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MICROFLUIDICS AND THEIR BIOMEDICAL APPLICATIONS

机译:微流体及其生物医学应用

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摘要

Bio-micro-electro-mechanical-systems and microfluidic technologies combining knowledge from biology, analytical chemistry and miniaturization techniques have proven to be a promising approach to realize the concept of lab-on-a-chip, which perform a total analysis of a small amount of samples on a single chip. In this keynote paper, I am going to briefly introduce our previous works regarding several crucial microfluidic technologies including microfluidic focusing/ switching and microano-droplets formation. These technologies have been popular recently for microfluidic devices and systems. Several examples will be demonstrated, including micro flow cytometers for cell counting and sorting, and droplet formation chips for emulsion applications. The development of these technologies may be promising for biomedical applications.
机译:结合了生物学,分析化学和小型化技术知识的生物微电子机械系统和微流体技术,已被证明是一种实现芯片实验室概念的有前途的方法,该方法可以对小型实验室进行全面分析单个芯片上的样本数量。在本主题演讲论文中,我将简要介绍我们有关几种关键微流体技术的先前工作,这些技术包括微流体聚焦/切换和微/纳米液滴形成。这些技术最近在微流体装置和系统中很流行。将展示几个示例,包括用于细胞计数和分选的微流式细胞仪以及用于乳液应用的液滴形成芯片。这些技术的发展对于生物医学应用可能是有希望的。

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