<p>(A) GO analysis. 664 target genes from miRNAs predicted to be differentially expressed were analyzed with FlyMine to obtain the GO terms, and the GO terms were classified with CateGOrizer and separated into three major categories. (B) Pathway annotations. 664 target genes from miRNAs predicted to be differentially expressed were submitted to FlyMine to get the pathway classification. The 30 most abundant pathways were represented.</p
<p>A GO term analysis was performed using terms of the “biological process” vocabulary. Shown are th...
<p>Pie charts representing different GO categories are based on the number of target sequences enric...
MicroRNA regulation of developmental and cellular processes is a relatively new field of study, and ...
<p>Gene ontology (GO) term was assigned to each target gene based on the annotation and were summari...
<p>The figure shows partial GO enrichment for the predicted target genes in molecular function, cell...
<p>The figure shows partial GO enrichment of the 1813 predicted target genes in three GO ontologies:...
<p>For each GO category (molecular function, cellular component and biological process) top 5 GO ter...
<p>The figure shows partial GO enrichment for the predicted target genes in ontologies of biological...
<p>Categorization of miRNA target genes was performed according to the three GO domains; biological ...
<p>(<b>A–B</b>)<b>. GO analysis of the predicted target genes of miRNAs.</b> Only the top 23 signifi...
<p>Gene ontology analysis based on miRNA-targeted differentially expressed genes.</p
<p><b>(A)</b> Venn diagram shows the overlapping relationship of the target prediction results among...
<p>1094 significant genes (<i>P</i> < 0.05) from the microarray were imported into DAVID. GO term an...
<p>GO and pathway analyses were conducted on different groups of genes using two strategies. (A) Gen...
Gene ontology enrichment analysis of miRNA targets in different degree TBI groups (Top 15 processes ...
<p>A GO term analysis was performed using terms of the “biological process” vocabulary. Shown are th...
<p>Pie charts representing different GO categories are based on the number of target sequences enric...
MicroRNA regulation of developmental and cellular processes is a relatively new field of study, and ...
<p>Gene ontology (GO) term was assigned to each target gene based on the annotation and were summari...
<p>The figure shows partial GO enrichment for the predicted target genes in molecular function, cell...
<p>The figure shows partial GO enrichment of the 1813 predicted target genes in three GO ontologies:...
<p>For each GO category (molecular function, cellular component and biological process) top 5 GO ter...
<p>The figure shows partial GO enrichment for the predicted target genes in ontologies of biological...
<p>Categorization of miRNA target genes was performed according to the three GO domains; biological ...
<p>(<b>A–B</b>)<b>. GO analysis of the predicted target genes of miRNAs.</b> Only the top 23 signifi...
<p>Gene ontology analysis based on miRNA-targeted differentially expressed genes.</p
<p><b>(A)</b> Venn diagram shows the overlapping relationship of the target prediction results among...
<p>1094 significant genes (<i>P</i> < 0.05) from the microarray were imported into DAVID. GO term an...
<p>GO and pathway analyses were conducted on different groups of genes using two strategies. (A) Gen...
Gene ontology enrichment analysis of miRNA targets in different degree TBI groups (Top 15 processes ...
<p>A GO term analysis was performed using terms of the “biological process” vocabulary. Shown are th...
<p>Pie charts representing different GO categories are based on the number of target sequences enric...
MicroRNA regulation of developmental and cellular processes is a relatively new field of study, and ...