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Paper-based stencil-free enzymatic sensor with ink and wire electrodes

机译:基于纸的无模蜡酶酶传感器,具有墨水和线电极

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Analytical Chemistry is nowadays one of the branches of Chemistry that has changed enormously due to the advances in technology and the trends it follows. Currently, the development of low-cost devices that are, at the same time, easy-to use and dispose, and produce fast and reliable responses is of eminent significance. Electrochemical biosensors fit perfectly with these requirements, as do paper-based devices. Here we present an enzymatic biosensor using a simple single-use paper-based device in which carbon ink is deposited in a hydrophilic area delimited by wax printing for acting as working electrode. Low-cost gold-plated connector headers are employed as reference and auxiliary electrodes as well as connections to the potentiostat. Glucose oxidase (GOx), horseradish peroxidase (HRP) and potassium ferrocyanide used as mediator of the electron transfer are adsorbed in the ink.
机译:现在,分析化学是由于技术的进步和所遵循的趋势,化学的一个化学分支已经变化。 目前,在低成本设备的开发,同时,易于使用和处置,并产生快速可靠的响应具有卓越的重要性。 电化学生物传感器与这些要求完全适合,如纸张的设备。 在这里,我们使用简单的单用纸基器件提出酶发传感器,其中碳油墨在通过蜡印刷的亲水区域沉积,以用作工作电极。 低成本的镀金连接器头部用作参考和辅助电极以及与恒电位的连接。 用作电子传递的介质使用的葡萄糖氧化酶(GOX),辣根过氧化物酶(HRP)和钾氰化钾被吸附在油墨中。

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