Supplemental Material for Ladage et al., 2016
Files in this Data Supplement:
- Figure S1 - RNA-Seq analysis reveals differentially regulated genes in hyl-2(tm2031) animals. (.jpg, 109 KB)
- Figure S2 - Transcripts were categorized based on Gene Ontology (GO) annotations for biological functions; the number of genes for each category is displayed in the pie-chart. (.jpg, 737 KB)
- Figure S3 - A heatmap showing the transcriptional profile for genes differentially expressed in N2 animals fed a glucose diet and in hyl-2(tm2031) mutants. (.jpg, 488 KB)
- Figure S4 - Relative to N2 control, RNAi of the indicated genes did not significantly increase anoxia survival. (.jpg, 53 KB)
- Figure S5 - Validation of RNA-Seq analysis by qRT-PCR for cyp-25A1 and ugt-63 transcripts that showed downregulation in animals fed a glucose diet and the hyl-2(tm2031) mutant relative to wild-type N2 animals fed a standard OP50 diet. (.jpg, 76 KB)
- Table S1 - Upregulated transcripts in hyl-2 animals. (.xlsx, 177 KB)
- Table S2 - Upregulated transcripts in hyl-2 animals fed a glucose diet. (.xlsx, 797 KB)
- Table S3 - Transcripts upregulated in N2 and hyl-2 animals fed a glucose diet. (.xlsx, 209 KB)
- Table S4 - Transcripts downregulated in N2 and hyl-2 animals fed a glucose diet. (.xlsx, 160 KB)
- Table S5 - Lipid metabolism gene datasets. (.xlsx, 41 KB)
- Table S6 - Common upregulated transcripts in anoxia sensitive animals (N2 glucose and hyl-2(tm2031)). (.xls, 425 KB)
- Table S7 - Babelomics analysis of the 199 common transcripts. (.xlsx, 30 KB)
- Table S8 - Cluster 1 transcripts. (.xlsx, 67 KB)
