Virginie Lecaudey

This study identifies Shroom3 and Vinculin b as regulators of contractile apparatuses in zebrafish pillar cells, showing their role in maintaining lamellar stability under mechanical stress.

The paper shows integrins 3 and 6, along with laminin 5, coordinate epithelial collective migration in zebrafish pLLP by maintaining basement membrane integrity and regulating protrusive activity.

This study shows Vgll4 proteins regulate zebrafish organ size by both enhancing and limiting Yap1 activity in the posterior lateral line primordium.

This study examines zebrafish gill development, showing early vascular asymmetries predict adult gill structure and reveal mechanisms of branching morphogenesis.

The paper shows Neurog1 controls olfactory organ morphogenesis through cxcr4b in zebrafish.

This study shows that IFT complex B proteins modulate YAP1 activity during cardiogenesis in zebrafish and mouse, linking cilia-related proteins to Hippo pathway regulation.

The paper shows that Yap/Taz-TEAD activity mediates mechanical signal sensing in hindbrain boundary cells, linking mechanical cues to progenitor behavior and cell fate changes.

This study identifies Taz as essential for micropylar cell specification and micropyle formation in zebrafish through genetic and molecular analysis.