Research activity of Morgan Delarue and colleagues
@delarueresearch.bsky.social
Our research focuses on the impact of compressive stress on the living, and the interplay with intracellular crowding, from an engineering, physical and biological point of view. Check out our website https://delarue-research.org/ for more information!
Now published in EPJE!
October 27, 2025 at 7:33 AM
Now published in EPJE!
So much deserved, congrats Edouard!
July 3, 2025 at 5:34 PM
So much deserved, congrats Edouard!
Congrats Efe, well deserved!
May 2, 2025 at 10:43 AM
Congrats Efe, well deserved!
These effects are conserved from bacteria to fungi to mammalian cells, with specificities depending on the organism. Crowding seems central to the adaptation to confined growth, and the conserved structure of the cytoplasm might explain the conservation of the response under pressure.
April 4, 2025 at 7:40 AM
These effects are conserved from bacteria to fungi to mammalian cells, with specificities depending on the organism. Crowding seems central to the adaptation to confined growth, and the conserved structure of the cytoplasm might explain the conservation of the response under pressure.
When cells grow confined, they develop a growth-induced pressure with numerous physiological consequences. Concomitant to pressure development, cells become more crowded, which impacts a plethora of biochemical reactions and, in particular, biosynthesis.
April 4, 2025 at 7:38 AM
When cells grow confined, they develop a growth-induced pressure with numerous physiological consequences. Concomitant to pressure development, cells become more crowded, which impacts a plethora of biochemical reactions and, in particular, biosynthesis.
Reposted by Research activity of Morgan Delarue and colleagues
This work wouldn’t be possible without the incredible collaboration of wonderful colleagues.Thanks to Charles Puerner, Emily Plumb, Louis Chevalier, Johannes Elferich, Ludwig Sinn, Niko Grigorieff, Markus Ralser, @delarueresearch.bsky.social, Martine Bassilana and
@robertarkowitz.bsky.social (9/11)
@robertarkowitz.bsky.social (9/11)
November 19, 2024 at 2:47 PM
This work wouldn’t be possible without the incredible collaboration of wonderful colleagues.Thanks to Charles Puerner, Emily Plumb, Louis Chevalier, Johannes Elferich, Ludwig Sinn, Niko Grigorieff, Markus Ralser, @delarueresearch.bsky.social, Martine Bassilana and
@robertarkowitz.bsky.social (9/11)
@robertarkowitz.bsky.social (9/11)