This study investigates novel, targeted therapies for the treatment of feline Tritrichomonas foetus infection.

This study investigates ways to improve early detection of cardiomyopathy (heart disease) by primary care veterinarians in pet cats.

This study investigates a novel technique for noninvasive detection of early asthma from breath samples in asthmatic cats.

Researchers will evaluate skin cancers in cats for evidence that the cancer was caused by papillomavirus infection.

This study investigates the effects of the antiplatelet medication clopidogrel in cats.

This study will provide insightful data on how environmental gestagens (compounds that bind progesterone receptors) cause reproductive dysfunction in fish and other aquatic wildlife and explore ways to protect the reproductive health of these animals.

This project investigates the role of virus evolution and reservoir host dynamics in driving canine distemper virus emergence in Serengeti lions.

Researchers will validate molecular techniques for quicker, more practical and more sensitive diagnosis of tuberculosis in elephants.

The aim of this study is to determine whether distributing the oral sylvatic plague vaccine to prairie dogs has protective and other effects on small rodents that live in and around prairie dog colonies.

Researchers will use genetic analyses to examine the relationships among rodents, fleas and plague bacteria as a way to further characterize how plague is perpetuated in wild animal reservoirs in the United States. Data generated by this study will be used to direct targeted management strategies of affected wild animal populations.