13th 2025 is now open for registration on the link: https://t.co/ysMXHk7ApK
Les contours des sections du CoNRS vont changer
https://t.co/nZYK7uXxj5 Création de deux sections supplémentaires, modification des périmètres de plusieurs autres sections, modification de l’intitulé de huit sections et nouvelle numérotation de toutes les sections.
@CNRS
Free scientific illustrations for biologists! 😍
@NIH has released a library of 500+ free scientific illustrations to create figures, presentations, and illustrations!
all freely available in the public domain.
Retweet and spread the message!
https://t.co/p1bD1kxO7H
Happy to share two post-doc papers co-authored with the amazing @AnaMonteagudo4 and @teresa_urli. We had amazing collaborators for both projects, even our supervisor @maxvcg joined in on the experimenting!
1: https://t.co/b3cr82wqJz
2: https://t.co/yvdaJWmY13
Une nouvelle technique de microscopie appelée "expansion in situ genome sequencing" permet de séquencer l’ADN d’une cellule et de localiser les protéines à l’intérieur de celle-ci, sans avoir à ouvrir la cellule.
Plus d'infos : https://t.co/GE3Ywg10cq
I wrote a memoir for Michael Grunstein, a pioneer in histone biology and epigenetics, for @theNASciences. Read about his incredible personal journey and how his career unfolded. https://t.co/lWIAXB804x
How do specific communications arise in chromatin? Here we determine condensin’s loop extrusion properties in budding yeast and identify various types of roadblock. It makes a conditional loop that allows mating-type switching to take place.
https://t.co/aBdeXwV5Oo
Excited to share the first part of my PhD work, revealing a major role for HIRA-mediated histone H3.3 deposition in maintaining 3D organization of active chromatin across scales, supervised by @GAlmouzni in collaboration with @mamartirenom@leonidmirny https://t.co/2WD4gv8W8c