- home >
- Science and innovation >
- Innovation >
Center for Breakthrough Research "Information Technologies in Medicine" (CPI "IT-medicine")
At the end of 2013, by decision of the interdepartmental working group for the development of world-class research centers in the field of information technology, a decision was made to create a Federal Center for Breakthrough Research on the basis of Samara State Medical University, specializing in the development of medical systems based on simulation, cognitive technologies and augmented reality technologies . The selection was carried out by the Ministry of Education and Science of Russia and the Ministry of Communications of Russia among 130 applications from more than 100 scientific organizations and universities as part of the implementation of paragraph 2 of the list of instructions of the Chairman of the Government of the Russian Federation dated December 27, 2012 No. DM- P8-7980on the launch of a pilot project for the creation and development of world-class research centers in the Russian Federation in the field of information technology.
In accordance with the decision of the Academic Council of the Samara State Medical University and the order of the rector dated 04/01/2014 No. 332, the Center for Breakthrough Research “Information Technologies in Medicine” (CPI “IT in Medicine”) was created at Samara State Medical University, which is a continuation and confirmation of the high status of the university in the formation of a new scientific and innovative direction — information technologies in medicine.
CPI “IT in Medicine” specializes in the development of diagnostic and rehabilitation systems based on virtual and augmented reality technologies, artificial intelligence, educational products for universities and enterprises in the real sector of the economy and the search for methods that generally improve the quality of medical care.
Organizational structure of the CPI
Department of Virtual Technologies – Nazaryan Haykush Karlosovna, head. department
Development of products based on 3D modeling technologies and augmented and virtual reality, applicable in the educational process both for higher educational institutions (medical and technical profiles), and for staff training at large enterprises in the real sector of the economy (from oil refining to banking industries). Within the department:
Laboratory of Virtual and Augmented Reality Technologies;
Laboratory of educational projects;
3D Modeling Laboratory — Serovatov Denis Vladimirovich, Head. laboratory.
Department of Neural Interfaces and Applied Neurophysiology — Vasily Fedorovich Pyatin, Head. department
Carrying out research work in the field of applied neurophysiology in order to identify innovative approaches to correct pathological brain activity in order to create BCI systems.
Laboratory of Applied Neurophysiology and Neurotechnology — Viktor Kazantsev, Head. laboratory;
Laboratory of neurointerfaces.
Department of High Performance Computing and Artificial Intelligence Technologies in Medicine
Development of clinical data analysis systems based on neural network algorithms, including the analysis of medical images to detect a wide range of diseases.
Department of Analysis and Processing of Medical Data and SPPVR Systems — Natalia Ivanovna Panova, Head. department
Development of product solutions for automated analysis and processing of medical data, including using artificial intelligence systems. Among the key implemented projects are systems for processing medical images, collecting and analyzing data from medical information systems, remote health monitoring, and platform solutions for implementation in medical practice.
Department for the development of neurorehabilitation projects – Rovnov Sergey Viktorovich, head. department
Development of methods, software and development work using virtual reality and biofeedback technologies for the rehabilitation of patients with motor and cognitive impairments.
Department of development of medical navigation systems — Zotkin Dmitry Alekseevich, Head. department
Development of medical surgical navigation systems for preoperative planning and intraoperative control of surgical intervention
Department of telemedicine services
Web Development Department — Zhukova Irina Leonidovna, head. department
Examples of completed projects
AUTOPLAN
System for automated planning, management and control of the results of surgical treatment.
ReviVR
Multisensory virtual reality simulator for passive rehabilitation of persons with impaired motor function of the lower extremities, as well as those with spatial orientation disorders and visual impairments.
ReviMotion
Multisensory simulator of active motor rehabilitation and habilitation of persons for the restoration of the musculoskeletal system.
“Pirogov”
Interactive 3D anatomical training complex “Pirogov”.
“Surgera VR” Virtual Surgeon
Simulator of open surgery (tracheostomy and conicotomy operations).
Join us on social networks
