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RISK TO BE INFECTED BY PROVISIONALLY PATHOGENIC MICROORGANISMS, MOLD AND YEASTS IN URBAN ENVIRONMENT

Medical Immunology

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Title RISK TO BE INFECTED BY PROVISIONALLY PATHOGENIC MICROORGANISMS, MOLD AND YEASTS IN URBAN ENVIRONMENT
РИСК ЗАРАЖЕНИЯ УСЛОВНО-ПАТОГЕННОЙ МИКРОФЛОРОЙ, ПЛЕСНЕВЫМИ И ДРОЖЖЕПОДОБНЫМИ ГРИБАМИ В УРБАНИЗИРОВАННОЙ СРЕДЕ
 
Creator S. Kozulya V.; Crimea State Medical University named after S.I. Georgievsky, Simpheropol
С. Козуля В.; ГУ Крымский государственный медицинский университет имени С.И. Георгиевского, Симферополь
 
Subject microflora of indoor air; air conditioning system
микрофлора воздуха помещений; системы кондиционирования воздуха
 
Description Abstract. The samples of air were taken in 122 shops with the split air conditioning systems. The unfavorable changes of air quality were detected after switching of air-conditioning systems. Before switching of the air-conditioning systems, the provisionally pathogenic and pathogenic bacteria in the air were presented in 6.4% of samples, the mould fungi — in 27.8%, the yeast fungi — in 5.7%. After 30 minutes of split-systems operation, the provisionally pathogenic and pathogenic bacteria were found in 97.5% samples, mould fungi — in 72.1% and the yeast fungi — in 27.9%. Moreover, the species diversity of microorganisms in indoor air, after switching of split-system, was fully corresponded (100%) to the microflora of biofilms in internal block of the split-systems. Variants, in which microorganisms isolated from the biofilm in the condensate removal system after the switching split-systems was absent in premises air, were not determined. Thus, the microflora, which forms the biofilm in the condensate removal system, is a source of air pollution in the premises, where the split system were installed.
Резюме. В помещениях 122 магазинов с установленными сплит-системами отбирались пробы воздуха. После включения систем кондиционирования отмечены негативные изменения в качественном составе воздуха. До включения систем кондиционирования условно-патогенные и патогенные бактерии присутствовали в 6,4% проб воздуха, плесневые грибы — в 27,8% проб, дрожжеподобные грибы — в 5,7%. После 30 мин работы сплит-систем условно-патогенные и патогенные бактерии обнаруживались в 97,5% проб воздуха, плесневые грибы — в 72,1% проб, дрожжеподобные грибы — в 27,9%. Кроме того, микроорганизмы, появившиеся в воздухе помещения после включения сплит-систем, соответствовали микрофлоре биопленки внутреннего блока сплит-систем в 100% случаев. Вариантов, при которых микрофлора, выделенная из биопленки системы удаления конденсата сплит-системы, отсутствовала бы в воздухе помещения после ее включения, не выявлено. То есть микрофлора, образующая биопленку в системе удаления конденсата, гарантированно является источником загрязнения воздуха помещения.
 
Publisher Publishing house of Saint Petersburg Pasteur Institute
 
Contributor

 
Date 2014-07-08
 
Type info:eu-repo/semantics/article
info:eu-repo/semantics/publishedVersion


 
Format application/pdf
 
Identifier http://iimmun.ru/index.php/iimm/article/view/146
10.15789/2220-7619-2013-4-351-354
 
Source Russian Journal of Infection and Immunity; Том 3, № 4 (2013); 351-354
Инфекция и иммунитет; Том 3, № 4 (2013); 351-354
2313-7398
2220-7619
10.15789/2220-7619-2013-4
 
Language rus
 
Relation http://iimmun.ru/index.php/iimm/article/view/146/145
 
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