图解纸芯片制作及应用进展-现代仪器与医疗.PDF

《现代仪器与医疗》 2013 年 第 19 卷 第 3 期 综述与专论 图解纸芯片制作及应用进展* Illustrated development on the fabrication and applications of paper-based microfluidics 摘  要  纸可以作为分离和快速检测技术的支撑材料，采用纸质微流控芯片可实现 传统试纸所无法实现的对多组分目标物的同时、定量分析，满足对样品中临床疾病 标志物和食品、环境中重要污染物的快速、廉价和便携式分析的需求。目前已开发 许多快速、简便、重复性好、成本低的纸芯片制备方法。本文以图解方式简要介绍 齐云龙**  丁永胜*** 国内外在纸芯片制作及应用方面的研究进展。 Qi Yunlong Ding Yongsheng 关键词  图解 纸芯片 制作 应用 进展 (中国科学院大学生命科学学 Abstract Paper is usually explored as a supporting material for fabricating the rapid testing 院  北京  100049) devices. Paper-based microfluidics can realize multi-targets simultaneous quantitative detec- (College of Life Sciences, Univer- sity of Chinese Academy of Sciences, tion, meet the urgent need for rapid, cost-effective and portable monitoring the clinical disease Beijing 100049) biomarkers in biological samples and the pollutants in food and environmental samples. Now plenty of fabrication techniques for paper-based microfluidic devices have been invented which confirmed to be fast, simple, repeatable and low cost. This work briefly illustrated the development on fabrication techniques and applications of paper-based microfluidics. Key words Illustrate Paper-based microfluidics Fabrication Application Development O641 O675 A 2055-5200(2013)03-0007-08 中图分类号：   文献标识码：   文章编号： 少；（3 ）分析速度快、高通量（通道短，场强高，分离快）； 前  言  （4 ）自动化、集成化程度高——