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Microarrays under the microscope

机译:显微镜下的微阵列

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摘要

Microarray technology is a rapidly advancing area, which is gaining popularity in many biological disciplines from drug target identification to predictive toxicology. Over the past few years, there has been a dramatic increase in the number of methods and techniques available for carrying out this form of gene expression analysis. The techniques and associated peripherals, such as slide types, deposition methods, robotics, and scanning equipment, are undergoing constant improvement, helping to drive the technology forward in terms of robustness and ease of use. These rapid developments, combined with the number of options available and the associated hyperbole, can prove daunting for the new user. This review aims to guide the researcher through the various steps of conducting microarray experiments, from initial strategy to analysing the data, with critical examination of the benefits and disadvantages along the way.
机译:芯片技术是一个快速发展的领域,在从药物靶标识别到预测毒理学的许多生物学学科中,微阵列技术正变得越来越流行。在过去的几年中,用于执行这种形式的基因表达分析的方法和技术的数量急剧增加。这些技术和相关的外围设备,例如载玻片类型,沉积方法,机器人技术和扫描设备,都在不断改进,有助于在鲁棒性和易用性方面推动该技术的发展。这些快速的发展,再加上可用选项的数量以及相关的夸张,可能会使新用户望而却步。本文旨在指导研究人员完成从最初的策略到分析数据的各个步骤,进行微阵列实验,并严格审查过程中的利弊。

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