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CuO-Modified Cu Electrodes for Glucose Sensing

机译:用于葡萄糖感测的CuO改性的Cu电极

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Electrochemical sensors are largely used for rapid, sensitive and accurate measurement of glucose in many applications such as clinical diagnostics, ecological field, biotechnology and food industry. Among the various methods, the amperometric one is the most popular due to its simplicity and high sensitivity. Furthermore, due to their higher intrinsic stability, electrochemical glucose sensors based on inorganic materials are preferred with respect to enzymatic ones for applications in severe conditions. Herein, we present a simple method to prepare an electrochemical sensor for the determination of glucose by modification of planar copper electrodes in order to obtain a high sensitive copper oxide-modified electrode. In particular, we show the versatility of the preparation method comparing the electrochemical sensing properties towards glucose of two modified copper electrodes, commercial and homemade, respectively.
机译:电化学传感器主要用于许多应用中的葡萄糖的快速,灵敏和准确测量,例如临床诊断,生态领域,生物技术和食品工业。在各种方法中,由于其简单性和高灵敏度,所以安培数是最受欢迎的。此外,由于它们的内在稳定性较高,基于无机材料的电化学葡萄糖传感器相对于在严重条件下应用的酶促材料是优选的。这里,我们提出了一种制备电化学传感器,用于通过改变平面铜电极来确定葡萄糖的简单方法,以获得高敏感的氧化铜氧化物改性电极。特别地,我们表明了将电化学传感性能分别比较两种改性铜电极,商业和自制的电化学传感性能的制备方法的多功能性。

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