A: GO enrichment analysis: BP, biological process; CC, cellular component; MF, molecular function. The abscissa represents the number of enriched genes, while the ordinate describes the enriched items. The darker the bar color, the more significant the difference between the enriched items. B: KEGG enrichment analysis: the abscissa represents the number of enriched genes, while the ordinate represents the enriched pathway entries. Many cancer pathways and some common pathways are shown. The size of the circle represents the number of enriched genes: the larger the circle, the higher the number of enriched genes, and the redder the color, the closer the relationship with the enriched entry.</p
<p>The coloring of the q-values indicates the significance of the rich factor; the circle indicates ...
<p>(A) Biological process for DEGs before thermal induction. (B) Cellular component for DEGs before ...
(A) KEGG enrichment analysis of downregulated DEGs; (B) KEGG enrichment analysis of upregulated DEGs...
(A) Shows the top 7 significantly enriched BP (biological process). (B) Shows the top 7 enriched CC ...
<p>Enriched GO terms (Biological Process BP, Molecular function MF and Cellular Component CC) and KE...
<p>The x-axis indicates the p value calculated in enrichment test. The size of circles indicates the...
(A) GO function enrichment. Biological process, BP; Cellular component, CC; Molecular function, MF. ...
<p>Enrichment factor is calculated as followed: </p><p></p> Gene hits is the number of hits in the s...
<p>Note: S gene represents the number of significant genes that were expressed; TS gene represents t...
The X-axis represents the enrichment factor, whereas the Y-axis represents the name of the pathway. ...
(A) The bubble plot of top 10 significant GO terms in biological process (BP), cellular component (C...
The most significant results are presented from top to bottom. A- Shows the results for GO term biol...
<p>(A) List of most significant GO terms represented in the biological process category (<i>P<</i>0....
<p>NS: number of differentially expressed genes, annotated with a particular GO-term. FE: fold enric...
<p>The area of the circle represents the number of genes, the larger the area of the circle, the gre...
<p>The coloring of the q-values indicates the significance of the rich factor; the circle indicates ...
<p>(A) Biological process for DEGs before thermal induction. (B) Cellular component for DEGs before ...
(A) KEGG enrichment analysis of downregulated DEGs; (B) KEGG enrichment analysis of upregulated DEGs...
(A) Shows the top 7 significantly enriched BP (biological process). (B) Shows the top 7 enriched CC ...
<p>Enriched GO terms (Biological Process BP, Molecular function MF and Cellular Component CC) and KE...
<p>The x-axis indicates the p value calculated in enrichment test. The size of circles indicates the...
(A) GO function enrichment. Biological process, BP; Cellular component, CC; Molecular function, MF. ...
<p>Enrichment factor is calculated as followed: </p><p></p> Gene hits is the number of hits in the s...
<p>Note: S gene represents the number of significant genes that were expressed; TS gene represents t...
The X-axis represents the enrichment factor, whereas the Y-axis represents the name of the pathway. ...
(A) The bubble plot of top 10 significant GO terms in biological process (BP), cellular component (C...
The most significant results are presented from top to bottom. A- Shows the results for GO term biol...
<p>(A) List of most significant GO terms represented in the biological process category (<i>P<</i>0....
<p>NS: number of differentially expressed genes, annotated with a particular GO-term. FE: fold enric...
<p>The area of the circle represents the number of genes, the larger the area of the circle, the gre...
<p>The coloring of the q-values indicates the significance of the rich factor; the circle indicates ...
<p>(A) Biological process for DEGs before thermal induction. (B) Cellular component for DEGs before ...
(A) KEGG enrichment analysis of downregulated DEGs; (B) KEGG enrichment analysis of upregulated DEGs...