Fasten your actin belt!

Epithelial cells disassemble #caveolae to strengthen their cortical #cytoskeleton upon mechanical stress.

First #preLight from Teodora Piskova #RWTH covering a #preprint led by John Brooks (Yap Lab #IMBatUQ) & team.

preLight: https://prelights.biologists.com/highlights/caveola-mechanotransduction-reinforces-the-cortical-cytoskeleton-to-promote-epithelial-resilience-t20230615-1213/

💥 I am delighted to finally share that I will join Univeristy of Potsdam as Assistant Professor in March 2023! The lab will study caveolae and their role in lipid metabolism and obesity. More details here: 👇

https://www.matthaeus-lab.de/

#newPI #caveolae

#caveolae in all its shapes and forms 🤩

RT @cmatthaeus2@twitter.com

I am very excited to finally present our recent study about #caveolae showing how these membrane invaginations differ in curvature and which proteins are associated to specific caveolae shapes. Tweetorial 👇

@taraskalab@twitter.com @TheBethesdaLabs@twitter.com @NatureComms@twitter.com

https://www.nature.com/articles/s41467-022-34958-3

🐦🔗: https://twitter.com/cmatthaeus2/status/1596504722801688576

I am very excited to finally share my recent Research about #caveolae @naturecomms Here, we investigated how caveolae differ in their curvature and which Proteins are associated to the different shapes. Have a look 👇

https://www.nature.com/articles/s41467-022-34958-3