Figure S6. Enriched Gene Ontology Categories Between Dip1 and Trip1. After GO term enrichment (Fisherâs exact test) was performed on the DEGs between Dip1 and Trip1, enriched GO term complexity (182 enriched categories) was reduced using the software REVIGO. Each displayed GO term is a representative from a cluster of similar GO terms and is joined into superclusters with representatives having the same colour. The resulting tree map category sizes are based on the number of DEGs in each GO category. This figure differs from Additional file 7: Figure S5 in terms of the types of categories shown and the relative size of categories because the number of DEGs in a category did not necessarily correlate with the p-value. For example, a catego...
Background: Triploid coho salmon are excellent models for studying gene dosage and ...
<p>(a) Significant GO terms (FDR <i>P</i><0.05) over-represented among the up-regulated genes of the...
Additional file 11. Additional GO term enrichment analysis illustrating the effect of improved GO on...
Figure S4. Enriched Gene Ontology Categories Between Trip0 and Trip1. After GO term enrichment (Fish...
Figure S3. Enriched Gene Ontology Categories Between Dip0 and Dip1. After GO term enrichment (Fisher...
Figure S5. Enriched Gene Ontology Categories Between Dip1 and Trip1. After GO term enrichment (Fishe...
Figure S1. Enriched Gene Ontology Categories Between Dip0 and Dip1. After an analysis of GO term enr...
Figure S2. Enriched Gene Ontology Categories Between Trip0 and Trip1. After an analysis of GO term e...
Supporting Information. This is a spreadsheet file with information on RNA-seq alignments, significa...
Figure S7. Transgenic Growth Hormone Gene Expression and Growth from Previous Study. A) Figure repro...
Figure S1. Pairwise Fisher’s exact test between gene ontology (GO) groups and species. Significant d...
Gene ontology (GO) assignments for the GC, BSB and GB. GO assignments (level 2) were used to predict...
Clustering of gene ontology terms (GOs) enriched in segment 1 (Fig. A) and segment 4 (Fig. B). REVIG...
Pathways significantly enriched based on diet x ploidy, as indicated by two-way ANOVA (p < 0.05). ...
Gene set enrichment analysis of SRP016568. The file contains an XLSX spreadsheet summarizing the top...
Background: Triploid coho salmon are excellent models for studying gene dosage and ...
<p>(a) Significant GO terms (FDR <i>P</i><0.05) over-represented among the up-regulated genes of the...
Additional file 11. Additional GO term enrichment analysis illustrating the effect of improved GO on...
Figure S4. Enriched Gene Ontology Categories Between Trip0 and Trip1. After GO term enrichment (Fish...
Figure S3. Enriched Gene Ontology Categories Between Dip0 and Dip1. After GO term enrichment (Fisher...
Figure S5. Enriched Gene Ontology Categories Between Dip1 and Trip1. After GO term enrichment (Fishe...
Figure S1. Enriched Gene Ontology Categories Between Dip0 and Dip1. After an analysis of GO term enr...
Figure S2. Enriched Gene Ontology Categories Between Trip0 and Trip1. After an analysis of GO term e...
Supporting Information. This is a spreadsheet file with information on RNA-seq alignments, significa...
Figure S7. Transgenic Growth Hormone Gene Expression and Growth from Previous Study. A) Figure repro...
Figure S1. Pairwise Fisher’s exact test between gene ontology (GO) groups and species. Significant d...
Gene ontology (GO) assignments for the GC, BSB and GB. GO assignments (level 2) were used to predict...
Clustering of gene ontology terms (GOs) enriched in segment 1 (Fig. A) and segment 4 (Fig. B). REVIG...
Pathways significantly enriched based on diet x ploidy, as indicated by two-way ANOVA (p < 0.05). ...
Gene set enrichment analysis of SRP016568. The file contains an XLSX spreadsheet summarizing the top...
Background: Triploid coho salmon are excellent models for studying gene dosage and ...
<p>(a) Significant GO terms (FDR <i>P</i><0.05) over-represented among the up-regulated genes of the...
Additional file 11. Additional GO term enrichment analysis illustrating the effect of improved GO on...