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, Marco; Cannio, Maria; Ranieri, Antonio; Bellei, Marzia; S., Bakari. - STAMPA. - 1:(2003), 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.
2003
RECENT RESEARCH DEVELOPMENTS IN CHEMISTRY
9788127100292
S. G. Pandalai
INDIA
Electrochemistry of Protein Coated Surfaces / Borsari, Marco; Cannio, Maria; Ranieri, Antonio; Bellei, Marzia; S., Bakari. - STAMPA. - 1:(2003), pp. 173-180.
Borsari, Marco; Cannio, Maria; Ranieri, Antonio; Bellei, Marzia; S., Bakari
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/462381
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