Cellular and Structural Basis of Synthesis of the Unique Intermediate Dehydro-F <sub>420</sub> -0 in Mycobacteria
Rhys Grinter, Blair Ney, Rajini Brammananth, Christopher K. Barlow, Paul R. F. Cordero, David L. Gillett, Thierry Izoré, Max J. Cryle, et al. (20 authors)
mSystems · 2020-05
Abstract
Mycobacteria are major environmental microorganisms and cause many significant diseases, including tuberculosis. Mycobacteria make an unusual vitamin-like compound, F 420 , and use it to both persist during stress and resist antibiotic treatment. Understanding how mycobacteria make F 420 is important, as this process can be targeted to create new drugs to combat infections like tuberculosis. In this study, we show that mycobacteria make F 420 in a way that is different from other bacteria. We studied the molecular machinery that mycobacteria use to make F 420 , determining the chemical mechanism for this process and identifying a novel chemical intermediate. These findings also have clinical relevance, given that two new prodrugs for tuberculosis treatment are activated by F 420 .
MeSH terms
- Tuberculosis
- Antibiotics
- Microbiology
- Prodrug
- Bacteria
- Mycobacterium tuberculosis
- Mycobacterium
- Mechanism (biology)
- Biology
- Chemistry
- Medicine