Problems of Social Hygiene, Public Health and History of MedicineProblems of Social Hygiene, Public Health and History of Medicine0869-866X2412-2106Joint-Stock Company Chicot152010.32687/0869-866X-2024-32-4-804-808НеопределенThe application of information technologies in system of support of decision making in osteopathyKorotaevskiyE Aekototaevskiy@gmail.comKalininA Galeksei.kalinin1959@mail.ruKaryakinA Abiophyzica@ya.ruMartynovaN Amativala@mail.ruKaryakinaO Eo.travnikova@narfu.ruBaranovA VBaranov.av1985@mail.ruThe Federal State Budget Institution “The Northern State Medical University of Minzdrav of Russia, 163000, Arkhangelsk, RussiaThe Federal State Autonomous Educational Institution of Higher Education “The M. V. Lomonosov Northern (Arctic) Federal University”, 163002, Arkhangelsk, RussiaThe Federal State Budget Educational Institution of Higher Education “The Pitirim Sorokin Syktyvkar State University”, 167000, Syktyvkar, Russia170820243242604202526042025Copyright © 2025,2025<p>The implementation of information technologies into treatment practice of modern health care significantly increases efficiency of diagnosis and treatment of dorsopathies. The purpose of the study is to develop software module to evaluate post-urological status of patients with spine dorsopathy to optimize diagnostic process and treatment planning. The article describes application of original software module to assess the post-urological status of patients with spine dorsopathy. The proposed software module is designed for objective assessment of post-urological status of patients with spine dorsopathy based on photographic images of examined patient. The most important advantage of software module is built-in forecasting function that is implemented by calculation of severity of pain perceptions and movement disorders using generated regression equations. The possibility to record data obtained during measurements permits to store information in single system. The implementation of software module into clinical practice will contribute to qualitative improvement of diagnostic processes, simplify work of osteopath and reduce the time spent on examination.</p>information technologiessoftware modulespine dorsopathypost-urological statusинформационные технологиипрограммный модульдорсопатия позвоночникапостурологический статус1.Babchina P. I., Petrova E. M., Chesnokov I. V. Three-dimensional modeling in the development of a biomechanical method for determining permissible loads on a deformed segment of the thoracic spine. In: Innovative materials and technologies in design: Materials 3 All-Russian Scientific and Technical. Conf., March 23–24, 2017. St. Petersburg State University of Electrical Engineering. V. I. Ulyanov University; comp. O. E. Babkin. St. Petersburg; 2017. P. 37–45 (in Russian).2.Warriors, R. L. The use of laser scanning to detect human posture disorders during mass examinations. Scientific and Technical Bulletin of Information Technologies, Mechanics and Optics. 2014;(2):171–3 (in Russian).3.Gerasimenko M. Information and analytical system “Babyspine” for diagnosis and treatment planning of children with spinal deformities. Science and Innovation. 2020;(12):79–83 (in Russian).4.Krasnoyarova N. A. Prospects of osteopathic and manual medicine in modern neurology. Bulletin of KazNMU. 2014;(2-1):133–8 (in Russian).5.Pertsev S. A., Ostrovsky V. V. The C# programming language. Advantages and disadvantages, main features. Comparison with other programming languages. Economics and Society. 2016;(3):16–22 (in Russian).6.Sarsimbayeva S. M., Saimagambetova A. J. Application of the C# programming language and the platform. Net 4. 0 for object-oriented modeling. Object Systems. 2012;(1):24–7 (in Russian).7.Shildt G. C# 4.0: Complete guide: monograph. Moscow: Williams; 2011. 1056 p.8.Certificate of state registration of the computer program No. 2021663591 “Software module for assessing the posturological status of patients with dorsopathy of the spine”. Authors: Korotaevsky E. A., Karyakin A. A., Orsicheva A. V., Karyakina O. E., Martynova N. A. Date of state registration in the Register of computer programs on August 19, 2019 (in Russian).