Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
187577 | Electrochimica Acta | 2013 | 8 Pages |
An electrochemical microtiter plate (eMTP) was developed which enables parallelized electrochemical experiments in combination with simultaneous optical data acquisition and can be employed in a standard microtiter plate reader. The eMTP system was evaluated with the redox probe potassium ferrocyanide. Furthermore in a screening application the decoloration of the dye indigo carmine via electrochemically oxidized ABTS was tested at several reaction conditions. The novel eMTP system is a simple and useful technique for the screening of electrochemical reaction systems by providing optical and electrochemical data simultaneously in up to eight wells in parallel.
► An electrochemical microtiter plate (eMTP), consisting of three electrode arrangements in each well, was developed based on a conventional 24-well plate. ► The eMTP enables parallelized electrochemistry with simultaneous optical measurements. ► The novel eMTP system can be used in combination with a standard microtiter plate reader. ► As a fast screening system the eMTP will speed up (bio)electrochemical process development.