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中文摘要：
微囊藻毒素在水及水产品中的残留给人类健康带来的严重威胁，已成为令人关注的环境问题。本项目运用点击化学技术结合电化学分析方法制备电化学传感器，以实现灵敏、快速、简单、高效的藻毒素含量的检测。基于纳米材料、仿生膜组装的理想传感界面，利用点击化学技术在界面引入目标分子抗体或原位制备具有识别、富集目标分子于一体的分子印迹聚合物，提高对目标分子的选择性，研究传感界面电子传输机理；设计制备利用点击化学技术于纳米粒子和脂质体上负载大量信号分子及标记识别分子的双功能探针，进行电信号放大，实现对目标分子的超灵敏检测，探索信号分子与识别分子间信号传递机制；据此研发利用微接触印刷技术、点击技术图案化制备微囊藻毒素的检测芯片，实现对微囊藻毒素快速、实时、原位的检测新技术。本项目的研究成果将为高性能传感技术与器件的研究提供理论与技术依据，对于我国在微囊藻毒素检测技术方面的创新具有重要意义。
结论摘要：
英文主题词click chemistry；microcystin toxins；zinc oxide；bimetallic；graphen
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期刊论文
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