Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection

Objective – to analyse dynamics of detection of tuberculosis and HIV/AIDS in tuberculosis/HIV co-infection, to identify the main clinical forms of tuberculosis, the type of tuberculosis process and the structure of incidence of tuberculosis, to analyse dependence of a clinical form of tuberculosis...

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Main Authors: V. P. Melnyk, T. H. Khursa, Ya. О. Yakymova, G. Ya. Soloninka
Format: Article
Language:English
Published: Zaporozhye State Medical University 2017-10-01
Series:Zaporožskij Medicinskij Žurnal
Subjects:
Online Access:http://zmj.zsmu.edu.ua/article/view/110163/107069
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spelling doaj-0ba759af8c8d430d80e1e69f2d80f50a2020-11-24T23:21:04ZengZaporozhye State Medical UniversityZaporožskij Medicinskij Žurnal2306-41452310-12102017-10-01560460810.14739/2310-1210.2017.5.110163Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infectionV. P. MelnykT. H. KhursaYa. О. YakymovaG. Ya. Soloninka Objective – to analyse dynamics of detection of tuberculosis and HIV/AIDS in tuberculosis/HIV co-infection, to identify the main clinical forms of tuberculosis, the type of tuberculosis process and the structure of incidence of tuberculosis, to analyse dependence of a clinical form of tuberculosis on quantity of CD4 cells. Materials and methods. 155 patients with tuberculosis/HIV co-infection and 155 patients with tuberculosis without HIV infection were examined. All patients underwent general clinical examination, laboratory tests, X-ray, microbiological, histological studies (with extrapulmonary tuberculosis). Results. In all patients, co-infection was detected mainly by respiratory tuberculosis (in 73 % of HIV-positive and 89 % of HIV-negative patients). In HIV-positive patients, tuberculosis was more often detected by the passive way (81 %), and in HIV-negative patients – by the active way (78 %). 66.5 % of patients had HIV infection first, 21.3 % had the first tuberculosis, and 12.2 % had HIV infection and tuberculosis at the same time. In clinical forms in patients with HIV-infection, infiltrative and disseminated tuberculosis prevailed. Pulmonary tuberculosis was diagnosed in 70.3 % of patients, extrapulmonary – in 11 %, pulmonary and extrapulmonary tuberculosis – in 18.7 %. In 28.4 % of patients, immunodeficiency was detected with CD4 cells less than 100 in 1mm3, in 22.6 % of patients – 101–200 CD4 cells in 1 mm3, in 10.3 % in 201–300 CD4 in 1 mm3, in 14.8 % of patients – 301–500 CD4 in 1 mm3 and in 23.9 % ≥ 500 CD4 in 1 mm3. In 56.1 % of patients, first diagnosed tuberculosis was detected, 28.4 % had the relapse of tuberculosis, 7.7 % had tuberculosis after a previous ineffective treatment, 7.7 % had tuberculosis with treatment after the break. Bacterial excretion (by the scopic method) was detected in 42.6 % of patients, by the bacteriological method – in 73.9 %, by the molecular-genetic method – in 93.2 %, typical morphological changes (by the histological method) – in 10.0 % of patients. Conclusions. Among patients with tuberculosis/HIV co-infection, 66.5% of patients have HIV infection is primarily detected, pulmonary tuberculosis is diagnosed in 70.3 % of cases and extrapulmonary tuberculosis is significantly underdetection. Atipical localization of pulmonary tuberculosis was in 47.7 % of patients. 51 % of patients had immunodeficiency (CD4 < 200/mm3, 28.4 % of them had CD4 < 100/mm3), among them, most were diagnosed with disseminated and miliary tuberculosis. Bacterial excretion in patients with tuberculosis/HIV co-infection by the scopy method was detected in 42.6 % of cases, what is 1.6 times less than in patients without HIV infection. http://zmj.zsmu.edu.ua/article/view/110163/107069co-infectiontuberculosisimmunodeficiencyHelper cells
collection DOAJ
language English
format Article
