… This could mean that the reductive mechanism of iron assimilation is physiologically required
for iron supply to S. cerevisiae in iron-limited conditions, as in many plants (Bienfait, 1987). …

… 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 …

… Similarly, did the evolution of microbial iron metabolisms … spectrum of geochemical,
microbiological, and molecular genetic/… matter signatures to specific microbial assemblages will …

… Excess iron is sequestered by iron storage proteins such as ferritin and bacterioferritin [21,
22]. Iron assimilation at neutral pH and the role of siderophores have been reviewed …

… Iron is an essential element for practically all living organisms, which require it for important
cellular functions such as DNA synthesis, respiration and detoxification of free radicals. In …

… 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 …

… diffusing electron shuttles, coupled to carbon assimilation in the presence of a suitable …
unidentified symbiotic relationship at the microbial level 73,74 . The iron maidens: diversity of FRM…

Iron is an essential element for the growth and development of all the scale of living organisms,
and acquiring iron is crucial for the development of any pathogen. Iron participates in a …

… Effect of Fe status on the microbial community in soil. (A) Microbial community 16S rDNA
fingerprints of bacteria from rhizosphere soil of Fe-stressed and Fe-sufficient red clover as …

… This Account focuses on the coordination chemistry of the microbial iron chelators called …
on the transport of siderophores and their microbial iron transport. Since these are pseudo-…