Signature Enzyme Identification Using Amperometric Biosensor

M. Hnatiuc, Mariarita Montereal
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Abstract

The amperometric biosensor has as fundament the enzyme-modified electrode. In this paper is present the k-means method to analyze the different parameter of input for identification the analyte concentration. The biosensor signal are acquired with Potentiostat - Autolab, PGStat10. The aim of this work is create an automatic system for data acquisition and processing. The analyte concentration identification depends of many parameters as the current corresponding to the neutral solution, the current peak of the saturated solution, dimensions of the electrodes, the time periods of saturation or neutralisation. These parameters are used as inputs classification system for a calibration current-time-concentration dependency. Amperometric biosensor has application in medicine, chemistry, physic, environment engineering.
利用安培生物传感器识别特征酶
电流型生物传感器以酶修饰电极为基础。本文提出了k-均值法对不同输入参数进行分析,用于分析分析物浓度。生物传感器信号由恒电位仪(Potentiostat - Autolab), PGStat10采集。本工作的目的是建立一个数据采集和处理的自动化系统。分析物浓度的鉴定取决于许多参数,如与中性溶液对应的电流,饱和溶液的电流峰值,电极的尺寸,饱和或中和的时间周期。这些参数被用作输入分类系统的校准电流-时间-浓度依赖。安培式生物传感器在医学、化学、物理、环境工程等领域有着广泛的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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