miRNA Target Prediction Based on Gene Ontology

Ning Wang, Y. Wang, Yaodong Yang, Yi Shen, Ao Li
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引用次数: 5

Abstract

miRNAs have been regarded as the key regulator in post transcriptional modification involved in broad biological process. Identifying miRNA targets is one of the core challenges in studying miRNA function. Previous miRNA target prediction algorithms are mainly based on physical interaction mechanism such as sequence match and free energy. In our paper, we proposed SVM ensemble classifier based method to integrate functional information from Gene Ontology with sequence information. To supplement our method, we constructed comprehensive positive data and high quality negative data from micro-array data. Performance evaluation shows significant improvement of the proposed method in both prediction performance and the coverage of miRNA-mRNA pairs. Further analysis of the GO features used for prediction suggests they appropriately represent the functional information of miRNA target genes.
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基于基因本体的miRNA靶标预测
mirna被认为是参与广泛生物过程的转录后修饰的关键调控因子。确定miRNA靶点是研究miRNA功能的核心挑战之一。以往的miRNA靶标预测算法主要基于序列匹配、自由能等物理相互作用机制。本文提出了一种基于支持向量机集成分类器的基因本体功能信息与序列信息集成方法。为了补充我们的方法,我们从微阵列数据中构建了全面的阳性数据和高质量的阴性数据。性能评估表明,该方法在预测性能和miRNA-mRNA对的覆盖范围方面都有显著提高。对用于预测的氧化石墨烯特征的进一步分析表明,它们恰当地代表了miRNA靶基因的功能信息。
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