for the Table of Contents ARTICLE Electron transfer (ET) in methylene Dr. Isabel Álvarez-Martos, Mr. Andrey blue (MB) labelled G3 dendrimers dramatically depends on Kartashov, Dr. Elena Ferapontova* the dendrimer surface coverage and switches from electron tunneling, in Page No. Page No. – loosely packed dendrimers Electron Transfer in Methylene electrostatically compressed at negative electrode charges, to G3 Dendrimers Tethered to electron hopping at their higher Gold surface coverage. Demonstrated wiring of redox enzymes by dendrimers allows their bioelectrocatalysis and outlines challenging perspectives for their bioelectronic applications.
for the Table of Contents ARTICLE Electron transfer (ET) in methylene blue (MB) labelled G3 dendrimers dramatically depends on the dendrimer surface coverage and switches from electron tunneling, in loosely packed dendrimers electrostatically compressed at negative electrode charges, to electron hopping at their higher surface coverage. Demonstrated wiring of redox enzymes by dendrimers allows their bioelectrocatalysis and outlines challenging perspectives for their bioelectronic applications. Dr. Isabel Álvarez-Martos, Mr. Andrey Kartashov, Dr. Elena Ferapontova* Page No. – Page No. Electron Transfer in Methylene G3 Dendrimers Tethered to Gold
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