首页> 外文会议>The Meeting of the Electrochemical Society >Electron Transfer in Active Enzyme Molecules Adsorbed on Electrodes: Studies and Exploits of the Coupling to Proton Transfer and Catalysis.
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Electron Transfer in Active Enzyme Molecules Adsorbed on Electrodes: Studies and Exploits of the Coupling to Proton Transfer and Catalysis.

机译:在电极上吸附的活性酶分子中的电子转移:研究和剥削与质子转移和催化的偶联。

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摘要

Enzyme molecules can be bound at electrodes such that interfacial electron transfer (ET) is sufficiently fast to study and exploit all the exquisite chemistry that these complex catalysts normally perform.There are many ongoing efforts to develop suitable electrodes,which include materials ranging from graphite to metals modified with surfactants and self-assembled monolayers of organo-thiols [1].The nature and details of the interactions between protein and electrode are far from clear [2].
机译:酶分子可以在电极处结合,使得界面电子转移(ET)足够快地进行研究和利用这些复合催化剂通常表现的所有精致化学性。有许多持续的努力,可以开发合适的电极,包括从石墨到石墨的材料用表面活性剂和自组装单层改性的有机硫醇的金属[1]。蛋白质和电极之间的相互作用的性质和细节远非清晰[2]。

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