Thomas Friedrich Schilling

The paper identifies a Wnt signaling to Sox2 ratio that predicts neuromesodermal fate potential in zebrafish and shows Sox2's role in maintaining progenitor states.

The paper identifies force-responsive genes in zebrafish tendon fibroblasts during embryonic muscle contraction using bulk RNA sequencing.

The paper shows that mutations in cohesin subunits rad21 and stag2b have distinct developmental effects in zebrafish, suggesting independent roles of cohesin quantity and composition in early development.

The paper develops a stochastic multiscale cell-based model to study how multiple morphogens and tissue dynamics regulate segment formation in the zebrafish hindbrain.

This study identifies Lmo7a as a regulator of neural crest cell migration and lineage specification by modulating cell adhesion and Wnt signaling.

The paper shows that Gnrh3 and microvillous sensory neurons in zebrafish olfactory placodes originate from preplacodal ectoderm progenitors, not cranial neural crest.