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Oxygen Activation by the Noncoupled Binuclear Copper Site in Peptidylglycine a-Hydroxylating Monooxygenase. Reaction Mechanism and Role of the Noncoupled Nature of the Active Site

机译：非耦合的双核铜位点在肽基甘氨酸A-羟基化单氧化单根酸上的氧气活化。反应机制和活性位点非耦合性质的作用

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1. Oxygen Activation by the Noncoupled Binuclear Copper Site in Peptidylglycine α-Hydroxylating Monooxygenase. Reaction Mechanism and Role of the Noncoupled Nature of the Active Site [J] . Peng Chen, Edward I. Solomon Journal of the American Chemical Society . 2004,第15期

机译：肽基甘氨酸α-羟基化单加氧酶中非偶联双核铜位点的氧活化作用。活性位点非耦合性质的反应机理和作用
2. Oxygen Activation by the Noncoupled Binuclear Copper Site in Peptidylglycine alpha-Hydroxylating Monooxygenase.Spectroscopic Definition of the Resting Sites and the Putative Cu_M~(II)-OOH Intermediate [J] . Peng Chen, Joseph Bell, Betty A.Eipper, Biochemistry . 2004,第19期

机译：肽基甘氨酸α-羟基化单加氧酶中非偶合双核铜位点的氧激活。静息位点和推定的Cu_M〜（II）-OOH中间体的光谱定义
3. O2 activation by binuclear Cu sites: Noncoupled versus exchange coupled reaction mechanisms. [J] . Chen P, Solomon EI Proceedings of the National Academy of Sciences of the United States of America . 2004,第36期

机译：O 2被双核Cu位活化：非偶联与交换偶联反应机理。
4. Design, Synthesis, and Catalytic Activity of a Mononuclear Copper Complex as an Active Site Model of Copper Monooxygenases [C] . Arisa Fukatsu, Yuma Morimoto, Hideki Sugimoto 日本化学会春季年会講演予稿集 . 2018

机译：单核铜络合物的设计，合成和催化活性作为铜单氧基酶的活性位点模型
5. Mutagenesis studies revealing the complementary roles of effector protein binding and the hydroxylase active site in catalysis by toluene 4 -monooxygenase. [D] . Mitchell, Kevin Harold. 2002

机译：诱变研究揭示了效应蛋白结合和羟化酶活性位点在甲苯4-单加氧酶催化中的互补作用。
6. O2 activation by binuclear Cu sites: Noncoupled versus exchange coupled reaction mechanisms [O] . Peng Chen, Edward I. Solomon 2004

机译：通过双核Cu位激活O2：非偶联与交换偶联反应机理
7. O2 activation by binuclear Cu sites: Noncoupled versus exchange coupled reaction mechanisms [O] . Chen, Peng, Solomon, Edward I. 2004

机译：通过双核Cu位激活O2：非偶联与交换偶联反应机理

Oxygen Activation by the Noncoupled Binuclear Copper Site in Peptidylglycine a-Hydroxylating Monooxygenase. Reaction Mechanism and Role of the Noncoupled Nature of the Active Site

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