Валидация специально разработанной 3D-модели головы с применением искусственного интеллекта для обучения пункции гассерова узла

Validation of specially designed and artificial intelligence-based 3D head model for training of Gasserian ganglion puncture

Aim. To design, develop and validate a 3D head simulation model for foramen ovale puncture, incorporating computer vision-based artificial intelligence (AI) technologies. Materials and methods. A 3D simulation model with AI integration was developed in the prototyping laboratory. Its effectiveness for surgical training was evaluated by two groups: neurosurgeons with five or more years of experience (n = 10) and residents (n = 28). Training outcomes were assessed using the following parameters: intervention time, number of puncture attempts until they achieved the first one without any complications, number of complications involving critical anatomical structures. The validity was assessed using a Likert scale. Results. Before the training session, the groups differed in terms of the time spent on the procedure, the number of puncture attempts and the number of complications involving critical anatomical structures. Post-training intervention time decreased by 50% in both groups, the number of puncture attempts reduced by 50.0% in physicians and by 60.3% in residents. The cumulative number of complications declined by 57.8% in physicians and by 59% in residents. Likert scale analysis revealed no statistically significant differences between groups across all parameters. The feasibility and educational effectiveness of the model were rated as 4 or 5 by 90% of participants in both groups. Anatomical realism received a score of 4 or 5 from 90% of physicians and 100% of residents. Radiographic realism received a score of 4 or 5 from all participants. The cost of creating a simulator, excluding the cost of a 3D printer, was 22,685 rubles. Conclusion. The developed 3D simulation model with AI integration significantly improved training outcomes both in physicians’ and residents’ groups. The use of standard prototyping equipment provides a cost-effective, radiation-free alternative for widespread implementation in neurosurgical education. © 2025, I.M. Sechenov First Moscow State Medical University. All rights reserved.