Cutest Pet
"Dennis" Submitted by Megan Dennis, University of Georgia
"Dennis" Submitted by Megan Dennis, University of Georgia
Submitted by Hannah King North, Carolina State University
A paper published in The Journal of Exotic Pet Medicine submitted by Varun Seth, University of Illinois
Benzalkonium chloride and polyhexanide disinfectant (F10 SC) requires off- label use for environmental disinfection to be effective against Nannizziopsis guarroi
Varun Setha, Laura Adamovicz, Krista A Keller
Background: Nannizziopsis guarroi causes contagious dermatomycosis in lizards. Treatment failures are commonly encountered and may be related to the prolonged environmental persistence of this microbe. F10 SC, containing benzalkonium chloride and polyhexanide, is a commercially available disinfectant often used in management of reptile infections particularly by hobbyists and breeders.
Methods: Three molecularly confirmed isolates of N. guarroi were aseptically collected into aqueous suspensions and diluted to 2 fungal concentrations. Each concentration of each isolate was exposed to 3 dilutions of F10 SC (1:20, 1:100, 1:500) for a 10-minute contact time based upon product label recommendations. Culture growth on standard potato-dextrose agar after 10 days of incubation was assessed for characteristic colony growth and cytology evaluation for fungal elements. The experimental design included control conditions as well as biological and technical replication.
Results: All control conditions grew characteristic fungal colonies with fungal elements visualized cytologically. Both concentrations of all 3 isolates exhibited no growth after contact with the highest concentration of the disinfectant (1:20) however fungal growth was evident after contact with the lowest concentration of disinfectant (1:500).
Conclusions and clinical relevance: Environments exposed and/or contaminated with N. guarroi can be effectively disinfected using F10 SC for a contact time of 10 minutes. Exposure to living tissue has not been evaluated and cannot be recommended at this time. Further work evaluating F10 SC disinfection against clinically relevant microbes should be pursued.
Submitted by Emilee Cramer, University of Tennessee
Working as a veterinary assistant is probably the most common pathway into veterinary medicine. Many high school and undergraduate students have a family member or friend that invites them in, or they live in an area that is constantly in need of help. Try as I might, I was unable to do the same, and I was concerned that this would prevent me from making it into veterinary school. Fortunately, I achieved my dream, but even after finishing my first semester, I worried that my lack of clinical experience would leave me missing core skills. However, I found that being unable to obtain clinical opportunities allowed me to find other experiences that shaped my direction and desires in veterinary medicine.
One of these experiences was at a wildlife rehabilitation center. It was here that I learned about holistic medicine, wildlife husbandry, and basic treatments for wild animals. Most importantly, it was where my love of birds blossomed. I loved them so much, in fact, that I took an ornithology course in undergrad, and I decided that I would work on birds as a veterinarian regardless of what kind of practice I work in. I have since learned that birds have a reputation for being quite fragile in a clinical setting, not just a rehabilitation one, but I am so fascinated by them that this far outweighs the fear of working with them.
I also spent a great deal of time among many shelters and rescues in the northeast United States. In addition to learning about herd health in a small animal setting, I grew intrigued by the nationwide transportation of animals to escape euthanasia. This inspired me to carry out a research project that surveyed shelters and rescues across the northeast, which as a region has massively improved their shelter euthanasia statistics in the last few decades, to determine how we might have such success countrywide, especially in underserved areas. With each correspondence and each interview, I felt the massive gap in veterinary care and the need for more shelter veterinarians. I also learned about shortcomings that prevented certain areas of the southeast from getting the help they so desperately need from northeast rescues, one of the biggest being that the time animals spend in shelters is far too long, leading to increased disease prevalence and a pressure on the capacity of space and labor. This drove me to want to become a highly efficient surgeon for spay and neuter procedures as well as the desire to work in shelters to keep the flow of animals high and the spread of disease low.
Since starting veterinary school, I have pursued opportunities that propel me in the direction of these goals, like working for the UTCVM’s Small Animal Surgery Emergency Team, taking our avian medicine, shelter medicine, and surgery electives, and joining the executive boards for our Avian, Wildlife, and Exotics Club as well as our Shelter Medicine Club. The impact that my experiences prior to veterinary school have had on me has been tremendous, and the things I learned, though not always clinical, have been so helpful in my education and will surely carry over into my career. Little did I know that these experiences would teach me so much about the spectrum of care, options for shelter veterinarians, One Health, and so much more. I got to see firsthand how rural communities struggle for resources and modern medical technology. I learned about client and community education and the absolute necessity of relationships within and across veterinary medicine, animal care, the public, and the government. I thought I knew exactly what I wanted to do in the field growing up, but I got to experience so many facets of veterinary medicine that, now, I have more interests than I think I can wrap into one career. Of course, this isn’t a bad problem to have; I enjoy the idea of being a jack-of-all-trades if it means I can always keep learning and expanding the sphere of animals that I can help.
Submitted by Patrik Rollefson, Louisiana State University