Mediated spectroelectrochemical determination of holo-transferrin reduction potential using a flow cell with disposable screen-printed indium‑tin oxide electrode

A convenient spectroelectrochemical method for the determination of holo-transferrin reduction potential is described. All materials and accessories are commercially available and the results are in agreement with previous reports that required custom-built hardware. The method requires minimal prep...

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Vydáno v:Electrochemistry communications Ročník 84; s. 32 - 35
Hlavní autoři: Weitner, Tin, Biruš, Ivan, Šakić, Davor, Deriš, Helena
Médium: Journal Article
Jazyk:angličtina
Vydáno: Elsevier B.V 01.11.2017
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ISSN:1388-2481, 1873-1902
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Abstract A convenient spectroelectrochemical method for the determination of holo-transferrin reduction potential is described. All materials and accessories are commercially available and the results are in agreement with previous reports that required custom-built hardware. The method requires minimal preparation with simple sample handling, small solution volume, cost-effective electrode replacement and automated measurement. This method can easily be applied to the study of similar systems in aqueous media and might be of particular importance in the momentous field of glycomics, where large numbers of protein isoforms need to be characterized. •Simple handling, small volume, easy electrode replacement and automated measurement.•Quick setup with all materials and accessories commercially available.•Convenient for characterization of other redox-active biomolecules.
AbstractList A convenient spectroelectrochemical method for the determination of holo-transferrin reduction potential is described. All materials and accessories are commercially available and the results are in agreement with previous reports that required custom-built hardware. The method requires minimal preparation with simple sample handling, small solution volume, cost-effective electrode replacement and automated measurement. This method can easily be applied to the study of similar systems in aqueous media and might be of particular importance in the momentous field of glycomics, where large numbers of protein isoforms need to be characterized. •Simple handling, small volume, easy electrode replacement and automated measurement.•Quick setup with all materials and accessories commercially available.•Convenient for characterization of other redox-active biomolecules.
Author Weitner, Tin
Šakić, Davor
Biruš, Ivan
Deriš, Helena
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Keywords Transferrin
Reduction potential
Indium‑tin oxide
Spectroelectrochemistry
Methyl viologen
Language English
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Snippet A convenient spectroelectrochemical method for the determination of holo-transferrin reduction potential is described. All materials and accessories are...
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SubjectTerms Indium‑tin oxide
Methyl viologen
Reduction potential
Spectroelectrochemistry
Transferrin
Title Mediated spectroelectrochemical determination of holo-transferrin reduction potential using a flow cell with disposable screen-printed indium‑tin oxide electrode
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