📋 Tender Overview
At the Urals State Medical University of the Ministry of Health of Russia, the educational and scientific laboratory of digital dentistry was solemnly opened-the first one of their kind among Russian medical and educational institutions. This innovative project was implemented with the support of the program of strategic academic leadership of the priority-2030 universities and is designed to bring the training of specialists to a new level.
The new laboratory combines advanced IT solutions, 3D modeling, digital diagnostics and modern treatment methods, which are already actively used in world practice. Its main goal is the integration of information technology into the educational process.
Thanks to interactive digital systems, students of all levels - from schoolchildren to experienced doctors - will be able to improve professional skills, gain additional competencies and develop information technologies in dentistry. In the laboratory, virtual modeling of the full cycle of dental treatment is possible - from diagnosis to forecasting the result.
The unique complex offers several levels of training, since it covers the entire educational process:
The laboratory has become part of the universitys integrated educational ecosystem, complementing existing simulation classes, digital dental laboratory and operating rooms with modern technologies - axiography, computed tomography and domestic Avantis software.
Additionally, in the dental clinic of the Ural State Medical University of the Ministry of Health of Russia, a database of real clinical cases and a virtual image library have been created. These resources will be used for educational and scientific purposes, as well as open new opportunities for integrating research and developing digital solutions in dentistry and reconstructive maxillofacial surgery.
The opening of a digital laboratory is another step in the Ural State Medical University of the Ministry of Health of Russia to the transformation of a medical education. The new format of training will allow students to not only master advanced technologies, but also develop research and design competencies necessary for a successful career in modern dentistry.
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