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Ever wondered how to master complex veterinary procedures without someone physically guiding you? Technical Tutorial Videos (TTVs) are revolutionizing veterinary education by providing visual demonstrations that text alone simply cannot convey.

In this illuminating conversation, three-time TTV author Dr. Rebecca Bishop shares her journey creating peer-reviewed video manuscripts for the Journal of the American Veterinary Medical Association. She reveals how these innovative publications serve as powerful teaching tools for techniques ranging from equine tracheobronchial washing to surgical instrument handling for left-handed practitioners. This latter topic holds special significance for Dr. Bishop, who was once told to "give up hope of being a surgeon" because she was left-handed – a limitation she has thoroughly disproven and now helps others overcome through her video teaching.

Dr. Bishop demystifies the production process, explaining how she plans content strategically, captures video footage, and records audio separately to create polished, educational resources. She shares practical advice for potential video creators: "Don't let fear of performance or technology hold you back." Unlike standard online videos, these manuscripts undergo rigorous peer review while remaining open access, allowing authors to retain copyright and share widely for teaching purposes. The format provides unique opportunities for collaboration, with Dr. Bishop involving veterinary trainees in scriptwriting and production.

Whether you're a practicing veterinarian seeking to expand your technical repertoire, an educator looking for innovative teaching methods, or a veterinary professional considering sharing your expertise through this medium, this episode offers valuable insights into the future of veterinary education. Watch Dr. Bishop's published technical tutorial videos on the AVMA Journals website or YouTube channel and consider how you might contribute to this growing educational resource.

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Thermal glass bead disinfection could revolutionize how veterinary clinics manage instrument hygiene between patients. On this episode of Veterinary Vertex, we dive deep with researchers Steven Frederick and Dr. KP Spivey into their groundbreaking study showing how this technology effectively eliminates bacteria from suture scissors in just 60 seconds.

The conversation reveals surprising findings about bacterial contamination in veterinary settings. Roughly a third of pre-disinfection samples showed clinically relevant bacterial growth, including multi-drug resistant organisms—a stark reminder of cross-contamination risks in busy practices. After 60 seconds of glass bead disinfection, researchers found zero detectable bacterial growth on any scissors tested, demonstrating remarkable effectiveness against a wide range of pathogens.

Beyond the clinical implications, this research highlights significant operational benefits. As Steven explains, traditional sterilization protocols demand substantial technician time, require extensive instrument inventories, and generate considerable environmental waste through disposable packaging. Glass bead disinfection offers a practical middle ground that maintains patient safety while addressing real-world constraints of busy clinical environments. The researchers also discuss the potential for expanding this approach to other instruments and explore emerging technologies like ultraviolet wave disinfection that could further transform infection control practices.

Perhaps most valuable is the researchers' perspective on innovation in veterinary medicine. They emphasize that sometimes the most transformative ideas come from unexpected sources—students, new technicians, or even clients who bring fresh perspectives. Their work exemplifies how questioning established protocols can lead to practical solutions that enhance patient care while improving efficiency and sustainability. Tune in to discover how this simple technology could change your practice's approach to infection control!

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Open access AJVR article: https://doi.org/10.2460/ajvr.25.04.0123

INTERESTED IN SUBMITTING YOUR MANUSCRIPT TO JAVMA ® OR AJVR ® ?

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What if your pet's habit of eating socks, furniture stuffing, or other non-food items isn't simply bad behavior, but actually a cry for help? Dr. Julianna Perez's groundbreaking research reveals that pica – the consumption of non-food items – may be a clinical sign of chronic enteropathy in dogs and cats.

The discovery began in emergency rooms, where veterinarians noticed dogs returning repeatedly for foreign body obstructions. When they removed these objects surgically, they observed abnormal intestinal tissue with blunted villi, erosions, and ulcerations. This led Dr. Perez to systematically collect biopsies during these surgeries, with astonishing results: 99% of animals with pica showed evidence of chronic enteropathy, primarily lymphoplasmacytic enteritis.

Most surprising was the severity of inflammation found in these pets, despite many showing only subtle clinical signs that owners often dismissed as normal – occasional vomiting, picky eating, or mild digestive issues. The research challenges the common assumption that pica is primarily behavioral, suggesting that in adult animals over two years old, it should be considered a medical condition until proven otherwise.

"Pica is not because animals are misbehaved," emphasizes Dr. Perez, whose work was inspired by a heartbreaking case of a service dog that died after multiple foreign body obstructions. The study found mixed breeds (particularly doodles), pit bulls, and retrievers commonly affected, though all breeds can develop this condition.

For veterinarians, this research highlights the importance of taking biopsies during foreign body surgeries and looking beyond the immediate obstruction to investigate underlying causes. For pet owners, recognizing repeated pica as a potential medical issue could prevent dangerous obstructions and potentially save lives.

Listen as Dr. Perez shares her findings, discusses future research directions exploring nutritional and molecular aspects of pica, and offers practical advice for both veterinarians and pet owners dealing with this challenging condition.

JAVMA article: https://doi.org/10.2460/javma.25.02.0079

INTERESTED IN SUBMITTING YOUR MANUSCRIPT TO JAVMA ® OR AJVR ® ?

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