Figure 1

Figure 1

miR-17-5p regulates aniogenesis in vitro. A: Real-time PCR detected miR-17-5p expression after HUVECs transfected with plasmids. B: Cell viability of HUVECs was examined using CCK-8 assay after transfected with miR-17-5p inhibition plasmid, miR-17 plasmid and negative control. C: Ki-67 expression in HUVECs was detected by Immunofluorescence analysis. The bottom line was the amplification of the important parts of Merge. D: Cell cycle analysis showed the viability of HUVECs after altered miR-17-5p expression. E: Migration ability of HUVECs was analyzed using transwell assays. F: Representative images of capillary-like structure formed by HUVECs on Matrigel. The bottom line was the amplification of the capillary-like structure.