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Parallel analysis of transcript and metabolic profiles: a new approachin systems biology

机译:笔录和代谢谱的并行分析:一种新方法在系统生物学中

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摘要

The past few years in the medical and biological sciences have been characterized by the advent of systems biology. However, despite the well-known connectivity between the molecules described by transcriptomic, proteomic and metabolomic approaches, few studies have tried to correlate parameters across the various levels of systemic description. When comparing the discriminatory power of metabolic and RNA profiling to distinguish between different potato tuber systems, using the techniques described here suggests that metabolic profiling has a higher resolution than expression profiling. When applying pairwise transcript–metabolite correlation analyses, 571 of the 26,616 possible pairs showed significant correlation, most of which was novel and included several strong correlations to nutritionally important metabolites. We believe this approach to be of high potential value in the identification of candidate genes for modifying the metabolite content of biological systems.
机译:在过去的几年中,医学和生物科学以系统生物学的出现为特征。然而,尽管通过转录组学,蛋白质组学和代谢组学方法描述的分子之间具有众所周知的连通性,但很少有研究试图将各种系统描述水平上的参数关联起来。当比较代谢和RNA谱图的区分能力以区分不同的马铃薯块茎系统时,使用此处描述的技术表明,代谢谱图比表达谱具有更高的分辨率。当应用成对转录本-代谢物相关性分析时,在26,616个可能的对中,有571个显示出显着的相关性,其中大多数是新颖的,并包括与重要营养代谢物的几种强相关性。我们认为,这种方法在鉴定候选基因以修饰生物系统代谢物含量方面具有很高的潜在价值。

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