sources DOAJ
author V. P. Melnyk
T. H. Khursa
Ya. О. Yakymova
G. Ya. Soloninka
spellingShingle V. P. Melnyk
T. H. Khursa
Ya. О. Yakymova
G. Ya. Soloninka
Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection
Zaporožskij Medicinskij Žurnal
co-infection
tuberculosis
immunodeficiency
Helper cells
author_facet V. P. Melnyk
T. H. Khursa
Ya. О. Yakymova
G. Ya. Soloninka
author_sort V. P. Melnyk
title Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection
title_short Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection
title_full Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection
title_fullStr Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection
title_full_unstemmed Analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/HIV co-infection
title_sort analysis of peculiarities of identification, diagnostics and course of tuberculosis in patients with tuberculosis/hiv co-infection
publisher Zaporozhye State Medical University
series Zaporožskij Medicinskij Žurnal
issn 2306-4145
2310-1210
publishDate 2017-10-01
description Objective – to analyse dynamics of detection of tuberculosis and HIV/AIDS in tuberculosis/HIV co-infection, to identify the main clinical forms of tuberculosis, the type of tuberculosis process and the structure of incidence of tuberculosis, to analyse dependence of a clinical form of tuberculosis on quantity of CD4 cells. Materials and methods. 155 patients with tuberculosis/HIV co-infection and 155 patients with tuberculosis without HIV infection were examined. All patients underwent general clinical examination, laboratory tests, X-ray, microbiological, histological studies (with extrapulmonary tuberculosis). Results. In all patients, co-infection was detected mainly by respiratory tuberculosis (in 73 % of HIV-positive and 89 % of HIV-negative patients). In HIV-positive patients, tuberculosis was more often detected by the passive way (81 %), and in HIV-negative patients – by the active way (78 %). 66.5 % of patients had HIV infection first, 21.3 % had the first tuberculosis, and 12.2 % had HIV infection and tuberculosis at the same time. In clinical forms in patients with HIV-infection, infiltrative and disseminated tuberculosis prevailed. Pulmonary tuberculosis was diagnosed in 70.3 % of patients, extrapulmonary – in 11 %, pulmonary and extrapulmonary tuberculosis – in 18.7 %. In 28.4 % of patients, immunodeficiency was detected with CD4 cells less than 100 in 1mm3, in 22.6 % of patients – 101–200 CD4 cells in 1 mm3, in 10.3 % in 201–300 CD4 in 1 mm3, in 14.8 % of patients – 301–500 CD4 in 1 mm3 and in 23.9 % ≥ 500 CD4 in 1 mm3. In 56.1 % of patients, first diagnosed tuberculosis was detected, 28.4 % had the relapse of tuberculosis, 7.7 % had tuberculosis after a previous ineffective treatment, 7.7 % had tuberculosis with treatment after the break. Bacterial excretion (by the scopic method) was detected in 42.6 % of patients, by the bacteriological method – in 73.9 %, by the molecular-genetic method – in 93.2 %, typical morphological changes (by the histological method) – in 10.0 % of patients. Conclusions. Among patients with tuberculosis/HIV co-infection, 66.5% of patients have HIV infection is primarily detected, pulmonary tuberculosis is diagnosed in 70.3 % of cases and extrapulmonary tuberculosis is significantly underdetection. Atipical localization of pulmonary tuberculosis was in 47.7 % of patients. 51 % of patients had immunodeficiency (CD4 < 200/mm3, 28.4 % of them had CD4 < 100/mm3), among them, most were diagnosed with disseminated and miliary tuberculosis. Bacterial excretion in patients with tuberculosis/HIV co-infection by the scopy method was detected in 42.6 % of cases, what is 1.6 times less than in patients without HIV infection.
topic co-infection
tuberculosis
immunodeficiency
Helper cells
url http://zmj.zsmu.edu.ua/article/view/110163/107069
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