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3.1.25 Radiodiagnosis

1. Diagnosis and monitoring of physiological and pathological conditions, diseases, injuries and malformations (including intrauterine) by evaluating qualitative and quantitative parameters obtained by means of radial diagnostic methods. 2 Determination of normative qualitative and quantitative parameters, evaluation of reproducibility of the results obtained by means of methods of radial diagnostics. 3. Determination of informativeness of individual parameters (diagnostic symptoms) and their combination (diagnostic syndromes) for in-depth study of etiology, pathogenesis, diagnosis, effectiveness of treatment and outcome of diseases, injuries, pathological conditions and congenital malformations (including in utero) with the help of radial diagnostic methods. 4. research of efficiency and quality of medical devices, technologies, software for obtaining, analyzing and storing medical images or other information obtained with the help of radial diagnostics methods. 5. Creation of methods of standardization and optimization of processes at application of technical means and programs for obtaining medical images or other information obtained with the help of radial diagnostics methods. 6. Assessment of controllability, reliability and stability of processes at reception and circulation of medical images or other information received by means of radial diagnostics methods. 7. Development of theoretical foundations and practical applications of quality, efficacy and safety assessment and assurance in the life cycle stages of drugs for radiation diagnostics, including radiopharmaceuticals and contrast agents. 8. Conducting interdisciplinary scientific research aimed at creating programs for the integrated application of different areas of radiation diagnostics to improve the efficiency of basic and applied research in the field of clinical medicine. 9. Development and study of possibilities of hybrid technologies (fusion technologies) of radiation diagnostics, based on simultaneous application of several types of radiation to increase diagnostic informativeness of radiation diagnostics and timely detection of pathological processes. 10. Development of programs for early and timely detection of diseases of organs and systems of the body, including screening programs, using methods of radiation diagnostics. 11. Use of digital technologies, artificial intelligence and neural networks for diagnostics and monitoring of physiological and pathological conditions, diseases, traumas and malformations (including intrauterine) with the help of radial diagnostics. 12. Development of scientific and organizational and methodological aspects of ensuring the effective work of all links and structures of the radial diagnostics service to address infrastructural, resource and personnel support. 13. Research of scientific bases of providing general and radiation safety of patients, personnel, population and environment at medical use of ionizing radiation sources. 14. Investigation of new physical and mathematical principles, means, technologies and software-algorithmic support of medical imaging. 15. Development of scientific and organizational-methodological aspects of ensuring the effective work of all links and structures of the radiology diagnostics service in the Far North and equated areas.