… 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. …

… ), however, fail to account for carbon assimilation and/or for fermentation reactions that convert
… in our laboratories; these studies take into consideration carbon assimilation as well as its …

… 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-…

… iron available to microbes. The unique properties render iron (III) a suitable target for the host
to control microbial … ed in vitro, the process of iron assimilation in fungi can only be studied …

… mutant was subsequently tested under iron rich conditions. The gene regulation mediated
by the Fur protein that plays a major role in the iron assimilation of Y. pestis was investigated. …

… iron reduction in eucaryotic iron uptake. S. cerewkiae is able to utilize ferric chelates as an
iron source by reducing the ferric iron … ferric iron reduction and efficient ferric iron assimilation, …

… and fungi excrete iron-specific ligands as a response to low iron levels was the critical
experiment that laid the foundation of our present understanding of microbial iron assimilation (…

… most microbes during infections depends on their ability to compete effectively for key nutrients.
Iron assimilation … the extreme insolubility of iron, many microbes synthesize and excrete …

… Among the alternative means of assimilating iron are surface … microbes and are not
products of the metabolism of plants or animals, which have their own pathways for uptake of iron…

… 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 …