… This study analysed the effects of microbial Fe reduction on the speciation transformation of
As and its transportation in a soil-rice system. Under the flooding conditions of the study, the …

… hosts and native microbes persist during times of iron limitation is … iron-dependent mechanism
that inhibits host iron transport and storage. Using a high-throughput screen of microbial …

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

… were proposed for iron transport into the cells by first studying the kinetics of iron uptake in
… microbial iron acquisition in oceans. A key approach toward the complex understanding of …

… three hundred genes involved in iron transport, metabolism, and transformation of iron
and … FeGenie’s capacity to detect key genes relevant to the microbial iron-cycle (Figure 4). …

… bulk soil (8–36%) reflects very fast microbial turnover in the rice rhizosphere (high C and
oxygen inputs) resulting in the mineralization of the microbial necromass. In conclusion, Fe(III)-…

… iron in the environment. Recent studies have provided insights into novel processes in the
biogeochemical iron cycle such as microbial … mobilization and transport of iron and associated …

… and transport biologically active iron from the soil and respond to iron-deficient environments
( … Plants have evolved robust mechanisms for perception of detrimental microbes, which in …

… Electrotrophy, the growth of microbes on extracellular electron donors, drives important …
models for electron transport into cells. Direct electron uptake from other microbial species, Fe(0), …

… no iron provided to the growth medium), which trigger overexpression of iron transporters
(… to the sediments and be used for anaerobic microbial oxidation of organic matter. This latter …