Romain Rollin

This study shows that bacterial growth under confinement leads to increased turgor pressure, which disrupts division and protein synthesis, and activates the Rcs pathway, with implications for infection physiology.

This study proposes a physical model of the nucleus that explains its mechanical behavior under deformation, highlighting the role of the envelope and chromatin in nuclear mechanics.

This study identifies two homeostatic mechanisms in mammalian cells that regulate dry mass and volume to maintain a target density during proliferation.