Timothy Fulton

The paper identifies DCN1 as a therapeutic target for beta-hemoglobinopathies by showing its inhibition increases fetal hemoglobin through selective chromatin changes without cytotoxicity.

This paper introduces a framework to infer gene regulatory networks (GRNs) during tissue morphogenesis by integrating cell movement and gene expression data.

The paper identifies a mechanism where Brachyury feedback regulates retinoic acid signaling to drive symmetry-breaking in gastruloids.

The paper shows cell rearrangement during mesoderm elongation generates gene expression patterns through temporal Wnt and FGF exposure.

The paper shows that zebrafish embryos can break symmetry autonomously when isolated, indicating that extra-embryonic tissues are not strictly required for early patterning.

The paper traces neuromesodermal progenitors in zebrafish embryos to show they contribute to spinal cord and mesoderm with distinct growth dynamics across species.