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DNA Microarrays as a Tool in Toxicogenomics

机译:DNA微阵列作为毒理基因组学的工具

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摘要

Toxicogenomics is an emerging technology that defines the use of novel genomic techniques to investigate the adverse effects of xenobiotic on gene expression. Toxicogenomics is based on the fact that most of relevant toxicological effects of a compound affect directly or indirectly the gene expression. The most common methods to profile gene expression at the transcript level are Northern Blotting and the real-time PCR. While commonly used and well accepted, these techniques are now superseded by new technologies allowing the analysis of the expression for multiple genes simultaneously. DNA microarrays are now developed for simultaneous gene analysis but inherent to such multiple assays, their quantitative aspect and their relevance for toxicogenomics have been questioned. We will review here recent studies on their use for toxicogenomics and examine the possible future of such technology in complementation with the other toxicology methods.
机译:毒物基因组学是一种新兴技术,它定义了使用新的基因组技术来调查异种生物对基因表达的不利影响。毒物基因组学基于以下事实:化合物的大多数相关毒理作用会直接或间接影响基因表达。在转录水平上分析基因表达的最常见方法是Northern Blotting和实时PCR。尽管这些技术已被普遍使用并广为接受,但现在已被允许同时分析多个基因表达的新技术所取代。现在已经开发出用于同时基因分析的DNA微阵列,但是这种多重测定所固有的,其定量方面及其与毒理基因组学的相关性受到质疑。我们将在这里回顾有关其在毒理基因组学中的应用的最新研究,并探讨与其他毒理学方法相辅相成的这种技术的未来前景。

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