… , Mtb requires iron for growth and virulence. Consequently, Mtb iron transport is an emerging
… game, where bacteria have developed complex pathways to steal iron from host proteins, …

… , and microbial) that are thought to act on humic substances during their land-ocean
transfer and the consequences for iron’s ocean cycling. Section “How Bioavailable Is Humic-Bound …

… bacterial iron transport machinery of E. coli and P. aeruginosa. … After coordination of Fe(III),
the resulting ferri-siderophores … , and are actively transported into the cytosol of bacteria. …

… of inorganic (nitrogen) compounds (133). The knowledge that nonphotosynthetic microbes
… not only from organic compounds (eg, carbohydrates) but also from inorganic molecules (eg…

… is an iron transport protein that maintains Fe (III) concentration (10–24 M) and blocks the
entry of pathogens [14]. Fungi and other microorganisms adopt various strategies for iron …

… In a second section, toxicity studies conducted on microbial … of microbial communities.
Finally, based on current and potential future in situ applications of nZVI treatments, the transport …

… However, it is unclear if Gram-negative bacteria are able to utilize a similar mechanism for …
important role in the recognition of downstream of transportation proteins. Thus, this study has …

… production and iron transport: (i) the synthesis of iron chelating … affinity to iron and thus
deprive bacteria with essential iron … transport also makes such iron chelate producing bacteria …

… Although there are still microbial genera where no siderophores have been found so far, it
is expected that a variety of novel structures and transport systems will be discovered in the …

… have been reported by fungi and bacteria (Boukhalfa and Crumbliss 2002). In the human
serum, transferrin is an iron transport protein that maintains Fe III concentration (10 −24 …