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Protein classification using probabilistic chain graphs and the Gene Ontology structure

机译:使用概率链图和基因本体结构对蛋白质进行分类

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Motivation: Probabilistic graphical models have been developed in the past for the task of protein classification. In many cases, classifications obtained from the Gene Ontology have been used to validate these models. In this work we directly incorporate the structure of the Gene Ontology into the graphical representation for protein classification. We present a method in which each protein is represented by a replicate of the Gene Ontology structure, effectively modeling each protein in its own 'annotation space'. Proteins are also connected to one another according to different measures of functional similarity, after which belief propagation is run to make predictions at all ontology terms.
机译:动机:过去已经为蛋白质分类的任务开发了概率图形模型。在许多情况下,从基因本体论获得的分类已用于验证这些模型。在这项工作中,我们将基因本体的结构直接整合到蛋白质分类的图形表示中。我们提出了一种方法,其中每种蛋白质均以基因本体结构的复制品表示,有效地在其自身的“注释空间”中对每种蛋白质进行建模。蛋白质还根据功能相似性的不同度量相互连接,然后进行信念传播以对所有本体术语进行预测。

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