Rosa A. Uribe

This study uses whole-gut spatial genomic analysis in zebrafish to identify regionalized gene expression patterns in the developing enteric nervous system.

This study identifies a time-dependent role for BMP signaling in zebrafish ENS development, showing BMP5 is required for proper enteric progenitor maintenance and GI tract colonization.

This study shows that MYCN overexpression in zebrafish sympathoadrenal progenitors leads to an expanded NCC gene signature and disrupted BMP signaling, contributing to neuroblastoma-like developmental changes.

This study uses a CRISPR-Cas9 screen in zebrafish to identify genes involved in enteric nervous system development, revealing opioid receptor involvement in ENS establishment.

The paper uses in toto imaging and single-cell tracing in zebrafish to show that Ret signaling regulates ENCC proliferation and migration, leading to HSCR-like phenotypes.

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

The paper creates a single-cell atlas of neural crest cell derivatives in zebrafish, identifying multiple cell types and subtypes and their gene expression patterns.

This study examines the myenteric plexus architecture in maturing zebrafish larvae using immunohistochemical and ultrastructural analysis, revealing its layered structure and complexity.