Fig. 3From: West Nile virus infection and interferon alpha treatment alter the spectrum and the levels of coding and noncoding host RNAs secreted in extracellular vesiclesAnalysis of small RNAs incorporated into EVs secreted by WNV-infected and IFN-treated cells. a and b Volcano plots demonstrating significance and fold change in abundance of individual miRNAs in EVs secreted from WNV-infected (a) and IFN-treated (b) A549 cells compared to mock. c and d Bar plots showing KEGG-pathways significantly enriched in genes targeted by miRNAs with increased abundance in EVs secreted from WNV-infected (c) or IFN-alpha-treated (d) cells. Pathways related to virus infection are shown in yellow; numbers at the right indicate the number of pathway-associated genes annotated as targets of EV miRNAs. e and f. Significance and logFC of sncRNAs in EVs from WNV-infected (e) and IFN-treated (f) A549 cells compared to mock is represented by the volcano plots. In (a, b, e and f) red colour indicates for RNAs exhibiting logFC>1, orange shows RNAs with FDR-adjusted P-values <0.05 and green indicates for RNAs with logFC>1 and P-Value<0.05 (selected for further analyses and functional annotation). RNAs with increased abundance are located on the right side ((+) LogFC values) and RNAs with decreased abundance are located on the left side ((-) LogFC values). Gene names are indicated for RNAs that exhibited the highest change in response to treatment/infection (P<0.001, logFC>2 for miRNAs and P<0.01, logFC>2 for sncRNAs)Back to article page