Transition your practice from survive to thrive
Technology can be a reliable teammate to pick up the slack on certain services when human help is low. Are you ready to invest in new tools and equipment to better your clinic efficiency?
Technology can be a reliable teammate to pick up the slack on certain services when human help is low. Are you ready to invest in new tools and equipment to better your clinic efficiency?
Before we can broadly incorporate these tests into our clinical practice, we need to understand how they work, consider the evidence behind them.
There are equipment trends changing how general practices deliver care: minimally invasive surgery, ultrasound, and panoramic dental imaging. Utilization of these tools presents as a learning opportunity to veterinary technicians and allows general practice to offer more services.
Disease management and diagnostics for cats, Frenchies, and bearded dragons are among topics to be offered in continuing education sessions at the 41stl Veterinary Meeting & Expo (VMX) in January.
The AI-driven digital imaging platform will be developed to collect, collate, and analyze patient data from the UF College of Veterinary Medicine’s clinical caseload across animal species.
The Core Imaging team has conducted training to help staff in the Humane Society of West Michigan (HSWM) use the new in-house imaging tool.
The Core Imaging team has conducted training to help staff in the Humane Society of West Michigan (HSWM) use the new in-house imaging tool.
Genomics is simply the study of DNA’s effects on and interactions with all the other systems within a biological organism. What makes this field especially exciting right now is the sheer number of breakthroughs and practical applications making their way into human medical practice—and slowly but surely into veterinary practices.
With a permit from the Galápagos National Park (PNG) and the support of the Galápagos Science Center (GSC), a small NC State College of Veterinary Medicine (CVM)/University of North Carolina (UNC) Chapel Hill-led team completed a two-day health assessment of 28 green turtles (Chelonia mydas) and a single hawksbill turtle (Eretmochelys imbricata).