
Morgan Delarue Research
@delarueresearch
Our research focuses on the impact of compressive stress on the living, and the interplay with intracellular crowding. Now at delarueresearch.bsky.social
ID: 1505193505437720585
https://delarue-research.org/ 19-03-2022 14:44:49
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‼️📢The Mechanobiology Club of Toulouse returns on next Thursday, Nov 16, at CBI Toulouse! Join us for exceptional presentations by Laurent Malaquin (LAAS-CNRS) and Stéphanie Gayral (I2MC-Toulouse), and don't miss the chance to enjoy our delicious customary cocktail afterward! 👍🍷🤩✨



Get ready for our next Mechanobiology Club event on Thursday at 15:00 CBI Toulouse ! 👇🤩






Don't miss our upcoming #Mechanobiology club of Toulouse, focusing on #AFM ! We're lucky to have experts Cécile Formosa-Dague & Albertus Viljoen to share their latest research, followed by a cocktail🍸✨🤩👇


What does diffusion look like in the crowded bacterial cytoplasm? Is it as weird as people say? Check out our new preprint on 3D tracking of GEMs in live E. coli from Diana Valverde Mendez and Alp Mehmet Sunol! A fantastic experiment-theory collaboration with The Zia Lab. biorxiv.org/content/10.110…




Pulling and pushing is not only good for Rugby, Toulouse's mechanobio. expertise and community are growing !!! CBI Toulouse LAAS-CNRS Thomas Mangeat Renaud Poincloux Morgan Delarue Research Denis Krndija Suzanne's lab

We are pleased to share our latest preprint on the link between intracellular density and mechanical pressure! Using quantitative phase microscopy, we show that density increases proportionally to pressure. More information here👉 tinyurl.com/e7a75y63 Congrats to KIM Hyojun


Fantastic work from Laure Le Blanc's PhD, and a great collaboration with THE DUMENIL LAB and Daria Bonazzi! Bacteria get more crowded under confinement, decreasing biosynthesis and growth. But they still divide and become extra small! Check out to see how they perform under pressure

The upcoming Mechanobiology Club Mechanobiology Club of Toulouse meeting is today at 4pm. Don't miss @HerveTurlier, researcher and group leader at College de France Collège de France presenting his work "From cell to embryo to tissue mechanics: a modeller's perspective” UT3 Paul Sabatier CNRS Occitanie Ouest

