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Mycobacterial Diseases
Open Access

ISSN: 2161-1068

+44 1478 350008

Mycobacterial Diseases : Citations & Metrics Report

Articles published in Mycobacterial Diseases have been cited by esteemed scholars and scientists all around the world.

Following are the list of articles that have cited the articles published in Mycobacterial Diseases.

Important citations (315)

wang chunfang, qiu jiayi, jiang xiuyun, ma hongxia, wang chunfeng, qian aidong. analysis of the cellular immune response in mice induced by mycobacterium bovis infection. chinese j preventive veterinary med. 2016:38(12);981-984. View at Publisher View at Google Scholar
singh singh v, turankar rp, goel a. molecular characterization of environmental mycobacterial species from leprosy endemic tribal regions of north purulia district, west bengal. international j mycobacteriol. 2019:8(4);381. View at Publisher View at Google Scholar
totaro m, casini b, valentini p, miccoli m, lopalco pl, baggiani a. identification of microbial indicators and free living protozoa in natural mineral water using cultural and molecular methods. 2017. View at Publisher View at Google Scholar
turankar rp, singh v, gupta h, pathak vk, ahuja m, singh i, et al. association of non-tuberculous mycobacteria with mycobacterium leprae in environment of leprosy endemic regions in india. infection, genetics and evolution. 2019:72;191-198. View at Publisher View at Google Scholar
totaro m, casini b, valentini p, miccoli m, lopalco pl, baggiani a. assessing natural mineral water microbiology quality in the absence of cultivable pathogen bacteria. journal of water and health. 2018:16(3);425-434. View at Publisher View at Google Scholar
selvaraj r. research & reviews: journal of medical and health sciences. View at Publisher View at Google Scholar
vogt g (2012) tuberculosis: efficient methods to study a worldwide human disease. mycobact diseases 2: e112. View at Publisher View at Google Scholar
earla p (2014) ancient diseases-microbial impact. journal of ancient diseases & preventive remedies. View at Publisher View at Google Scholar
simak vf, pangemanan dh, untu fm (2013) hubungan antarapengetahuan dan sikap dengan tindakan hidup sehat pasien tb paru di poliklinik paru rsup prof dr. r. d kandou manado. jurnal keperawatan 1. View at Publisher View at Google Scholar
morais ld. seleção e caracterização de biomarcadores aplicáveis em plataformas nanotecnológicas para o diagnóstico da tuberculose. View at Publisher View at Google Scholar
belay m, ameni g, bjune g, couvin d, rastogi n, et al. (2014) strain diversity of mycobacterium tuberculosis isolates from pulmonary tuberculosis patients in afar pastoral region of ethiopia. biomed research international. View at Publisher View at Google Scholar
mustafa as. mycobacterial diseases. View at Publisher View at Google Scholar
mustafa as (2014) t-helper 1, t-helper 2, pro-inflammatory and anti-inflammatory cytokines in tuberculosis. international journal of pharma medicine and biological sciences 3: 1. View at Publisher View at Google Scholar
mustafa as (2013) in silico analysis and experimental validation of mycobacterium tuberculosis-specific proteins and peptides of mycobacterium tuberculosis for immunological diagnosis and vaccine development. medical principles and practice 22(suppl. 1):43-51. View at Publisher View at Google Scholar
shojaei tr, salleh ma, tabatabaei m, ekrami a, motallebi r, et al. (2014) development of sandwich-form biosensor to detect mycobacterium tuberculosis complex in clinical sputum specimens. brazilian journal of infectious diseases 8: 600-608. View at Publisher View at Google Scholar
actor jk (2015) lactoferrin: a modulator for immunity against tuberculosis related granulomatous pathology. mediators of inflammation. View at Publisher View at Google Scholar
welsh kj, hunter rl, actor jk (2013) trehalose 6, 6′-dimycolate–a coat to regulate tuberculosis immunopathogenesis. tuberculosis 93: s3-9. View at Publisher View at Google Scholar
hudock ta, foreman tw, bandyopadhyay n, gautam us, veatch a, et al. (2017) hypoxia sensing and persistence genes are expressed during the intra-granulomatous survival of m. tuberculosis. american journal of respiratory cell and molecular biology. View at Publisher View at Google Scholar
hudock ta, foreman tw, bandyopadhyay n, gautam us, veatch a, et al. (2017) hypoxia sensing and persistence genes are expressed during the intra-granulomatous survival of m. tuberculosis. american journal of respiratory cell and molecular biology. View at Publisher View at Google Scholar
de villiers l, toit loots d (2013) using metabolomics for elucidating the mechanisms related to tuberculosis treatment failure. current metabolomics 1: 306-137. View at Publisher View at Google Scholar
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