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iron-cytochrome-c reductase activity

Known as: ferrocytochrome-c:Fe3+ oxidoreductase activity, iron-cytochrome c reductase activity 
Catalysis of the reaction: ferrocytochrome c + Fe3+ = ferricytochrome c + Fe2+. [EC:1.9.99.1, MetaCyc:IRON--CYTOCHROME-C-REDUCTASE-RXN]
National Institutes of Health

Papers overview

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2014
2014
Enhancement of anammox performance by Cu(II), Ni(II) and Fe(III) supplementation.
This study explored the influence of metal ion addition on specific anaerobic ammonium oxidation activity (SAA). Batch assays… Expand
Highly Cited
2006
Highly Cited
2006
Scavenging of reactive oxygen species by Eriobotrya japonica seed extract.
We have clarified that Eriobotrya japonica seed extract has strong antioxidative activity, and is effective for the prevention… Expand
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2002
2002
Particulate and dissolved phosphorus chemical separation and phosphorus release from treated dairy manure.
In confined animal feeding operations, liquid manure systems present special handling and storage challenges because of the large… Expand
Highly Cited
1998
Highly Cited
1998
A Simple Proposal That Can Explain the Inactivity of Metal-Substituted Superoxide Dismutases
We propose that the apparent catalytic inactivity of Mn- and Fe-substituted superoxide dismutases (SODs) reflects E°s that are… Expand
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1997
1997
Bound iron admixture prevents the spontaneous generation of peroxides in total parenteral nutrition solutions.
BACKGROUND Parenteral administration of iron is a matter of controversy because it is feared that it could contribute to… Expand
1989
1989
Effects of idebenone and related compounds on respiratory activities of brain mitochondria, and on lipid peroxidation of their membranes.
The oxidation of succinate and NADH in a ubiquinone-depleted canine brain mitochondrial preparation was restored by a low… Expand
Highly Cited
1985
Highly Cited
1985
Effects of idebenone (CV-2619) and its metabolites on respiratory activity and lipid peroxidation in brain mitochondria from rats and dogs.
The effects of idebenone (CV-2619) and its metabolites on respiratory activity and lipid peroxidation in isolated brain… Expand
Highly Cited
1985
Highly Cited
1985
Characterization of iron-mediated peroxidative injury in isolated hepatic lysosomes.
Peroxidative degradation of the lysosomal membrane and the resultant release of hydrolytic enzymes may be responsible for… Expand
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Highly Cited
1982
Highly Cited
1982
The exchange of Fe3+ between acetohydroxamic acid and transferrin. Spectrophotometric evidence for a mixed ligand complex.
Transferrin, the serum iron transport protein, provides an excellent model for studying biological metal ion exchange reactions… Expand
Highly Cited
1981
Highly Cited
1981
The formation of Fe3+-transferrin-CO3(2-) via the binding and oxidation of Fe2+.
This paper examines the reaction pathway in which Fe2+ is bound by apotransferrin and subsequently oxidized by O2 to yield Fe3… Expand
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