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Development of disposable biosensor system based on chemically modified screen-printed bilayer electrodes and application to estimation of fish freshness.

机译:基于化学改性丝网印刷双层电极的一次性生物传感器系统的研制及估计鱼新鲜度的应用。

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摘要

A disposable biosensor system based on bilayer electrodes using a screen-printing technique has been developed and applied to the simple and rapid determination of fish freshness (K value). HxR and Hx were measured by the upper layer electrode (EL1). IMP,HxR and Hx were measured by the lower layer electrode (EL2). The K value was determined by calculating the ratio of the outputs of the two electrodes (EL1/EL2). The K value was linearly correlated with the electrode output ratio from 10 to 90% with a very high correlation coefficient (R{sup}2) of 0.9933. One assay could be completed within 5min. The proposed biosensor system was stable for 30 days under drying and refrigeration condition.
机译:已经开发了一种基于双层电极的一次性生物传感器系统,并且已经开发并应用于鱼鲜度(k值)的简单且快速测定。 通过上层电极(EL1)测量HXR和HX。 通过下层电极(EL2)测量IMP,HXR和HX。 通过计算两个电极的输出(EL1 / EL2)的比率来确定K值。 k值与电极输出比与10至90%的电极输出比线性相关,具有0.9933的非常高的相关系数(R {sup} 2)。 一个分析可以在5分钟内完成。 在干燥和制冷条件下,所提出的生物传感器系统稳定30天。

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