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使用NRL阵列生物传感器的荧光免疫测定法。

Fluoroimmunoassays using the NRL array biosensor.

作者信息

Golden Joel P, Sapsford Kim E

机构信息

Center for Bio/Molecular Science & Engineering, US Naval Research Laboratory, Washington, DC, USA.

出版信息

Methods Mol Biol. 2009;503:273-92. doi: 10.1007/978-1-60327-567-5_15.

Abstract

Array-based biosensor technology offers the user the ability to detect and quantify multiple targets in multiple samples simultaneously (Analytical Sciences 23:5-10, 2007). The NRL Array Biosensor has been developed with the aim of creating a system for sensitive, rapid, on-site screening for multiple targets of interest. This system is fluorescence-based, using evanescent illumination of a waveguide, and has demonstrated the use of both sandwich and competitive immunoassays for the detection of both high and low molecular weight targets, respectively. The current portable, automated system has demonstrated detection of a wide variety of analytes ranging from simple chemical compounds to entire bacterial cells, with applications in food safety, disease diagnosis, homeland security and environmental monitoring.

摘要

基于阵列的生物传感器技术使用户能够同时检测和定量多个样本中的多个目标(《分析科学》23:5-10,2007年)。海军研究实验室阵列生物传感器的开发目的是创建一个用于对多个感兴趣目标进行灵敏、快速现场筛查的系统。该系统基于荧光,利用波导的倏逝光照明,并且已经分别证明了使用夹心免疫测定法和竞争免疫测定法来检测高分子量和低分子量目标。当前的便携式自动化系统已证明能够检测从简单化合物到完整细菌细胞等各种各样的分析物,可应用于食品安全、疾病诊断、国土安全和环境监测等领域。

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