The Construction of Stimulus-responsive Film Electrode by the Cu-catalyzed Radical Polymerization and its Application in Multi-valued Biologic Systems

Ma Pengcheng; Ma Xiaoyan; Chen Fang

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The Construction of Stimulus-responsive Film Electrode by the Cu-catalyzed Radical Polymerization and its Application in Multi-valued Biologic Systems

机译：The Construction of Stimulus-responsive Film Electrode by the Cu-catalyzed Radical Polymerization and its Application in Multi-valued Biologic Systems

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N-isopropylacrylamide was polymerized on the surface of copper-plated carbon paper electrode by a novel redox initiation system composed of persulfate and copper nanoparticles, and the PNIPAAm-Cu NPs@CP film electrode was obtained. Cyclic voltammetry (CV) results showed that the electrode exhibits a reversible temperature, pH and glucose switchable electrical signal response through the ferrocene carboxylic acid (Fc(COOH)). With this basis, a 4-current output logic gate system consisting of 3-response inputs of temperature, pH, and glucose was fabricated and a corresponding logic circuit for 3-input/4-output ports was established. This work might provide a new avenue for the development of multi-valued biologic systems.

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《Electroanalysis》 |2021年第12期|2437-2444|共8页
作者
Ma Pengcheng; Ma Xiaoyan; Chen Fang;
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作者单位

Northwestern Polytech Univ;

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原文格式 PDF
正文语种英语
中图分类电化学、电解、磁化学;
关键词
multi-valued logic gate; Bioelectrocatalysis; Stimulus-responsive electrode; Radical polymerization; LOGIC; BIOSENSORS; DNA;

The Construction of Stimulus-responsive Film Electrode by the Cu-catalyzed Radical Polymerization and its Application in Multi-valued Biologic Systems

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