Novel coronavirus infection COVID-19 pandemic has become a serious test for the worlds population across the board from individual to population. Introduced restrictive measures of self-isolation, observation, and quarantine, mostly known before the pandemic only to medical specialists, have become a forced lifestyle for most of the people across the globe, their specific adaptation to the new, unusual conditions of the existence and communication. Healthcare has faced off with an unknown infection, while traditional methods of the treatment showed their ineffectiveness at the initial stage. The results of the Research Institute of Problems of New Coronavirus Infection of the Military Medical Academy named after S.M. Kirov from April 2020 to present are listed. Work basis is formed by the scientific and clinical results of the Academys work during the COVID-19 pandemic. The experience of organizing sanitary, antiepidemic and preventive measures at the permanent disposition and in the field in the regions of Russia and abroad is presented. Developed, improved, and put into the practice methods of diagnosis and treatment of the patients, including the electron microscopic diagnostics of long-term carrier, ultrasound examination of the lungs, glucocorticosteroid therapy, heliumoxygen therapy, risk prediction algorithms and computer-aided evaluation of the degree of lung tissue damage, evaluation of the drug effectiveness are listed. In a separate section study related to the Russian vaccine Gam-COVID-Vac, the assessment of immunity after the disease, complex disorders, and in postvaccination cases, the use of the immune pathogen-reduced plasma, the mutual influence of various vaccines are presented. Methods of rehabilitation of convalescents, dispensary-dynamic observation, and military medical examination are studied and developed.
Аbstract. The current regulatory framework of the Ministry of Health and the Ministry of Defense of the Russian Federation on the regulation of the provision of medical assistance to military personnel affected by the infection caused by the SARS-CoV-2 coronavirus is considered. The state of the problem of information support for the provision of medical care to military personnel of this category is assessed. The developed methodology and the draft regulatory document for organizing the collection of medical information in the register of military personnel affected by the infection caused by the SARS-CoV-2 coronavirus are presented, and a regulation on this register is developed. The content, scope and algorithm of creating an information-analytical system for registering this pathology among military personnel, as well as the need to introduce new medical document management technologies into the medical service of the Armed Forces of Russia based on personified records of military personnel and the medical and psychological assistance provided to them, are substantiated. It is shown that for the smooth functioning of the register within the framework of a justified list of tasks, the presence of high-speed secure communication channels between the participating military units, institutions and medical service management bodies will be required. Consequently, the improvement of the information support system for managing the medical support of troops in peacetime and wartime is an important component of increasing the effectiveness of managing medical support for military.
The content of this article was presented in the form of a report at the International Military-Technical Forum Army-2021 and are devoted to the formation and the present day of the system of organizing scientific work in medicine. It is shown how medicine formed the attributes of science with a system of state scientific attestation, certain forms of scientific work and the system of establishing its organizational foundations with the formulation of tasks by control units for the development of specific directions in the interests of military medicine. The role in this paper of the scientific department of the Military Medical Academy and a brief outline of its history are described. Significant attention is paid to the current state of scientific work, its forms and types, the peculiarities of their functioning in modern conditions, as well as development prospects. Modern scientific ties, relationships with the Russian Academy of Sciences, the Military Innovative Technopolis Era and other ties with the crucial partners have been demonstrated. The specifications of the system of training scientific and scientific-pedagogical personnel are given, starting with the system of the military scientific society of cadets and listeners to the election of members of the RAS. The role of military medical science in the fight against the COVID-19 pandemic is shown, as well as the prospects for the development of scientific practices of the Military Medical Academy (4 figs, bibliography: 6 refs).
Background. The need to study the population immunity to the SARS-CoV-2 virus is due to the intensive spread of COVID-19 and the implementation of immunoprophylaxis of this infection. The identification of the features of the formation of immunoresistance in organized military collectives will allow us to predict the development of the epidemic situation, including among comparable population groups. Aims the study of population immunity to the SARS-CoV-2 virus in the context of the COVID-19 pandemic against the background of specific immunoprophylaxis in organized military collectives. Methods. According to epidemiological indications, an epidemiological study of collective immunity to the SARS-CoV-2 virus was conducted against the background of vaccination among cadets of military educational organizations. The study involved 497 people, divided into groups by epidemiological and vaccination history for COVID-19, blood groups and Rh factor. The assessment of the immunity intensity was carried out by the levels of class G immunoglobulins (IgG) to SARS-CoV-2 in the blood serum by the method of solid-phase enzyme immunoassay. Results. Seroprevalence in the total sample was 92.6%. The highest rates were observed among vaccinated patients: those who were not ill and vaccinated 99.0 0.7%, those who were ill and vaccinated-100% (mean geometric antibody titers 1:2234 and 1:4399). Among the ill, unvaccinated individuals, the seroprevalence index was 84.5 3.2% (1:220). Among those who were not ill, not vaccinated 8.2 3.1% (1:113), which may indicate a hidden course of the epidemic process in the team. A negative immune response was more common (tSt = 2.01; p 0.05) in individuals A(II)Rh+ blood group. The highest proportion of maximum antibody titers (1:32001:6400) was determined in AB(IV) individuals. Rh-blood groups (tSt=2.21; p 0.05). Conclusions. For the first time, the formation of combined immunity with the highest concentrations of specific antibodies was revealed in patients who have been ill and vaccinated has been revealed, which allows us to recommend vaccination to those who have suffered from COVID-19. The emergence of post-infectious immunity in organized groups with a latent epidemic process has been established. The relationship between the intensity of immunity with blood groups and the Rh factor was found.
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