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Titlebook: Redox Chemistry and Interfacial Behavior of Biological Molecules; Glenn Dryhurst,Katsumi Niki Book 1988 Plenum Press, New York 1988 Amino

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Metalloporphyrin Films on Solid Electrodes: Reflectance Spectroscopy and AC Impedance Studies in Aqunit in heme proteins but also as potential electrocatalysts.. Metalloporphyrins have been found to be applicable in both homogeneous and heterogeneous catalysis.; and, because oxygen can be reduced directly through a 4-electron pathway on some transition metal porphyrins, catalysis in the heterogen
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Bacterial Cytochrome P-450 Enzymes and Reactions on Immobilized Electrodes. I. Preliminary Studies,on reactions. These typical monooxygenase enzymes require the transfer of two electrons to the heme active center per molecule of substrate converted. Biochemically, electron transfer to or from the enzyme is often linked to the electron flow in the physiological cycle of a cell or microorganism thr
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The Electrochemical Characterization of the Oxene Adducts of PFe(ClO4), PFeII, and PFeII(SR) [P = Termediate known as Compound I. The latter is reduced by one electron to give a red reactive intermediate, Compound II.. Both of these intermediates contain a single oxygen atom from HOOH, and Compound I is two oxidizing equivalents above the iron(III)-heme state with a magnetic moment equivalent to
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