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Computational prediction of MicroRNA regulatory pathways

机译:MicroRNA调节途径的计算预测

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MicroRNAs (miRNAs) are known to regulate transcription and/or protein translation of hundreds of genes. Despite their importance, the functions of most human miRNAs are still poorly understood. In this paper, we proposed a SVM based algorithm - PathMicrO that elucidates the miRNA function by predicting the miRNA regulated pathways. PathMicrO combines the sequence-level target predictions with the gene expression profiling from the miRNA transfection experiments. The performance of PathMicrO is evaluated with cross-validation using a careful constructed training data. Compared to other prediction algorithms, PathMicrO attains 43.2% improvement in precision when recall is equal to 0.2 and achieves much larger area under the receiver operating characteristic (ROC) curve.
机译:已知MicroRNA(miRNA)可以调节数百种基因的转录和/或蛋白质翻译。尽管很重要,但大多数人类miRNA的功能仍知之甚少。在本文中,我们提出了一种基于SVM的算法-PathMicrO,该算法通过预测miRNA调控的途径来阐明miRNA的功能。 PathMicrO将序列级靶标预测与miRNA转染实验中的基因表达谱相结合。使用精心构建的训练数据,通过交叉验证评估PathMicrO的性能。与其他预测算法相比,当召回率等于0.2时,PathMicrO的精度提高了43.2%,并且在接收器工作特性(ROC)曲线下获得了更大的面积。

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