… the common technique of separating Fe(III)-reducing microorganisms and Fe(III) oxides with
… whether the Fe(III) reducers release electron-shuttling compounds and/or Fe(III) chelators is …

… one or more compounds capable of chelating and solubilizing Fe(III). … reduction of the Fe(III)
oxide in the AQDS-free medium was not limited by a lack of electron-shuttling compounds in …

… on the concentrations of electronshuttling compounds and possibly Fe(III) … Lack of production
of electron-shuttling compounds or solubilization of Fe(III) during reduction of insoluble Fe(III…

… produces substantial alkalinity, influencing the solubility of Fe(II)… refers exclusively to exogenous
compounds that do not … systems would account for the loss of 20 μM Fe(II) from solution. …

… species produce chelators that solubilize Fe (III) and release electron-shuttling compounds
that … In the absence of electron shuttling, Fe (III) reduction would be expected to be localised …

… reduce insoluble Fe(III) through direct contact with the oxide. However, recent studies indicate
that extracellular electron shuttling or Fe(III)-chelating compounds … ) solubilize the iron and …

… Iron-reducing bacteria can transfer electrons to ferric iron … soluble at neutral pH, and
electron-shuttling compounds or … the absence of cells did not reduce ferrihydrite, and when cells …

… of oxide solubility on rates of synthetic Fe(III) oxide reduction by … the possibility that electron
shuttling compounds and/or Fe(III) … in the absence of Fe(III), so that production and storage of …

… reduced when FRM enzymatically oxidize these compounds … this form of electron shuttling
between FRM and Fe(III) oxides … stimulated Fe(III) reduction by solubilizing Fe(III) from the Fe(III…

… to reduce insoluble Fe(III) (hydr)oxides in the absence of … redox mediator, an electron-shuttling
compound must have a … of Fe(II) by oxygen and the low solubility of Fe(III) in water, iron …