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Perspectives on advances in tuberculosis diagnostics, drugs, and vaccines

Version 2 2024-03-12, 15:40
Version 1 2024-03-01, 10:17
journal contribution
posted on 2024-03-12, 15:40 authored by Marco Schito, Giovanni Battista Migliori, Jamshed Bomanji, Cris Vilaplana, Daniel Johnson, Peter Mwaba, Markus Maeurer, Alimuddin Zumla, Helen A. Fletcher, Ruth McNerney, Rosella Centis, Lia D'Ambrosio, Matthew BatesMatthew Bates, Gibson Kibiki, Nathan Kapata, Tumena Corrah
<p>Despite concerted efforts over the past 2 decades at developing new diagnostics, drugs, and vaccines with expanding pipelines, tuberculosis remains a global emergency. Several novel diagnostic technologies show promise of better point-of-care rapid tests for tuberculosis including nucleic acid-based amplification tests, imaging, and breath analysis of volatile organic compounds. Advances in new and repurposed drugs for use in multidrug-resistant (MDR) or extensively drug-resistant (XDR) tuberculosis have focused on development of several new drug regimens and their evaluation in clinical trials and now influence World Health Organization guidelines. Since the failure of the MVA85A vaccine 2 years ago, there have been no new tuberculosis vaccine candidates entering clinical testing. The current status quo of the lengthy treatment duration and poor treatment outcomes associated with MDR/XDR tuberculosis and with comorbidity of tuberculosis with human immunodeficiency virus and noncommunicable diseases is unacceptable. New innovations and political and funder commitment for early rapid diagnosis, shortening duration of therapy, improving treatment outcomes, and prevention are urgently required.</p>

History

School affiliated with

  • Department of Life Sciences (Research Outputs)

Publication Title

Clinical Infectious Diseases

Volume

61

Issue

3

Pages/Article Number

S102-S118

Publisher

Oxford University Press

ISSN

1058-4838

eISSN

1537-6581

Date Submitted

2017-10-04

Date Accepted

2015-10-15

Date of First Publication

2015-09-16

Date of Final Publication

2015-10-15

Date Document First Uploaded

2017-09-11

ePrints ID

28361

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