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Information × Registration Number 0214U005604, 0109U008717 , R & D reports Title Develop a system of measures of intensive care seriously burned during surgery in stage of burn shock popup.stage_title Head Fistal Emil Yakovich, Registration Date 30-01-2014 Organization M. Gorky Donetsk National Medical University popup.description2 RESEARCH FACILITY - 1908 burned , of which 302 children aged 1 month to 7 years of age who were treated at the Donetsk burn center with burns a flame, boiling water on the area of 20 to 95% of the body surface. The treatment period was accompanied by the development of burn disease of varying severity. Objective: To improve the results of treatment of seriously burned through the development, validation and implementation of new technologies of intensive care at the time of preparation and holding of early surgical treatment of burn shock stage. METHODS : laboratory , clinical , biochemical , immunological , instrumental . For the study of microcirculation using laser Doppler flowmetry method ). FINDINGS : developed and implemented a system of measures of intensive care seriously burned during surgery in stage of burn shock led to a decrease in overall complications by 30% and mortality by 25 % in patients with superficial dermal burns and reduce systemic complications by 20 % and mortality by 10 % in patients with deep dermal burns. The average hospital stay decreased by 1.9 times , including - 1.5 times at critical and supercritical burns . NOVELTY : a new direction justified solution to the problem of treatment of burns by developing a common concept of early surgical treatment is to burn shock stage on the basis of the study of stress reaction , systemic inflammatory reaction of microcirculation, central hemodynamics , immunity. For the first time on the basis of a retrospective analysis of case histories of hard baked system has been developed for predicting the course of burn disease from the point of view of the results of surgical treatment of patients with burn shock has been determined hemodynamics , microcirculation , the state system of free radical oxidation and antioxidant defense system, the immune reactivity in heavily burned depending on the depth of the burn, before and after surgical treatment of burns burn shock step . Product Description popup.authors Носенко В.М. Самойленко Г.Є. Солошенко В.В. Фісталь Н. М. popup.nrat_date 2020-04-02 Close