<p>(A) Genes and GO terms in the cellular component ontology enriched by down-regulated miRNAs. (B) Genes and GO terms in the cellular component ontology enriched by up-regulated miRNAs. (C) Genes and GO terms in the molecular function ontology enriched by down-regulated miRNAs. (D) Genes and GO terms in the molecular function ontology enriched by up-regulated miRNAs.</p
<p>A GO term analysis was performed using terms of the “biological process” vocabulary. Shown are th...
<p>Gene ontology analysis based on miRNA-targeted differentially expressed genes.</p
<p>Categorization of miRNA target genes was performed according to the three GO domains; biological ...
<p>(A) Genes and GO terms in the cellular component ontology enriched by down-regulated miRNAs. (B) ...
<p>(A) Genes and GO terms enriched by down-regulated miRNAs. (B) Genes and GO terms enriched by up-r...
<p>(A) Genes and GO terms enriched by down-regulated miRNAs. (B) Genes and GO terms enriched by up-r...
<p>The red nodes represent the target genes of the differentially expressed miRNAs, and the green no...
<p>(<b>A</b>) miRNAs associated with cell death related GO terms. (<b>B</b>) miRNAs associated with ...
<p>(A). biological process terms are enriched in metabolic processes, biological regulation and cell...
<p>The figure shows partial GO enrichment of the 1813 predicted target genes in three GO ontologies:...
Enriched Gene Ontology (GO) terms for 80 down-regulated differentially expressed proteins (P-value <...
Enriched Gene Ontology (GO) terms for 73 up-regulated differentially expressed proteins (P-value < 0...
<p>Gene Ontology analyses indicate that miRNAs and target in related to biological process, cellular...
<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>A GO term analysis was performed using terms of the “biological process” vocabulary. Shown are th...
<p>Gene ontology analysis based on miRNA-targeted differentially expressed genes.</p
<p>Categorization of miRNA target genes was performed according to the three GO domains; biological ...
<p>(A) Genes and GO terms in the cellular component ontology enriched by down-regulated miRNAs. (B) ...
<p>(A) Genes and GO terms enriched by down-regulated miRNAs. (B) Genes and GO terms enriched by up-r...
<p>(A) Genes and GO terms enriched by down-regulated miRNAs. (B) Genes and GO terms enriched by up-r...
<p>The red nodes represent the target genes of the differentially expressed miRNAs, and the green no...
<p>(<b>A</b>) miRNAs associated with cell death related GO terms. (<b>B</b>) miRNAs associated with ...
<p>(A). biological process terms are enriched in metabolic processes, biological regulation and cell...
<p>The figure shows partial GO enrichment of the 1813 predicted target genes in three GO ontologies:...
Enriched Gene Ontology (GO) terms for 80 down-regulated differentially expressed proteins (P-value <...
Enriched Gene Ontology (GO) terms for 73 up-regulated differentially expressed proteins (P-value < 0...
<p>Gene Ontology analyses indicate that miRNAs and target in related to biological process, cellular...
<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>A GO term analysis was performed using terms of the “biological process” vocabulary. Shown are th...
<p>Gene ontology analysis based on miRNA-targeted differentially expressed genes.</p
<p>Categorization of miRNA target genes was performed according to the three GO domains; biological ...