Add time:08/18/2019         Source:sciencedirect.com

We present two surface-immobilization schemes that connect an AZURIN (cas 12284-43-4) variant with mutations in the redox cavity to two oligophenylvinyl (OPV) molecular wires, along with an electrochemical study of their electron transfer (ET) properties. OPV embedded within alkanethiol films tether selectively the azurin mutants from solution and further connect them onto electrodes, as does protein reconstitution with OPV in solution followed by complex adsorption. Stable cyclic voltammograms are measured in either scenario, with highest ET values (k0 ≈ 740 s− 1) comparable to those observed for the gold-adsorbed native azurin (k0 ≈ 400 s− 1). Furthermore, subtle structural differences between the structurally-analogous OPV allow for the investigation of the optimal electronic conduit between the redox center and supporting gold electrodes (1.6–1.7 fold difference).

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