Researchers at the University of Tennessee have developed realistic silicone veterinary training models that replicate canine nasal anatomy to support hands-on training for specialized veterinary procedures. Created using advanced 3D modeling and molding techniques, these models provide lifelike simulation while eliminating the need for live animals or cadavers. The models offer an affordable and ethical solution for improving clinical and surgical training outcomes.

 

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Realistic silicone model of a healthy dog nose for NG tube placement training.

Realistic Model of Canine Nose for Nasogastric Tube Placement Training

Training in placement and suture tie-down of medical devices, particularly nasogastric (NG) tube use is essential for veterinary professionals. However, several problems can occur without proper training. Proper training is difficult to obtain because of limited hands-on opportunities. Animal welfare concerns restrict live-animal practice. Reliance on cadavers may not perfectly replicate tissue resistance, anatomical variation, or live-patient responses. Finally, without regular reinforcement of practice, practitioner skills degrade quickly. Because of this, new training methods are needed. 

Researchers at the University of Tennessee have created a silicone surgical training model to train placement and suture tie-down of medical devices, primarily nasogastric tubes, for veterinary professionals. The model was created using a proprietary 3D printed PLA mold generated from a custom CT-segmented generated model. 

Benefits:  

  1. Provides unique anatomic replication for a normal canine nose to train placement and suture tie-down of NG tubes 
  2. Silicone model allows easier, but lifelike training without a need for cadaver or live-animal labs 
  3. More affordable than other training methods 

Please contact Tyler Newton (cnewto12@tennessee.edu) for bulk order pricing.

*Shipping is only available to registered businesses in the United States and Canada. For alternative shipping locations please contact cnewto12@tennessee.edu

**Please allow 2-3 weeks for shipping

 

$200.00


Realistic silicone model of a Brachycephalic animal nose for Ala-vestibuloplasty surgical training.

Realistic Surgical Training Model for Ala Vestibuloplasty

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. 

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  

  1. Provides unique anatomic replication of commonly affected canine breeds 
  2. Silicone model allows easier, but lifelike training without a need for cadaver or live-animal labs 
  3. More affordable than other training methods 

Please contact Tyler Newton (cnewto12@tennessee.edu) for bulk order pricing.

*Shipping is only available to registered businesses in the United States and Canada. For alternative shipping locations please contact cnewto12@tennessee.edu

**Please allow 2-3 weeks for shipping

 

$250.00