Bernat Corominas‐Murtra

The paper shows that cellular timing heterogeneity regulates rigidity transitions in zebrafish embryos by influencing cell cycle length and tissue-wide mechanical states.

This study shows that adhesion is the main determinant of tissue rheology and that uncoupling adhesion-driven from density-driven rigidification triggers epithelial organization.

The paper shows how tissue rigidity phase transitions and Nodal morphogen gradients interact to drive patterning dynamics in zebrafish.

The paper shows that stochastic division timing and cell mechanics contribute to robust embryo patterning and morphogenesis in mammals.