Abstract:Deoxyribonucleic acid (DNA), the blueprint of life, has attracted recent attention concerning its potential applications in electronics. In order to realize these applications, charge transfer through the molecule has been subjected to numerous experimental and theoretical studies in the last few decades. As a result of varying experimental conditions, different electrical behaviors have been observed. The sensitive structure of DNA is influenced by extreme environmental conditions as shown in common character… Show more
“…In our recent works, we have demonstrated the use of a novel two-electrode PCB for characterization of proteins 27 and studies of Polynucleotides using Schottky Junctions. 28 This two-terminal PCB design sensor was extended into a three-terminal PCB sensor and used as a replacement sensor for the conventional CV measurements in this study.…”
Conventional three-electrode systems used in electrochemical measurement demand time-consuming and maintenance intensive procedures to enable accurate and repeatable electrochemical measurements.
“…In our recent works, we have demonstrated the use of a novel two-electrode PCB for characterization of proteins 27 and studies of Polynucleotides using Schottky Junctions. 28 This two-terminal PCB design sensor was extended into a three-terminal PCB sensor and used as a replacement sensor for the conventional CV measurements in this study.…”
Conventional three-electrode systems used in electrochemical measurement demand time-consuming and maintenance intensive procedures to enable accurate and repeatable electrochemical measurements.
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