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Bayesian differential analysis of gene regulatory networks exploiting genetic perturbations

机译:利用遗传扰动的基因调控网络的贝叶斯差异分析

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摘要

GRNs visually reflect the gene-gene interactions, which are significant for understanding gene functions and biological activities. In the past few years, a series of inference algorithms have been proposed to reconstruct topology structures of GRNs. Some computational methods were only developed to infer GRNs from gene expression data, such as Boolean networks [ ], mutual information models [ , ], Gaussian Graphical models [ , ], Bayesian networks [ , ] and linear regression models [ , ]; several other methods were also built to improve the accuracy of inference by integrating genetic perturbations with gene expression data, among which the algorithms based on SEMs [ – ] are one of the most popular approaches.
机译:GRN直观地反映了基因与基因的相互作用,这对于理解基因功能和生物学活性非常重要。在过去的几年中,提出了一系列推理算法来重建GRN的拓扑结构。仅开发了一些计算方法来从基因表达数据推断GRN,例如布尔网络[],互信息模型[],高斯图形模型[]],贝叶斯网络[]]和线性回归模型[]。还建立了其他几种方法,通过将遗传扰动与基因表达数据相集成来提高推理的准确性,其中基于SEM的算法[–]是最受欢迎的方法之一。

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