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A Roadmap for the XCMS Family of Software Solutions in Metabolomics

机译:代谢组学中XCMS系列软件解决方案的路线图

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摘要

Global profiling of metabolites in biological samples by liquid chromatography/mass spectrometry results in datasets too large to evaluate manually. Fortunately, a variety of software programs are now available to automate the data analysis. Selection of the appropriate processing solution is dependent upon experimental design. Most metabolomic studies a decade ago had a relatively simple experimental design in which the intensities of compounds were compared between only two sample groups. More recently, however, increasingly sophisticated applications have been pursued. Examples include comparing compound intensities between multiple sample groups and unbiasedly tracking the fate of specific isotopic labels. The latter types of applications have necessitated the development of new software programs, which have introduced additional functionalities that facilitate data analysis. The objective of this review is to provide an overview of the freely available bioinformatic solutions that are either based upon or are compatible with the algorithms in XCMS, which we broadly refer to here as the “XCMS family” of software. These include CAMERA, credentialing, Warpgroup, metaXCMS, X13CMS, and XCMS Online. Together, these informatic technologies can accommodate most cutting-edge metabolomic applications and offer some advantages when compared to the original XCMS program.
机译:通过液相色谱/质谱对生物样品中的代谢物进行全局分析,结果导致数据集过大而无法手动评估。幸运的是,现在可以使用各种软件程序来自动化数据分析。合适的处理溶液的选择取决于实验设计。十年前,大多数代谢组学研究均采用相对简单的实验设计,其中仅在两个样品组之间比较了化合物的强度。然而,最近,已经追求了越来越复杂的应用。示例包括比较多个样品组之间的化合物强度,并公正地跟踪特定同位素标记物的命运。后面的应用程序类型需要开发新的软件程序,这些程序已经引入了促进数据分析的其他功能。本文的目的是概述基于XCMS中的算法或与之兼容的可免费获得的生物信息学解决方案,在此我们将其广泛称为软件的“ XCMS系列”。其中包括CAMERA,凭据,Warpgroup,metaXCMS,X 13 CMS和XCMS Online。与原始XCMS程序相比,这些信息技术可以一起满足大多数前沿的代谢组学应用,并提供一些优势。

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