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The physiological way: Monitoring RNA expression changes as new approach to combat illegal growth promoter application

机译:生理方法:监视RNA表达变化是打击非法使用生长促进剂的新方法

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摘要

The use of growth-promoting agents in food-producing animals is forbidden in the European Union (EU). Therefore a strict control programme has been developed, detecting residues of all known growth-promoting agents using chromatographical methods in combination with mass spectrometry or immunoassays. New designed xenobiotic substances or hormone cocktails are difficult to identify with these methods and therefore the development of new sensitive test methods is important. A promising indirect approach is the detection of physiological effects of the administered growth promoters on the molecular level using 'omic' technologies. The analysis of the transcriptome on mRNA and miRNA level and thereby identifying biomarkers for the use of anabolic agents is one possible strategy for developing a new screening method. This paper describes the technologies available for gene expression profiling and summarizes the efforts made in the analysis of the transcriptome in order to identify potential gene expression biomarkers for the use of growth promoters in cattle.
机译:欧盟(EU)禁止在食用动物中使用促生长剂。因此,已经制定了严格的控制程序,使用色谱方法结合质谱或免疫测定法检测所有已知的促生长剂的残留。新设计的异种物质或激素混合物很难用这些方法鉴定,因此开发新的灵敏测试方法非常重要。一种有前途的间接方法是使用“组学”技术在分子水平上检测所施用的生长促进剂的生理效应。分析mRNA和miRNA水平上的转录组,从而鉴定出用于合成代谢药物的生物标志物是开发新筛选方法的一种可能策略。本文介绍了可用于基因表达谱分析的技术,并总结了转录组分析方面的工作,以鉴定潜在的基因表达生物标志物,以供牛生长促进剂使用。

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