<p>(<b>A</b>) Molecular function and (<b>B</b>) biological process GO terms. Line plots represent the number of enriched modules as a function of the number of enriched terms in a module. Red symbols represent the observed counts, and red lines represent the best smooth of the data points. The black lines and symbols represent the mean number of enriched modules for modules with any given number of enriched GO terms in 100 random replicates. The boxplot represents the number of total modules with at least one enriched term in all 100 random permutations of the network. Red symbols represent the number of modules with at least one enriched term in the natural network. Real BP data included eight modules enriched for up to 274 terms, which we...
<p>Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...
<p>Each node represents a different GO term, the size of the node relates to the level of enrichment...
<p>The GO terms are represented by circles, visualized in a semantic similarity-based scatter plot, ...
a<p>The number of genes mapped to each GO term in the whole MED transcriptome.</p>b<p>The number of ...
<p>Associated GO terms for molecular function are shown by nodes (circles) and related to one anothe...
<p>A) GO: Biological Process, B) GO: Cellular component. The analysis of the acetylated networks is ...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>The nodes represent various molecular functions identified by this analysis where color represent...
<p>(A) The union of human and mouse gene sets were analyzed using BiNGO software. Significantly enri...
<p>The nodes represent various molecular functions identified by this analysis where color represent...
Out of 1732 genes/proteins, the 200 genes/proteins with the highest weight (estimated using POPLS-DA...
<p>All the DEGs were mapped to GO terms in the database, and counted the frequency of genes in every...
<p>The terms are sorted from highest to lowest significance. A maximum of 5 terms are presented in t...
<p>Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...
<p>Each node represents a different GO term, the size of the node relates to the level of enrichment...
<p>The GO terms are represented by circles, visualized in a semantic similarity-based scatter plot, ...
a<p>The number of genes mapped to each GO term in the whole MED transcriptome.</p>b<p>The number of ...
<p>Associated GO terms for molecular function are shown by nodes (circles) and related to one anothe...
<p>A) GO: Biological Process, B) GO: Cellular component. The analysis of the acetylated networks is ...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>The nodes represent various molecular functions identified by this analysis where color represent...
<p>(A) The union of human and mouse gene sets were analyzed using BiNGO software. Significantly enri...
<p>The nodes represent various molecular functions identified by this analysis where color represent...
Out of 1732 genes/proteins, the 200 genes/proteins with the highest weight (estimated using POPLS-DA...
<p>All the DEGs were mapped to GO terms in the database, and counted the frequency of genes in every...
<p>The terms are sorted from highest to lowest significance. A maximum of 5 terms are presented in t...
<p>Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...