对差异丰度分析的批判,并倡导一种替代方法

Thomas P. Quinn, E. Gordon-Rodríguez, Ionas Erb
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引用次数: 7

摘要

在很大程度上,人们想当然地认为,在默认情况下,差异丰度分析是分析基因组数据的最佳第一步。我们认为事实并非如此。在本文中,我们确定了差异丰度分析固有的关键限制:它(a)依赖于无法验证的假设,(b)一个不可靠的结构,以及(c)过度简化。我们制定了一种称为基于比率的生物标志物分析的替代框架,它不会受到所确定的限制。此外,基于比率的生物标志物具有高度的灵活性。除了取代DAA,它们还可以用于许多其他定制分析,包括降维和多组学数据集成。
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A Critique of Differential Abundance Analysis, and Advocacy for an Alternative
It is largely taken for granted that differential abundance analysis is, by default, the best first step when analyzing genomic data. We argue that this is not necessarily the case. In this article, we identify key limitations that are intrinsic to differential abundance analysis: it is (a) dependent on unverifiable assumptions, (b) an unreliable construct, and (c) overly reductionist. We formulate an alternative framework called ratio-based biomarker analysis which does not suffer from the identified limitations. Moreover, ratio-based biomarkers are highly flexible. Beyond replacing DAA, they can also be used for many other bespoke analyses, including dimension reduction and multi-omics data integration.
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Revisiting Empirical Bayes Methods and Applications to Special Types of Data Flexible Bayesian modelling of concomitant covariate effects in mixture models A Critique of Differential Abundance Analysis, and Advocacy for an Alternative Post-Processing of MCMC Conditional variance estimator for sufficient dimension reduction
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