David E. Clouthier

The paper reveals that dermal bone growth involves cellular invasion and intercalary biomineralization, challenging the traditional model of matrix apposition by superficial osteoblasts.

The paper identifies a common lineage origin of endothelial cells and osteoblasts and reveals de novo vasculogenesis as a key mechanism in dermal bone remodeling in vertebrates.

The paper shows that Gq/11 signaling mediates lower jaw development in zebrafish by restoring jaw structures and gene expression in Edn1-deficient embryos.

This study shows that Gata3 disruption in mouse embryos causes facial abnormalities due to impaired separation of mandibular and maxillary domains during development.

This study identifies Hand2 as a key regulator of mesothelium progenitors in zebrafish and shows its reactivation in mesothelioma, linking developmental processes to disease.