Journal Article

LNRLMI: Linear neighbour representation for predicting lncRNA‐miRNA interactions

Huang, Yu‐An, Chen, Zhan‐Heng, Cao, Mei‐Yuan, Wong, Leon, You, Zhu‐Hong

2020

Overview

LncRNA and miRNA are key molecules in mechanism of competing endogenous RNAs(ceRNA), and their interactions have been discovered with important roles in gene regulation. As supplementary to the identification of lncRNA‐miRNA interactions from CLIP‐seq experiments, in silico prediction can select the most potential candidates for experimental validation. Although developing computational tool for predicting lncRNA‐miRNA interaction is of great importance for deciphering the ceRNA mechanism, little effort has been made towards this direction. In this paper, we propose an approach based on linear neighbour representation to predict lncRNA‐miRNA interactions (LNRLMI). Specifically, we first constructed a bipartite network by combining the known interaction network and similarities based on expression profiles of lncRNAs and miRNAs. Based on such a data integration, linear neighbour representation method was introduced to construct a prediction model. To evaluate the prediction performance of the proposed model, k‐fold cross validations were implemented. As a result, LNRLMI yielded the average AUCs of 0.8475 ± 0.0032, 0.8960 ± 0.0015 and 0.9069 ± 0.0014 on 2‐fold, 5‐fold and 10‐fold cross validation, respectively. A series of comparison experiments with other methods were also conducted, and the results showed that our method was feasible and effective to predict lncRNA‐miRNA interactions via a combination of different types of useful side information. It is anticipated that LNRLMI could be a useful tool for predicting non‐coding RNA regulation network that lncRNA and miRNA are involved in.

• Publisher: John Wiley & Sons, Inc,John Wiley and Sons Inc
• Subject: Algorithms / Annotations / Area Under Curve / Binding sites / Cancer / Cell cycle / ceRNA network / Computational Biology - methods / Computer applications / Experiments / expression profile / Gene expression / Gene Expression Profiling / Gene Expression Regulation / Gene regulation / Gene Regulatory Networks / Humans / link prediction / lncRNA‐miRNA interaction / Methods / MicroRNAs / MicroRNAs - genetics / MicroRNAs - metabolism / miRNA / Non-coding RNA / Original / Prediction models / Proteins / RNA, Long Noncoding - genetics / RNA, Long Noncoding - metabolism / RNA, Messenger - genetics / RNA, Messenger - metabolism