Coordination chemistry and microbial iron transport Page 1 Microbial Iron Transport 183 Vol.
Summary When we began our neutron diffraction work in early 1974, only four metal hydride …

The kinetics of iron exchangeand iron removal from two siderophorecomplexes have been
examined, using 55Fe labeling techniques and UV-vis spectrophotometric methods …

The Fe3+, Al3+, and Cr3+ complexes of the fungal iron chelator, rhodotorulic acid (H2RA),
have been isolated and characterized. The iron complex exists as a dimer of formulation …

Conspectus This Account focuses on the coordination chemistry of the microbial iron
chelators called siderophores. The initial research (early 1970s) focused on simple analogs …

716 NEILANDS tion, the solution structures of res presentative members of both classes
have been worked out by high resolution NMR. This impressive body of knowlн edge of the …

Rhodotorulic acid (H2RA) is a dihydroxamic acid which is produced in high yields by yeast
as an iron transport agent (siderophore). The stability constants of the ferric complexes of RA …

The physical and thermodynamic properties of coprogen and ferricrocin, two hydroxamate
siderophores produced by the fungus Neurospora crassa, have been examined. Formation …

Although a stimulating review by JB Neilands in 1957 [1] correctly identified the
physiological function of certain microbial ferric chelators, it was in 1973 that Charles …

The present handbook seeks to bring into one book theoretical and practical information on
the various aspects of microbial iron chelates which are now collectively called …

The iron complexes found in the systems FeCl3–phenol, FeCl3–catechol, FeCl3-2, 3-
dihydroxybenzaldehyde, FeCl3–2, 3-dihydroxybenzoic acid, and FeCl3–salicylic acid have …