Development and validation of a composed canine simulator for advanced veterinary laparoscopic training

Medical education Trainer Veterinary medicine laparoscopic training Mental Health and Well-being in Veterinary Profession laparoscopy Biomedical Engineering Health Professions FOS: Medical engineering 0403 veterinary science Speech and Hearing Engineering SF600-1100 Health Sciences Machine learning Surgical Simulation and Training Techniques Virtual Reality Training veterinary education veterinarian-client communication veterinary surgeons 04 agricultural and veterinary sciences Computer science minimally invasive surgical procedures Programming language Transferability validation study Physical Sciences Logit Medicine Veterinary Science Surgery Medical physics Application of 3D Printing in Medical Anatomy Education Simulation-Based Training gastropexy Simulation
DOI: 10.3389/fvets.2022.936144 Publication Date: 2022-10-05T05:49:37Z
ABSTRACT
The development of innovative simulation models for veterinary laparoscopic surgery training is a priority today. This study aimed to describe a didactic simulation tool for the training of total laparoscopic gastropexy (TLG) with intracorporeal sutures in dogs. CALMA Veterinary Lap-trainer composite simulator (CLVTS) was developed from a plaster cast of 2 Great Dane canines mimicking the space and the correct position to carry out a TLG. After video instruction, 16 veterinarians with different degrees of experience in minimally invasive surgery (Experts, n = 6 and intermediates, n = 10) evaluated four sequential simulating TLG with intracorporeal suturing in the CLVTS. Subsequently, they completed an anonymous questionnaire analyzing the realism, usefulness, and educational quality of the simulator. The CLVTS showed a good preliminary acceptance (4.7/5) in terms of the usefulness and adequacy of the exercises that, in the participants' opinion, are appropriate and are related to the difficulty of the TLG. In addition, both experienced and intermediate surgeons gave high marks (4.5/5) to the feeling of realism, design, and practicality. There were no significant differences between the responses of the two groups. The results suggest that the CVLTS has both face and content validity. Where it can be practiced in a structured environment for the development of a total laparoscopic gastropexy with intracorporeal suture and without compromising patient safety, but still has some limitations of the scope of the study. Further studies are needed to establish the ability to assess or measure technical skills, including the degree of transferability to the actual surgical environment.
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