Daniel B. Chu

This study shows that reduced telomerase interaction with telomeres in yeast affects meiotic chromosome motion and gamete viability by altering recombination and cytoskeletal forces.

The paper identifies species-specific differences in TGFβ signaling and Mmp13 promoter regulation that influence avian jaw development and evolution.

The paper uses live imaging and modeling to show that random diffusion and a small number of linkages suffice for homolog pairing during meiosis in budding yeast.

The paper identifies Gas1 as a key mediator of species-specific jaw size variation through NCM-mediated SHH signaling regulation.

This paper shows that Rad21l1 is essential for female meiosis but not male meiosis in zebrafish, leading to sex reversal and reproductive defects in females.

This study examines how Runx2 isoform structure and expression influence target gene regulation during avian jaw development and evolution.

This paper develops a stable inducible promoter system for precise spatiotemporal control of gene expression in avian embryos.