The redox properties of ET proteins adsorbed on electrodes have been extensively investigated over the last decade. Protein can interact with the metal surface directly or through a self assembled monolayer directly linked to the electrode. Muche effort has been devoted to the comprehension of the molecular and structural factors that control E°' and the kinetics of the electron transfer process. This article provides an overview of the most significant advanced made in this field recently.
Electrochemistry of Protein Coated Surfaces / Borsari, M., Cannio, M., Ranieri, A., Bellei, M., S., B. - In: RECENT RESEARCH DEVELOPMENTS IN CHEMISTRY / S. G. PANDALAI. - STAMPA. - Trivandrum : S. G. Pandalai, 2003. - ISBN 9788127100292. - pp. 173-180
Electrochemistry of Protein Coated Surfaces
BORSARI, Marco
;CANNIO, Maria;RANIERI, Antonio;BELLEI, Marzia;
2003
Abstract
The redox properties of ET proteins adsorbed on electrodes have been extensively investigated over the last decade. Protein can interact with the metal surface directly or through a self assembled monolayer directly linked to the electrode. Muche effort has been devoted to the comprehension of the molecular and structural factors that control E°' and the kinetics of the electron transfer process. This article provides an overview of the most significant advanced made in this field recently.
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