gestational diabetes mellitus regulatory network identifies hsa-mir-145-5p and hsa-mir-875-5p as potential biomarkers

Background: gestational diabetes mellitus (gdm) is pregnancy-related diabetes with vital risks for both mother and the fetus. molecular studies represent one of the popular approaches for investigating mechanisms associated with the disease nature. one of which is through interaction network analysis via cytoscape v. 3.6.1. methods: in this study, the microrna (mirna) expression array of gse98043 from gene expression omnibus (geo) database was re- trieved and screened. we identified 12 differentially expressed (de) mirnas (p ≤ 0.05) and nine target hub-bottleneck genes (disease score > 1) for gdm based on mirna-target interactions created via plugin cluego + cluepedia + string. results: mirna-target information showed that the mirnas are mostly up-regulated and hsa-mir-145-5p and hsa-mir-875-5p tar- gets the most genes. among target genes, il6, gcg, apob, and alb have the highest associations with de-mirnas. gene ontology analysis based on biological processes identification via cluego + cluepedia, in addition, showed that target hub-bottlenecks are mainly related to metabolism functions and any changes in this regulatory network could impose fundamental alterations in these processes. conclusions: it can be concluded that via these introduced mirnas and their targets, the molecular tests for diagnosis and treat- ment of gdm can be improved after applying validation approaches.