Investigating Novel Proteins in Acidophilic Biofilm Communities

Sunia Trauger,Steven M. Yannone,Daojing Wang,Nitin S. Baliga, Steven R. Holbrook, Chris H. Q. Ding,Angeli Menon, A. John, Tainer,Michael W. W. Adams,Sébastien Monchy,Nicolas Morin, Mohammed A. Benotmane, Sébastien van Aelst, Max, Mergeay,Tatiana Vallaeys,Ruddy Wattiez, Safyih Taghavi, John Dunn

semanticscholar(2006)

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Abstract
Microbial communities are the basis for engineered environmental bioprocesses. However, current methods, including 16S rDNA-based techniques, are incapable of providing information on the function of the community or its members, and thus the community remains a black box from a functional perspective. Microbial community proteomics has the potential to detect proteins expressed in an environment under different conditions. In this approach, a mixture of microorganisms can be viewed as a meta-organism, in which population shifts are a form of functional response. Despite its possible advantages, the use of meta-proteomics has been almost completely unexplored.
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