Jennifer C. Hocking

The paper describes a revised model of the subretinal space architecture in fish and mouse, showing that Muller glia and RPE interact with cone outer segments through extended apical processes.

This study investigates PIKfyve's role in photoreceptors and retinal pigment epithelium, finding that its loss causes structural and functional defects in these tissues.

This study identifies Gdf6a's role in zebrafish craniofacial skeleton development, showing it regulates midline structures via canonical BMP signaling in a pharyngeal arch-specific manner.

This paper identifies polysialic acid (polySia) as a conserved marker for Muller glia across vertebrates and introduces tools to detect it in various species and models.

The paper creates a zebrafish intestinal cell atlas showing how the microbiome affects different cell types and processes.