Richard A. Schneider

This paper demonstrates efficient gene editing and phenotype generation in avian embryos using lipid nanoparticles as a delivery platform, showing successful CRISPR/Cas9 editing and long-term labeling of cranial NCC derivatives.

This study investigates the cellular and molecular mechanisms of neural crest migration in marsupials, revealing unique heterochronic patterns compared to other vertebrates.

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

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

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.

This study investigates how jaw form and function evolve by analyzing mechanical forces and signaling pathways in duck, chick, and quail embryos.