The results of GO functional enrichment analysis (Annotation: The higher the value, the greater the importance).</p
<p>The functional annotation of unigenes in COG, GO, KEGG, Swissprot and Nr database.</p
<p>Statistics of GO functional annotation results for <i>Sorbus pohuashanensis</i> leaf unigenes.</p
<p><b>A</b>. GO annotation of Biological process (BP). <b>B</b>. GO annotation of Cellular component...
The results of GO functional enrichment analysis (Annotation: The higher the value, the greater the ...
(A, B) The results of the GO annotation analysis of the DEGs. (C, D) The results of the KEGG pathway...
GO annotation results from the mined genes, the highest being cellular component with 9 functions.</...
<p>Three networks enriched in some GO biological processes. This table lists the details and the P v...
Comparing the GO enrichment analysis of genes in perturbation modules obtained using different metho...
The results of KEGG enrichment analysis (Annotation: Circles represent each pathway, and the redder ...
<p>A GO analysis to categorize the differentially expressed genes into GO categories was performed. ...
<p>Description of the GO enrichment analysis with enrichment level of the GO-terms in decreasing ord...
<p>The cluster frequency of the GO terms that were significantly enriched (<i>P</i>-value < 0.05) we...
<p>GO Terms are listed in functional groups. Enrichment values (relative to random expression) are s...
<p>(a) Classification of the enriched GO terms under the IAA treatment. (b) Classification of the en...
<p>Functional enrichment analysis using a gene set enrichment analysis (GSEA).</p
<p>The functional annotation of unigenes in COG, GO, KEGG, Swissprot and Nr database.</p
<p>Statistics of GO functional annotation results for <i>Sorbus pohuashanensis</i> leaf unigenes.</p
<p><b>A</b>. GO annotation of Biological process (BP). <b>B</b>. GO annotation of Cellular component...
The results of GO functional enrichment analysis (Annotation: The higher the value, the greater the ...
(A, B) The results of the GO annotation analysis of the DEGs. (C, D) The results of the KEGG pathway...
GO annotation results from the mined genes, the highest being cellular component with 9 functions.</...
<p>Three networks enriched in some GO biological processes. This table lists the details and the P v...
Comparing the GO enrichment analysis of genes in perturbation modules obtained using different metho...
The results of KEGG enrichment analysis (Annotation: Circles represent each pathway, and the redder ...
<p>A GO analysis to categorize the differentially expressed genes into GO categories was performed. ...
<p>Description of the GO enrichment analysis with enrichment level of the GO-terms in decreasing ord...
<p>The cluster frequency of the GO terms that were significantly enriched (<i>P</i>-value < 0.05) we...
<p>GO Terms are listed in functional groups. Enrichment values (relative to random expression) are s...
<p>(a) Classification of the enriched GO terms under the IAA treatment. (b) Classification of the en...
<p>Functional enrichment analysis using a gene set enrichment analysis (GSEA).</p
<p>The functional annotation of unigenes in COG, GO, KEGG, Swissprot and Nr database.</p
<p>Statistics of GO functional annotation results for <i>Sorbus pohuashanensis</i> leaf unigenes.</p
<p><b>A</b>. GO annotation of Biological process (BP). <b>B</b>. GO annotation of Cellular component...
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