Microbial iron(III) reduction can have a profound effect on the fate of contaminants in natural
and engineered environments. Different mechanisms of extracellular electron transport are …

… of this siderophore (a metal center) was also found not to be an effective iron transport … of
only the metal ion coordination chirality for siderophore-related iron transport can be probed. …

… Cu transport systems (eg Ctr1) and copper chaperones are not included in … iron reductases
and iron transporters is under control of the Aft1 and Mac1 activators in response to low iron …

… The main iron-binding compound produced by these … iron transport is now well established.
These bacteria also possess certain other iron transport systems enabling them to utilize iron …

… general iron(III) coordination chemistry,4 as well as use as synthetic analogues in studying
microbial iron transport,5 we report elsewhere. The general formula of these synthetic ligands …

… The objective of the present study was to identify seasonal differences in compound-specific
transporters for C and Fe of microbial communities at contrasting sites in the Southern …

… participate in a high-affinity iron transport under conditions of … of iron from ferrioxamine by
extracellular microbial iron … , and (2) chelation of iron from ferrioxamine and transferrin by …

… Matzanke BF Mossbauer spectroscopy of microbial iron uptake and metabolism Iron transport
in microbes, plants and animals. Winkelmann G., van der Helm D., and Neilands JB 1987 …

… (microbial iron transport agent) whose coordination chemistry2™6 and mechanism(s) of
microbial iron … largely because of the important role iron availability plays in bacterial growth and …

… It has been assumed that the hypoferremia of inflammation has a role in host defense against
microbial infection, together with a number of other mechanisms that limit iron availability …