Information System for the Examination of Organism Adaptation Characteristics of Flight Crews’ Personnel

Aralova, Albina; Aralova, N. I.; Klyuchko, O. M.; Mashkin, V. I.; Mashkina, I. V.

doi:10.18372/1990-5548.56.12944

Cited by 3 publications

(1 citation statement)

References 2 publications

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“…Достаточно полный обзор и анализ существующих разработок по этой тематике приведен в [4]. Дальнейшим развитием стали представленные в [5][6][7] программные комплексы функциональной диагностики, которые базировались на имеющихся в тот момент времени возможностях программного обеспечения.…”

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Автоматизированные Рабочие Места Для Функциональной Диагностики Спортсменов

Aralova¹,

Шахлина²,

Aralova³

et al. 2021

PC&I

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One of the most important tasks in modern sport's training for the sport of highest achievements is the ability to control the state of the athlete's body in the process of training and competitive activities. For this purpose, the use of systems registering and analyzing information about the functional capabilities of an athlete in the dynamics of his activity, allows you to provide an individual approach when planning and correcting training loads. This is especially important for medical and pedagogical examination. The development of methods and means for increasing physical performance and, in particular, in the practice of high-performance sports, is one of the most important principles of modern sports medicine, physiology of labor and sports. In the practice of modern sports medicine, when carrying out mass examinations of athletes, the approach based on the proposed A.Z. Kolchinskaya concept on the regulation of the body's oxygen regimes, which allows to give a general characteristic of gas homeostasis, to diagnose the main syndromes associated with disorders of the transport of respiratory gases in the body, to assess the functional state of the body at all stages of the annual cycle of sports training and during the post-exercise recovery period. Since this work is associated with a large number of calculations and subsequent processing of the information received, it is necessary to use modern means of modern information support. Thus, the automated information system (AIS) for the functional diagnostics of athletes allows many times to speed up the processing of data obtained during the examination of athletes, centrally accumulate information for its preprocessing, storage and collective use of the AIS, is equipped with convenient services for graphical and tabular presentation of data, allows analyzing the dynamics of functional the state of athletes in the annual cycle of their training, as well as at the stage of the 4-year training Olympic cycle.

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Автоматизированные Рабочие Места Для Функциональной Диагностики Спортсменов

Aralova¹,

Шахлина²,

Aralova³

et al. 2021

PC&I

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Integrated Mathematical Model for Imitation of the Course of Viral Disease and Correction of the Induced Hypoxic State

Aralova¹

2020

Biotechnol. acta

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The aim of the work was to create a complex mathematical model simulating the course of the disease caused by the SARS-CoV-2 virus on the level of interaction between functional systems of organism and pharmacological correction of organism hypoxic states arising in the complicated course of the disease. In the present work the methods of mathematical modeling and theory of optimal control of moving objects were used. The proposed integrated mathematical model consisted on the mathematical models of functional systems of respiration and blood circulation, thermoregulation, immune response, erythropoesis, and pharmacological correction. Individual patient data were taken for this model, and the disturbing effect in the form of viral disease was simulated. The reactions of functional respiratory and blood circulatory systems were predicted. Partial pressures of respiratory gases in alveolar spaces and their tensions in lung capillaries blood, arterial and mixed venous blood, and tissue fluid were calculated. Further the intravenous injection of antihypoxant was simulated and the values of the same parameters were calculated. In such a way it was possible to choose the most optimal way of hypoxic state correction for any individual. This model is theoretical only for today because the models of respiratory and blood circulation systems were designed for the average person and it does not suppose peculiarities of individual persons infected with SARS-CoV-2. In particular, this concerns the peculiarities of gas exchange in the alveolar space and characteristics of respiratory gases diffusion through the alveolar-capillary and capillary-tissue membranes. However, it is one of possible directions for solving the complex tasks related to treatment of the disease caused by SARS-CoV-2 virus. In the result of the work the complex of information support for the imitation of viral disease course was developed at the level of interaction of organism functional systems, as well as pharmacological correction of caused by it hypoxic states.

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