… The acquisition of iron is critical for the survival and virulence of many pathogenic microbes
and diverse strategies have evolved to synthesize, import and utilize iron. There has been a …

… The findings in this study suggest that microbes that couple microaerobic Fe(II) oxidation
to carbon assimilation existed in the paddy soil, which provides an insight into the iron-carbon …

… 2 tubes yielded maximum assimilation amounts of … iron substrates as a result of microbial
Fe(II) oxidation. Metagenomics analysis of the enriched microbes targeted genes encoding iron …

… The present study was designed to investigate the active CO 2 -assimilating microaerophilic
microbial community during carbon assimilation and Fe(II) oxidation in a typical paddy soil …

… their iron uptake pathways and/or use of iron chelators as a means to hinder development of
infections. This review will serve to assimilate findings regarding iron and … via iron chelation …

… plants yielding a substantially lower background microbial count of 6.3 × 10 5 … iron
assimilation. The extent of colonization does not fully explain the actions here, and thus microbial …

… Despite the central role of iron in the anammox process, most aspects of iron in … iron
metabolism and protein systems that these microorganisms may use to assimilate and utilize iron. …

… feedback between iron cycling, microbial activity, and ligand abundance: External iron
input fuels microbial production, creating organic ligands that support more iron in seawater, …

… iron uptake may be discouraged in favor of carbonate-independent uptake. We report details
of an iron assimilation … impacts of climate change on microbial community structure in high-…

… by microbes to bind iron in a form that can be assimilated via active membrane transporters.
Metagenomic surveys hint that homologs to known siderophore uptake genes are common …