Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients

52 pulmonary tuberculosis patients with concurrent diabetes and 76 pulmonary tuberculosis patients without concurrent diabetes (control group) have been examined. Systemic inflammation response syndrome (SIRS) has been evaluated by the concentration in the blood serum (plasma) of C-reactive protein,...

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Main Authors: G. O. Kaminskaya, R. Yu. Аbdullaev, O. G. Komissarova, O. O. Konyaeva, O. O. Berezhnaya
Format: Article
Language:Russian
Published: NEW TERRA Publishing House 2015-11-01
Series:Tuberkulez i Bolezni Lëgkih
Subjects:
Online Access:https://www.tibl-journal.com/jour/article/view/820
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spelling doaj-eb00d70694794e62ab711ac734036e202021-07-28T20:57:42ZrusNEW TERRA Publishing HouseTuberkulez i Bolezni Lëgkih2075-12302542-15062015-11-010114146820Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patientsG. O. Kaminskaya0R. Yu. Аbdullaev1O. G. Komissarova2O. O. Konyaeva3O. O. Berezhnaya4Central Research Institute of TuberculosisCentral Research Institute of TuberculosisCentral Research Institute of Tuberculosis; Pirogov Russian National Research Medical UniversityCentral Research Institute of TuberculosisCentral Research Institute of Tuberculosis; Pirogov Russian National Research Medical University52 pulmonary tuberculosis patients with concurrent diabetes and 76 pulmonary tuberculosis patients without concurrent diabetes (control group) have been examined. Systemic inflammation response syndrome (SIRS) has been evaluated by the concentration in the blood serum (plasma) of C-reactive protein, A serum amyloid protein, α1 -antitrypsin, haptoglobin and fibrinogen; nutritive status has been assessed by body mass index and concentrations in the blood serum of general protein, albumin and transthyretin. It has been found out that SIRS in those with concurrent conditions was less expressed compared to the control group. In particular in 56.9% of them the rates of C-reactive protein were within normal limits (in control group in 19.7%, p < 0.01). When evaluating the nutritive status in pulmonary tuberculosis patients with concurrent diabetes as per transthyretin and general protein, the protein deprivation (nitrogenous) has been found out along with paradox tendency in albumin and body mass index increase. The control group demonstrated less expressed signs of protein deprivation, but they were followed by the adequate reduction of albumin and body mass index. The detected changes allow presuming that the negative effect of diabetes on the course of pulmonary tuberculosis is determined by defective formation of SIRS, destroying its initial protective character and nitrogenous deprivation, restraining the reparation.https://www.tibl-journal.com/jour/article/view/820pulmonary tuberculosisdiabetessystematic inflammation response syndromenutritive status
collection DOAJ
language Russian
format Article
sources DOAJ
author G. O. Kaminskaya
R. Yu. Аbdullaev
O. G. Komissarova
O. O. Konyaeva
O. O. Berezhnaya
spellingShingle G. O. Kaminskaya
R. Yu. Аbdullaev
O. G. Komissarova
O. O. Konyaeva
O. O. Berezhnaya
Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
Tuberkulez i Bolezni Lëgkih
pulmonary tuberculosis
diabetes
systematic inflammation response syndrome
nutritive status
author_facet G. O. Kaminskaya
R. Yu. Аbdullaev
O. G. Komissarova
O. O. Konyaeva
O. O. Berezhnaya
author_sort G. O. Kaminskaya
title Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
title_short Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
title_full Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
title_fullStr Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
title_full_unstemmed Impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
title_sort impact of concurrent diabetes on the intensity of systematic inflammatory response syndrome and nutritive status of pulmonary tuberculosis patients
publisher NEW TERRA Publishing House
series Tuberkulez i Bolezni Lëgkih
issn 2075-1230
2542-1506
publishDate 2015-11-01
description 52 pulmonary tuberculosis patients with concurrent diabetes and 76 pulmonary tuberculosis patients without concurrent diabetes (control group) have been examined. Systemic inflammation response syndrome (SIRS) has been evaluated by the concentration in the blood serum (plasma) of C-reactive protein, A serum amyloid protein, α1 -antitrypsin, haptoglobin and fibrinogen; nutritive status has been assessed by body mass index and concentrations in the blood serum of general protein, albumin and transthyretin. It has been found out that SIRS in those with concurrent conditions was less expressed compared to the control group. In particular in 56.9% of them the rates of C-reactive protein were within normal limits (in control group in 19.7%, p < 0.01). When evaluating the nutritive status in pulmonary tuberculosis patients with concurrent diabetes as per transthyretin and general protein, the protein deprivation (nitrogenous) has been found out along with paradox tendency in albumin and body mass index increase. The control group demonstrated less expressed signs of protein deprivation, but they were followed by the adequate reduction of albumin and body mass index. The detected changes allow presuming that the negative effect of diabetes on the course of pulmonary tuberculosis is determined by defective formation of SIRS, destroying its initial protective character and nitrogenous deprivation, restraining the reparation.
topic pulmonary tuberculosis
diabetes
systematic inflammation response syndrome
nutritive status
url https://www.tibl-journal.com/jour/article/view/820
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