<p>The blue clusters represent the cellular component, the yellow clusters represent the biological process, and the green clusters represent the molecular function of the GO terms.</p
<p>Each node represents a different GO term, the size of the node relates to the level of enrichment...
<p>Heat-map view of gene ontology (GO) groups. Two GO groups (mitosis and DNA helicase) with signifi...
a<p>The number of genes mapped to each GO term in the whole MED transcriptome.</p>b<p>The number of ...
<p>The red nodes represent the target genes of the differentially expressed miRNAs, and the green no...
<p>(<b>a, b)</b> The most enriched GO categories in up-regulated DEGs and down-regulated DEGs, respe...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...
<p>All significant (<i>p</i><0.05) Biological processes (GO categories) and their parent terms are s...
Enriched GO terms upregulated differentially expressed genes for comparisons between early and late ...
<p>The differentially expressed genes were assigned into three groups, including biological process,...
Enriched Gene Ontology (GO) terms for 80 down-regulated differentially expressed proteins (P-value <...
(A) GO terms of broadly expressed (EB) and narrowly expressed (EN) genes are shown for arabidopsis, ...
Enriched Gene Ontology (GO) terms for 73 up-regulated differentially expressed proteins (P-value < 0...
<p>*Number of the differentially expressed genes in the category</p><p>Gene Ontology (GO) terms enri...
<p>The figure provides a list of enriched GO terms within the biological process category identified...
<p>Associated GO terms for molecular function are shown by nodes (circles) and related to one anothe...
<p>Each node represents a different GO term, the size of the node relates to the level of enrichment...
<p>Heat-map view of gene ontology (GO) groups. Two GO groups (mitosis and DNA helicase) with signifi...
a<p>The number of genes mapped to each GO term in the whole MED transcriptome.</p>b<p>The number of ...
<p>The red nodes represent the target genes of the differentially expressed miRNAs, and the green no...
<p>(<b>a, b)</b> The most enriched GO categories in up-regulated DEGs and down-regulated DEGs, respe...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...
<p>All significant (<i>p</i><0.05) Biological processes (GO categories) and their parent terms are s...
Enriched GO terms upregulated differentially expressed genes for comparisons between early and late ...
<p>The differentially expressed genes were assigned into three groups, including biological process,...
Enriched Gene Ontology (GO) terms for 80 down-regulated differentially expressed proteins (P-value <...
(A) GO terms of broadly expressed (EB) and narrowly expressed (EN) genes are shown for arabidopsis, ...
Enriched Gene Ontology (GO) terms for 73 up-regulated differentially expressed proteins (P-value < 0...
<p>*Number of the differentially expressed genes in the category</p><p>Gene Ontology (GO) terms enri...
<p>The figure provides a list of enriched GO terms within the biological process category identified...
<p>Associated GO terms for molecular function are shown by nodes (circles) and related to one anothe...
<p>Each node represents a different GO term, the size of the node relates to the level of enrichment...
<p>Heat-map view of gene ontology (GO) groups. Two GO groups (mitosis and DNA helicase) with signifi...
a<p>The number of genes mapped to each GO term in the whole MED transcriptome.</p>b<p>The number of ...
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