![Syringe](/sites/vetmed.umn.edu/files/2023-09/mufid-majnun-cM1aU42FnRg-unsplash.jpg)
All Articles: Vetmed
![Syringe](/sites/vetmed.umn.edu/files/2023-09/mufid-majnun-cM1aU42FnRg-unsplash.jpg)
Expertise in comparative physiology helps to bridge an important gap, paving the way for clinical trials.
![Brown cow](/sites/vetmed.umn.edu/files/2023-09/austin-santaniello-2Prc5cSgNJE-unsplash%20%281%29.jpg)
A new study shows liver function during the late stages of pregnancy may determine which cows develop ketosis during lactation.
![2023 Summer Scholars](/sites/vetmed.umn.edu/files/2023-09/2023%20Summer%20Scholars_0.jpg)
The 2023 scholars conducted a broad range of research, gaining crucial skills and experience.
![Tick on leaf](/sites/vetmed.umn.edu/files/2023-09/Tick%20on%20leaf_0.jpg)
Research shows how a new type of DNA sequencing can be used to get a real-time picture of the dangerous bacteria ticks are carrying
![Kim VanderWaal](/sites/vetmed.umn.edu/files/2023-09/Kim_VanderWaal.jpg)
The platform will make PRRSV genetic data more interpretable to support better disease management practices
![cat and dog in grass](/sites/vetmed.umn.edu/files/2023-08/andrew-s-ouo1hbizWwo-unsplash.jpg)
U of M researchers use electronic medical records to understand how veterinary prescribing practices can be improved.
![Petting cat](/sites/vetmed.umn.edu/files/2023-08/alexander-andrews-iqHBu3dBLZU-unsplash.jpg)
CVM researchers receive grant to study common and poorly understood urinary tract conditions in cats
The study seeks to understand how the GI microbiome and urinary metabolome might be implicated—and is a first step to better treatments
![A man wearing a white lab coat and a black glove holds up two tubes and points to them](/sites/vetmed.umn.edu/files/2023-08/Stuart%20Lichtenberg.jpg)
CVM researcher Stuart Lichtenberg brings unique perspective to the MNPRO team
![Many brown roosters standing together](/sites/vetmed.umn.edu/files/2023-08/obie-fernandez-KMDXqrESUuw-unsplash.jpg)
Bacterial strains that coevolved with poultry are more likely to be effective—a finding that may also have implications for other species.
![RNA graphic](/sites/vetmed.umn.edu/files/2023-08/RNA%20graphic.jpg)
Understanding what drives sarcoma growth in dogs could have big implications for both canine and human cancer treatment.