Guillaume Salbreux

The paper identifies a moving front of osteoblast maturation that controls proliferation during zebrafish scale regeneration, explaining size scaling through regulated cell dynamics.

The paper shows that shared neurogenesis onset explains bilateral symmetry in zebrafish retinas through experiments and a stochastic model.

This study quantifies how RhoGTPase signalling controls cortical tension and cell shape using optogenetics and develops a predictive model linking signal gradients to mechanical changes.

This study analyzes 3D epithelial tissue packing in MDCK cells, revealing correlations between cell height, skewing, and substrate properties during proliferation.

This study shows that multiscale curvature influences epithelial cell shape, nuclear organization, and tissue thickness, while maintaining nuclear geometry.

The paper studies how actin dynamics and tension affect endothelial cell mechanics under pressure, showing strain-stiffening and actin-driven reorientation.

The paper identifies biomechanical modules that govern larval shape diversity across six cnidarian species and shows how manipulating these modules can transform shapes between species.

The paper identifies a genetic circuit in Drosophila that enhances BMP signaling at the distal end of the gradient, enabling insect wing development.

This study shows that increased cell shape noise during EMT accelerates shape transitions by facilitating movement between shape attractors.

This study shows that Drosophila histoblasts adjust their proliferation and growth dynamics to compensate for changes in starting tissue size during abdominal development.

The paper introduces a segmentation pipeline combining neural networks and active meshes to segment and track cells in 3D time-lapse images of organoids and stem cells.

The paper investigates how signalling networks and tissue flows interact during vein refinement in Drosophila pupal wings, showing that cell fate adjustments, not large-scale flows, drive precise patterning.

The paper shows that ecdysone receptor activity promotes or suppresses proliferation depending on ligand levels, with distinct transcriptional responses to different ecdysone doses.

The paper shows that tissue growth in Drosophila abdomen stops due to rapid cell cycle arrest, not gradual slowing, and that ECM remodeling is required for expansion.

The paper applies controlled forces to microparticles in embryos to measure tissue mechanical properties and finds a rapid softening during Drosophila cellularization.

The paper shows that non-cell autonomous actin redistribution drives isotropic growth of the zebrafish retinal neuroepithelium by increasing cell height.

The paper investigates how myosin II regulates junction fluctuations to influence epithelial tissue ordering through actomyosin-based forces.