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Metabolome analysis: the potential of in vivo labeling with stable isotopes for metabolite profiling

机译:代谢组学分析:在体内用稳定同位素标记代谢物谱的潜力

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Metabolome analysis technologies are still in early development because, unlike genome, transcriptome and proteome analyses, metabolome analysis has to deal with a highly diverse range of biomolecules. Combinations of different analytical platforms are therefore required for comprehensive metabolomic studies. Each of these platforms covers only part of the metabolome. To establish multiparallel technologies, thorough standardization of each measured metabolite is required. Standardization is best achieved by addition of a specific stable isotope-labeled compound, a mass isotopomer, for each metabolite. This suggestion, at first glance, seems unrealistic because of cost and time constraints. A possible solution to this problem is discussed in this article. Saturation in vivo labeling with stable isotopes enables the biosynthesis of differentially mass-labeled metabolite mixtures, which can be exploited for highly standardized metabolite profiling by mass isotopomer ratios.
机译:代谢组学分析技术仍处于早期开发阶段,因为与基因组,转录组和蛋白质组学分析不同,代谢组学分析必须处理多种多样的生物分子。因此,综合代谢组学研究需要不同分析平台的组合。这些平台中的每一个仅涵盖代谢组的一部分。为了建立多并行技术,需要对每种被测代谢物进行彻底的标准化。通过为每种代谢物添加特定的稳定同位素标记的化合物(质量同位素异构体),可以最好地实现标准化。乍一看,由于成本和时间的限制,该建议似乎不切实际。本文讨论了此问题的可能解决方案。具有稳定同位素的体内饱和标记能够实现差异质量标记的代谢物混合物的生物合成,可通过质量同位素异构体比率将其用于高度标准化的代谢物分析。

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