Large-animal research
for
future medicine
I am a veterinarian and postdoctoral researcher studying reproductive biotechnology, CRISPR-based epigenetic editing, and porcine large-animal models. My work connects animal reproduction with translational questions in human medicine as I prepare to matriculate to medical school in 2028.
Peer-reviewed reproductive biotechnology work →
Published work in porcine embryo culture, fluid therapy, and large-animal models, with citation links and exportable references.
A clinical path built on veterinary science →
Admitted to medical school with a research path that carries veterinary training into future human medicine.
Veterinary education infrastructure →
Building public-facing veterinary projects around education, exam preparation, and the future of the profession.
FBS-supported extended porcine blastocyst culture
First-author 2026 work showing how fetal bovine serum supports porcine blastocyst viability during extended in vitro culture.
MTNR1A epigenetic activation
CRISPR/dCas9-TET1 restoration of MTNR1A to connect redox defense, Cx43 gap junction communication, and aged oocyte competence.
KVLE and VETFI
Public veterinary education and professional-futures infrastructure, built alongside laboratory work and medical-school preparation.