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Novel Sensing Technologies for Rapid Identification of Microorganisms

机译:快速识别微生物的新型传感技术

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摘要

When human beings, animals and plants are incidentally infected by pathogenic microorganisms, their endangerments to individual and public health are often shocking. In order to prevent and avoid these disasters, it is a great urgency to understand the characteristics of these microorganisms in depth and to develop novel sensing technologies zealously for creating rapid detection and identification methods. Because pathogenic microorganisms include various species, this article will focus on the introduction of bacteria and fungi. Then, we will systematically introduce five major sensing technologies, which are biosensors, molecular biological techniques, immunoserologic methods, dielectrophoretic chips and spectroscopy instruments. Furthermore, we will explicitly dissect their important detection principles, applications of microorganisms identification, current state of the art, future trends and prospectives.
机译:当人类,动植物被病原微生物偶然感染时,它们对个人和公共健康的危害往往令人震惊。为了预防和避免这些灾难,迫切需要深入了解这些微生物的特征,并热衷于开发新颖的传感技术以创建快速的检测和识别方法。由于病原微生物包括各种物种,因此本文将重点介绍细菌和真菌的引入。然后,我们将系统地介绍五种主要的传感技术,分别是生物传感器,分子生物学技术,免疫血清学方法,介电泳芯片和光谱仪器。此外,我们将明确剖析它们的重要检测原理,微生物鉴定的应用,当前技术水平,未来趋势和前景。

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