Effects of miR-138 on invasion of brain glioma cells through targeting Sema4C

Abstract

Abstract:ObjectiveTo explore the effects and mechanism of microRNA-138 (miR-138) on brain glioma cells invasion and migration. MethodsThe expression of miR138 was detected by real time quantitative polymerase chain reaction (qRT-PCR) in 60 cases of glioma tissues and paracarcinoma tissues, and the relationship between miR138 expression and glioma grading was analyzed. Human glioma cells line U87 and U251 were transfected with miR138 mimic and negative control (miR-NC). The expression of miR138 was detected by qRTPCR. The migration and invasion abilities were tested by Transwell assay, and the expression of semaphoring 4C (Sema4C) protein was tested by Western blotting. ResultsThe expression level of miR-138 in glioma tissues (2.46±1.07) was significantly lower than that in normal brain tissues (4.83±1.16, t=-11.631, P＜0.001), and miR138 expression was negatively correlated with tumor grade (r=-0.563, P=0.001). The expression level of miR138 in cells was significantly higher after being transfected with miR-138 mimic (U251: 3.96±0.16; U87: 4.43±0.96) than miR-NC (U251: 2.32±0.36; U87: 2.58±0.62, t=7.253, P＜0.001; t=8.872, P＜0.001). The ability of invasion and migration were lower after being transfected with miR-138 mimic (U251: 89±9; U87: 95±10) than miR-NC (U251: 206±15; U87: 240±20, t=36.629, P＜0.001; t=35.521, P＜0.001). The expression of Sema4C protein was lower after being transfected with miR-138 mimic (U251: 0.41±0.06; U87: 0.36±0.03) than miRNC (U251: 1.01±0.08; U87: 1.03±0.13, t=-32.862, P＜0.001; t=-27.512, P＜0.001). ConclusionThe upregulated expression of miR138 can suppress glioma cells migration and invasion, which might be related to the negative regulation expression of Sema4C protein.

Key words:Glioma,Neoplasm invasiveness,Neoplasm metastasis,microRNA-138,Semaphoring 4C

Li Huibing, Yao Juan. Effects of miR-138 on invasion of brain glioma cells through targeting Sema4C[J]. Journal of International Oncology, 2018, 45(3): 139-142.

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