首页> 外文期刊>European Chemical Bulletin >ASSESSMENT OF PESTICIDES IN ENVIRONMENTAL SAMPLES USING VOLTAMMETRIC MOLECULAR IMPRINTED BASED SENSORS: A REVIEW (2006-2015)
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ASSESSMENT OF PESTICIDES IN ENVIRONMENTAL SAMPLES USING VOLTAMMETRIC MOLECULAR IMPRINTED BASED SENSORS: A REVIEW (2006-2015)

机译:使用伏安分子印迹传感器评估环境样品中的农药:综述(2006-2015年)

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The increased concerns about toxic effects of pesticides exposure led to necessity of its monitoring using rapid, sensitive and selective analytical tools. Traditional instrumental analytical techniques are often time consuming, labor intensive and need tedious prior separation or purification steps and expensive instrumentation. Besides those electrochemical sensors can overcome disadvantages of the traditional techniques, MIP-based sensors offer high degree of selectivity in binding target analytes in the presence of their interferents making them ideal for determination of pesticides in complex environmental samples. The scope of this review is to provide a general overview on MIPs field discussing first methods of MIP preparation and then dealing with applications of MIP based sensors in assessment of pesticides in environmental samples using voltammetry as transduction mechanism.
机译:人们对农药暴露的毒性影响的关注日益增加,因此有必要使用快速,灵敏和选择性的分析工具对其进行监测。传统的仪器分析技术通常很耗时,费力并且需要繁琐的事先分离或纯化步骤以及昂贵的仪器。除了那些电化学传感器可以克服传统技术的缺点外,基于MIP的传感器在存在干扰物的情况下还具有结合目标分析物的高度选择性,使其成为测定复杂环境样品中农药的理想选择。这篇综述的范围是对MIPs领域的概述,讨论了首先制备MIP的方法,然后讨论了基于MIP的传感器在使用伏安法作为转导机制评估环境样品中农药中的应用。

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