Mathilde Kerhervé (@mathilde_krh) 's Twitter Profile
Mathilde Kerhervé

@mathilde_krh

Post-Doc in the REMAP4KIDS lab at CRCM, Marseille 🔬 Formerly member of @LabSoap - Find me on Bluesky : mathilde-krh.bsky.social

ID: 1211301384764583937

linkhttps://fr.linkedin.com/in/mathilde-kerherv%C3%A9-2470b016b calendar_today29-12-2019 15:02:18

111 Tweet

117 Takipçi

319 Takip Edilen

Elif Nur Firat-Karalar (@cytolabkoc) 's Twitter Profile Photo

Our latest review article on navigating the biology of centriolar satellites is out in ⁦⁦⁦The FEBS Journal⁩! It focuses on their diverse functions and mechanisms across cells, organisms and their links to disease. Congratulations Efe Begar⁩&Ece! febs.onlinelibrary.wiley.com/doi/10.1111/fe…

Mathilde Kerhervé (@mathilde_krh) 's Twitter Profile Photo

It was my great pleasure to present my PhD work to #REMAP4Kids team at their famous « Brioche Club » ! Nice people, nice discussion and inputs !! 😎

Tobias W. (@to123w) 's Twitter Profile Photo

I'm thrilled to announce that our latest study, led by the incredible Berend Snijder and Sohyon Lee, has been published in Nature Medicine. It has been an amazing journey and it paves the way for many future explorations nature.com/articles/s4159…

Laguette Nadine (@laguettenadine) 's Twitter Profile Photo

Fresh off the press!👀 Check out our newest work where we show that DNA-PKcs directly binds 2'3' and 3'3'-cGAMP, regulating their bioavailability and STING-dependent signaling! DNA-PK controls cyclic dinucleotide-associated type I Interferon responses biorxiv.org/content/10.110…

Journal of Cell Biology (@jcellbiol) 's Twitter Profile Photo

Migration-dependent autolysosome exocytosis could release sEVs and maintain lysosomal homeostasis in response to #lysosome damage. From Takami Sho, Li Yu et al Tsinghua University showing that migratory autolysosome disposal mitigates lysosome damage. hubs.la/Q02Rwnyn0 #autophagy

Migration-dependent autolysosome exocytosis could release sEVs and maintain lysosomal homeostasis in response to #lysosome damage. From Takami Sho, Li Yu et al <a href="/Tsinghua_Uni/">Tsinghua University</a> showing that migratory autolysosome disposal mitigates lysosome damage. hubs.la/Q02Rwnyn0
#autophagy
La Ligue contre le cancer (@laliguecancer) 's Twitter Profile Photo

Le #glioblastome est la tumeur du #cerveau la plus mortelle et la plus agressive parmi les tumeurs du cerveau pour un adulte. Les premiers résultats des travaux de l’équipe de Julie Gavard sont prometteurs. ⬇️ Vos dons permettent de faire avancer la #recherche : MERCI. 💙

Journal of Cell Biology (@jcellbiol) 's Twitter Profile Photo

New work from Charlie Bond & @Melike_Lak et al offers multiplexed DNA-PAINT super-resolution pipeline for investigating #organelle heterogeneity with single organelle resolution, identifying up to 8 subsets of late #endosomes/#lysosomes in a single cell hubs.la/Q02WCK_P0

New work from <a href="/Charlie_R_Bond/">Charlie Bond</a> &amp; @Melike_Lak et al offers multiplexed DNA-PAINT super-resolution pipeline for investigating #organelle heterogeneity with single organelle resolution, identifying up to 8 subsets of late #endosomes/#lysosomes in a single cell hubs.la/Q02WCK_P0
Varun Venkataramani (@varunvenkatara2) 's Twitter Profile Photo

🧵Just in time for #FluorescenceFriday: New research from the Venkataramani lab Cell maps how brain tumor cells create extensive neural networks in glioblastoma. Check out our paper here: authors.elsevier.com/sd/article/S00… Ekin Reyhan Svenja Tetzlaff 1/15

🧵Just in time for #FluorescenceFriday: New research from the Venkataramani lab <a href="/CellCellPress/">Cell</a> maps how brain tumor cells create extensive neural networks in glioblastoma. Check out our paper here: authors.elsevier.com/sd/article/S00…   <a href="/ekinreyhann/">Ekin Reyhan</a> <a href="/SvenjaKTetzlaff/">Svenja Tetzlaff</a> 1/15
Cancer Stem Cell News (@cancerscnews) 's Twitter Profile Photo

📯 The moment we've all been waiting for! 👑 Crowned first place in this year's Top Post Countdown is Dr. Julie Gavard (SOAP) and team at CNRS 🌍! Their study explored MALT1 repression in #glioblastoma stem-like cells. x.com/cancerscnews/s…