Andrew C. Nelson

The paper compares zebrafish Sox32 and Sox17 with human SOX17 to identify molecular differences in their functions during endoderm development and left-right patterning.

The paper identifies highly conserved cis-regulatory modules in zebrafish and human endoderm that control vertebrate organogenesis and are enriched for neuro-pancreatic transcription factor binding sites.

This study identifies PTPRH's role in NSCLC by revealing its interactions and signaling effects, showing it suppresses tumor growth and migration.

This paper compares the functional roles of Eomesodermin in zebrafish and mouse, finding functional conservation despite phenotypic differences and revealing its role in left/right organiser formation.