Microbial translocation and systemic inflammatory response in HIV-infection

The purpose of the research was detection of markers of systemic inflammatory response syndrome together with levels of markers of gram-negative endotoxinemia in HIV-patients for evaluation of role of endotoxin in immune system hyperactivation and progression of disease. Material and methods. Evalua...

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Main Authors: Khasanova G.K., Bikkinina О.I., Anokhin V.A.
Format: Article
Language:Russian
Published: Saratov State Medical University 2013-09-01
Series:Саратовский научно-медицинский журнал
Subjects:
Online Access:http://www.ssmj.ru/system/files/2013-03_508-512.pdf
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spelling doaj-af8887ab2b244b04b8f94d77c37b151c2021-07-02T09:20:20ZrusSaratov State Medical UniversityСаратовский научно-медицинский журнал2076-25182013-09-01935085123337Microbial translocation and systemic inflammatory response in HIV-infection Khasanova G.K.0Bikkinina О.I.1Anokhin V.A.2Kazan State Medical UniversityKazan State Medical UniversityKazan State Medical UniversityThe purpose of the research was detection of markers of systemic inflammatory response syndrome together with levels of markers of gram-negative endotoxinemia in HIV-patients for evaluation of role of endotoxin in immune system hyperactivation and progression of disease. Material and methods. Evaluation of levels of endotoxin, sCD14, interleu-kin 1(3, TNF-a and C-reactive protein was done in 232 HIV-positive patients. LAL-test, ELISA and biochemical tests were used. Results. The statistically significant increase of levels of all markers of systemic inflammatory response which were investigated was detected in the group of HIV-positive patients, comparing to group of healthy individuals. Direct correlation of sCD14 level with most of markers of systemic inflammatory response was found. Increased level of sCD14 was associated with more prominent clinical and laboratory signs of immunosupression. Conclusion. These results confirm a role of endotoxin which is a marker of microbial translocation and highly active biological substance in pathogenesis of immune system hyperactivation and progression of HIV-infection.http://www.ssmj.ru/system/files/2013-03_508-512.pdfcytokinesendotoxinHIV infectionhyperactivation of immune systemmicrobial translocation
collection DOAJ
language Russian
format Article
sources DOAJ
author Khasanova G.K.
Bikkinina О.I.
Anokhin V.A.
spellingShingle Khasanova G.K.
Bikkinina О.I.
Anokhin V.A.
Microbial translocation and systemic inflammatory response in HIV-infection
Саратовский научно-медицинский журнал
cytokines
endotoxin
HIV infection
hyperactivation of immune system
microbial translocation
author_facet Khasanova G.K.
Bikkinina О.I.
Anokhin V.A.
author_sort Khasanova G.K.
title Microbial translocation and systemic inflammatory response in HIV-infection
title_short Microbial translocation and systemic inflammatory response in HIV-infection
title_full Microbial translocation and systemic inflammatory response in HIV-infection
title_fullStr Microbial translocation and systemic inflammatory response in HIV-infection
title_full_unstemmed Microbial translocation and systemic inflammatory response in HIV-infection
title_sort microbial translocation and systemic inflammatory response in hiv-infection
publisher Saratov State Medical University
series Саратовский научно-медицинский журнал
issn 2076-2518
publishDate 2013-09-01
description The purpose of the research was detection of markers of systemic inflammatory response syndrome together with levels of markers of gram-negative endotoxinemia in HIV-patients for evaluation of role of endotoxin in immune system hyperactivation and progression of disease. Material and methods. Evaluation of levels of endotoxin, sCD14, interleu-kin 1(3, TNF-a and C-reactive protein was done in 232 HIV-positive patients. LAL-test, ELISA and biochemical tests were used. Results. The statistically significant increase of levels of all markers of systemic inflammatory response which were investigated was detected in the group of HIV-positive patients, comparing to group of healthy individuals. Direct correlation of sCD14 level with most of markers of systemic inflammatory response was found. Increased level of sCD14 was associated with more prominent clinical and laboratory signs of immunosupression. Conclusion. These results confirm a role of endotoxin which is a marker of microbial translocation and highly active biological substance in pathogenesis of immune system hyperactivation and progression of HIV-infection.
topic cytokines
endotoxin
HIV infection
hyperactivation of immune system
microbial translocation
url http://www.ssmj.ru/system/files/2013-03_508-512.pdf
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