Nadine Peyriéras

This study shows that zebrafish embryoids can undergo gastrulation-like processes without yolk syncytial layer signals, highlighting the robustness of cell behavior in the absence of these factors.

The paper reconstructs lineage trees of hindbrain rhombomeres in zebrafish using in vivo imaging and automated processing, revealing their spatial and temporal organization during development.

The paper shows that abscission is delayed in early zebrafish embryos until midblastula transition, allowing sibling cells to remain connected and coordinate developmental timing.

The paper quantifies cell behaviors in zebrafish pectoral fin development and shows that directional cell behaviors, not distal tip expansion, drive morphogenesis.

The paper investigates how Cdh2 coordinates Myosin-II dependent internalisation in the zebrafish neural plate during neurulation.

The paper shows that a contractile acto-myosin belt drives anisotropic growth in zebrafish pectoral fins by shaping the anterior-posterior to dorso-ventral axis ratio.

The paper analyzes cell lineage data to reveal mechanical deformation patterns in zebrafish gastrulation, showing coherent and robust biomechanical behavior.