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近日,南京大学夏兴华教授团队撰写的AMR述评文章“Developing Solid-State Single-, Arrayed-, and Composite-Nanopore Sensors for Biochemical Sensing Applications”在线发表。文章以团队近年来的工作为基础,介绍了纳米孔材料的制备与功能化修饰方法,阐述了纳米限域离子传输理论和纳米孔传感策略,综述了纳米孔传感器在生化传感领域的重要进展,并在最后讨论了纳米孔传感领域的挑战和机遇。 关键词:纳米孔;传感器;纳米限域;离子传输;瞬态分析;稳态分析 Through introducing recognition elements into these nanopores, the interaction between the analyte and the recognition elements can induce predictable changes in the nanopore properties, such as diameter, pore shape, surface charge and wettability, resulting in readable changes in ion-current signals. 1 文章内容简介 离子、小分子和生物大分子是人体重要的组成部分,它们与人类
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