college of veterinary medicine and biomedical sciences

The team will support state and federal emergency response partners and animal health needs as communities recover from widespread flooding.

A new study identifies naturally occurring microRNAs that help regulate cell growth and could one day support targeted cancer therapies.

Researchers find that pathogens carried by widespread Barbary sheep threaten bighorn populations, prompting new conservation strategies and calls for continued surveillance.

Research shows free-flight methods help confiscated parrots adapt and thrive in Colombia, offering a potential new tool for conservation programs around the world.

Researchers have identified the murine typhus pathogen in fleas found in the Rio Grande Valley, highlighting the importance of flea prevention for both pets and people.

A bandage-like device delivers a naturally occurring gas directly to wounds, with the goal of improving blood flow and helping patients heal more effectively.

Myok9 cell line helps researchers evaluate new treatments in the lab — reducing animal use and accelerating progress in muscle disease and therapy development.

New research from the Dog Aging Project shows that genetic metabolic patterns tied to lifespan are strikingly similar in dogs and people, offering new insight into aging across species.

New $2.9 million NIH grant will lead to a better understanding of how alcohol use before conception influences the child’s risk for developmental disorders, chronic disease and accelerated aging.

With thousands of chemicals untested for safety, scientists turn to artificial intelligence to forecast toxicity — and reveal how much those predictions can be trusted.