Intermediates Involved in the Two Electron Reduction of NO to N2O by a Functional Synthetic Model of Heme Containing Bacterial NO Reductase
Journal of the American Chemical Society, 2008•ACS Publications
Reaction of a functional biferrous heme/nonheme model complex at low temperature leads
to the formation of a distal nonheme nitrosyl followed by a trans heme nonheme bis-nitrosyl
intermediate. The EPR and Raman data on this intermediate indicate that the two nitrosyl
centers are close. This complex gives off N2O and provides support for the trans mechanism
proposed for NOR enzymes.
to the formation of a distal nonheme nitrosyl followed by a trans heme nonheme bis-nitrosyl
intermediate. The EPR and Raman data on this intermediate indicate that the two nitrosyl
centers are close. This complex gives off N2O and provides support for the trans mechanism
proposed for NOR enzymes.
Reaction of a functional biferrous heme/nonheme model complex at low temperature leads to the formation of a distal nonheme nitrosyl followed by a trans heme nonheme bis-nitrosyl intermediate. The EPR and Raman data on this intermediate indicate that the two nitrosyl centers are close. This complex gives off N2O and provides support for the trans mechanism proposed for NOR enzymes.
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