pr0c00650_si_003.xlsx (15.71 kB)
Cell Envelope Proteomics of Mycobacteria
datasetposted on 2020-11-03, 16:41 authored by Clemens Hermann, Leshern Karamchand, Jonathan M. Blackburn, Nelson C. Soares
The World Health Organization (WHO) estimates that Mycobacterium tuberculosis, the most pathogenic mycobacterium species to humans, has infected up to a quarter of the world’s population, with the occurrence of multidrug-resistant strains on the rise. Research into the detailed composition of the cell envelope proteome in mycobacteria over the last 20 years has formed a key part of the efforts to understand host–pathogen interactions and to control the current tuberculosis epidemic. This is due to the great importance of the cell envelope proteome during infection and during the development of antibiotic resistance as well as the search of surface-exposed proteins that could be targeted by therapeutics and vaccines. A variety of experimental approaches and mycobacterial species have been used in proteomic studies thus far. Here we provide for the first time an extensive summary of the different approaches to isolate the mycobacterial cell envelope, highlight some of the limitations of the studies performed thus far, and comment on how the recent advances in membrane proteomics in other fields might be translated into the field of mycobacteria to provide deeper coverage.
Mycobacterium tuberculosiscell envelope proteomemembrane proteomics20 yearsWorld Health Organizationproteomic studiescell Envelope Proteomicssurface-exposed proteinsmycobacterial cell envelopemycobacterium speciesmultidrug-resistant strainsantibiotic resistanceapproachmycobacterial speciestuberculosis epidemic