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Role of Humic-Bound Iron as an Electron Transfer Agent in Dissimilatory Fe(III) Reduction

机译:腐殖铁作为电子转移剂在异化Fe(III)还原中的作用

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The dissimilatory Fe(III) reducer Geobacter metallireducens reduced Fe(III) bound in humic substances, but the concentrations of Fe(III) in a wide range of highly purified humic substances were too low to account for a significant portion of the electron-accepting capacities of the humic substances. Furthermore, once reduced, the iron in humic substances could not transfer electrons to Fe(III) oxide. These results suggest that other electron-accepting moieties in humic substances, such as quinones, are the important electron-accepting and shuttling agents under Fe(III)-reducing conditions.
机译:异化Fe(III)还原剂Geobacter metallireducens还原了腐殖质中结合的Fe(III),但是在多种高度纯化的腐殖质中,Fe(III)的浓度太低,不足以构成电子接受的重要部分腐殖质的能力。此外,腐殖质中的铁一旦还原,就无法将电子转移到Fe(III)氧化物。这些结果表明,腐殖质中的其他电子接受部分,例如醌,在还原Fe(III)的条件下是重要的电子接受和穿梭剂。

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