CAJ | 학술논문

分子印迹膜( MIM)对目标分子具有特异识别性和高选择性。丝网印刷电极( SPE)具有高灵敏度、低成本、设计灵活和一次性可抛性。因此,MIM修饰的SPE传感器技术具有开发低成本、方便、高识别和高灵敏度的商业化传感器的优势,应用前景广阔。但目前该技术在膜修饰技术,特性表征技术,电极制备材料筛选等方面的研究还远远不足。本文针对SPE与MIM联用技术,对MIM,SPE,以及MIM修饰SPE传感器电极的研究进展进行了概述,以便为进一步研究提供参考。
분자인적막( MIM)대목표분자구유특이식별성화고선택성。사망인쇄전겁( SPE)구유고령민도、저성본、설계령활화일차성가포성。인차,MIM수식적SPE전감기기술구유개발저성본、방편、고식별화고령민도적상업화전감기적우세,응용전경엄활。단목전해기술재막수식기술,특성표정기술,전겁제비재료사선등방면적연구환원원불족。본문침대SPE여MIM련용기술,대MIM,SPE,이급MIM수식SPE전감기전겁적연구진전진행료개술,이편위진일보연구제공삼고。
Molecular imprinted membrane( MIM) has specific recognition and high selectivity to target molecules. And Screen-prin-ted electrode(SPE)has high sensitivity,low cost,design flexibility and disposable droppable property. Therefore,the technology of SPE sensor modified by MIM possesses advantages on developing commercial sensors with low cost,convenience,high recognition and high sensitivity and it has broad application prospect. But now,the technology is largely deficient of membrane modified,charac-terization technique and screening of materials for electrode preparation. Aiming at coupling technology with SPE and MIM,the re-search progress of MIM,SPE and SPE sensor electrode modified by MIM are reviewed in this paper in order to provide a reference for further research.