Realistic surgical training model for ala-vestibuloplasty: silicone brachycephalic airway trainer
A silicone surgical training model for teaching residents and surgeons the ala-vestibuloplasty procedure commonly performed in veterinary brachycephalic patients. Its anatomic replication of commonly affected canine breeds provides safe, accurate training without cadaver or live-animal labs.
The problem
Brachycephalic (short-nosed) animals often suffer from brachycephalic obstructive airway syndrome (BOAS). Because of this, the animals have difficulty breathing and require surgery. Ala-vestibuloplasty, an advanced surgical procedure, is gaining favor because it addresses deeper internal blockages associated with BOAS and greatly increases airflow through the nasal vestibule by removing obstructive anatomic structures. This leads to an improved quality of life for the patient. Because of the increase in popularity, training surgical residents and surgeons alike is highly important to ensure the best outcomes for affected animals.
The solution
Researchers at the University of Tennessee have created a silicone surgical training model to train surgical residents and surgeons on the ala vestibuloplasty procedure commonly performed in veterinary brachycepahlic patients. The unique anatomic replication of common canine breeds that require additional alar fold and wedge resections provides safe and accurate training.
Benefits
- Provides unique anatomic replication of commonly affected canine breeds
- Silicone model allows easier, but lifelike training without a need for cadaver or live-animal labs
- More affordable than other training methods
About University of Tennessee, Knoxville
UT offers a partnership model that reduces risk, accelerates time-to-value, and supports long-term growth strategies for industry—providing an attractive platform for companies seeking to formalize collaboration and establish a long-term presence in the East Tennessee region. By aligning institutional investment with regional and national priorities, UT provides a stable and effective platform for industry collaboration, technology deployment, and sustained economic impact.
delivered to your inbox.