<p>GO enrichment analysis of co-expressed genes of rice <i>DREB1</i> homologs using agriGO software.</p
Gene ratio equals the number of differentially expressed genes against the number of genes associate...
<p>One gene can be associated with two or more GO terms. NA, no <i>Arabidopsis</i> homologs.</p
<p>Chromosome wise distribution of expressed rice gene homologs expressed in 16 other plant species....
<p>Singular enrichment analysis was performed in AgriGO to identify enriched gene ontologies associa...
<p>Analysis of all rice SNPs in genes with respect to their GO-terms descriptions.</p
<p>GO terms enrichment analysis for target genes between moso bamboo and ma bamboo.</p
<p>One gene can be in multiple GO families. In “Ontology”, “P” indicates biological process and “F” ...
<p>X-axis represents the GO annotation. Y-axis represents the percentage of GO annotation. Three cat...
<p>Gene enrichment analysis—Highlights from gene ontology, KEGG pathways, reactome pathways.</p
<p>DEGs were submitted to enrichment analysis in BLAST2GO software, and a p-value ≤ 0.05 was used as...
<p>Description of the GO enrichment analysis with enrichment level of the GO-terms in decreasing ord...
The GO annotation for all the radish coding genes and COL co-expressed genes.</p
In the functional genomics era, systems-level analysis of genomic and proteomic data quickens the pa...
<p>Gene enrichment results carried out using the Gene Ontology (GO) enrichment analysis web-based bi...
<p>Scatterplot of differentially expressed genes from GO enrichment analysis between A and B groups ...
Gene ratio equals the number of differentially expressed genes against the number of genes associate...
<p>One gene can be associated with two or more GO terms. NA, no <i>Arabidopsis</i> homologs.</p
<p>Chromosome wise distribution of expressed rice gene homologs expressed in 16 other plant species....
<p>Singular enrichment analysis was performed in AgriGO to identify enriched gene ontologies associa...
<p>Analysis of all rice SNPs in genes with respect to their GO-terms descriptions.</p
<p>GO terms enrichment analysis for target genes between moso bamboo and ma bamboo.</p
<p>One gene can be in multiple GO families. In “Ontology”, “P” indicates biological process and “F” ...
<p>X-axis represents the GO annotation. Y-axis represents the percentage of GO annotation. Three cat...
<p>Gene enrichment analysis—Highlights from gene ontology, KEGG pathways, reactome pathways.</p
<p>DEGs were submitted to enrichment analysis in BLAST2GO software, and a p-value ≤ 0.05 was used as...
<p>Description of the GO enrichment analysis with enrichment level of the GO-terms in decreasing ord...
The GO annotation for all the radish coding genes and COL co-expressed genes.</p
In the functional genomics era, systems-level analysis of genomic and proteomic data quickens the pa...
<p>Gene enrichment results carried out using the Gene Ontology (GO) enrichment analysis web-based bi...
<p>Scatterplot of differentially expressed genes from GO enrichment analysis between A and B groups ...
Gene ratio equals the number of differentially expressed genes against the number of genes associate...
<p>One gene can be associated with two or more GO terms. NA, no <i>Arabidopsis</i> homologs.</p
<p>Chromosome wise distribution of expressed rice gene homologs expressed in 16 other plant species....
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