Joshua S. Waxman

This study identifies a conserved regulatory network involving Foxf1, Wnt signaling, and Nr2f1a that promotes atrial cardiomyocyte differentiation in zebrafish.

The paper shows that somite morphogenesis, driven by retinoic acid, creates a midline cavity that allows angioblasts to migrate and form axial blood vessels.

This study shows that elevated Hoxb5b in zebrafish expands vagal neural crest cells but impairs their ability to generate enteric neurons.

This study identifies Ccdc103's role in myeloid cell proliferation and migration independent of cilia, showing its interaction with SPAG6 and defects in zebrafish mutants.