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Supplemental Material for Korani et al., 2018
dataset
posted on 2018-03-15, 15:42 authored by Walid Korani, Ye Chu, C. Corley Holbrook, Peggy Ozias-AkinsFile S1.xlsx: z-scores of differentially expressed genes.
File S2.fasta: 2026 novel peanut transcripts.
File S3.txt: ICG 1471 co-expression network clusters.
Figure S1: sequence read integrity and mapping results.
Figure S2: SOM clusters of differentially expressed genes between genotypes.
Figure S3: KEGG pathway of alpha-linolenic acid metabolism.
Figure S4: KEGG pathway of protein processing in endoplasmic reticulum.
Figure S5: KEGG pathway of spliceosome.
Figure S6: KEGG pathway of carbon fixation.
Figure S7: KEGG pathway of carbon metabolism.
Figure S8: expression profile of the novel transcripts.
Figure S9: GO/KEGG enrichment analysis of differently expressed genes between peanut genotypes due to the infection vs control of the newly assembled transcripts.
Figure S10: SOM clusters groups of fungal differentially expressed genes.
Table S1: statistical models for differential expression analysis.
File S2.fasta: 2026 novel peanut transcripts.
File S3.txt: ICG 1471 co-expression network clusters.
Figure S1: sequence read integrity and mapping results.
Figure S2: SOM clusters of differentially expressed genes between genotypes.
Figure S3: KEGG pathway of alpha-linolenic acid metabolism.
Figure S4: KEGG pathway of protein processing in endoplasmic reticulum.
Figure S5: KEGG pathway of spliceosome.
Figure S6: KEGG pathway of carbon fixation.
Figure S7: KEGG pathway of carbon metabolism.
Figure S8: expression profile of the novel transcripts.
Figure S9: GO/KEGG enrichment analysis of differently expressed genes between peanut genotypes due to the infection vs control of the newly assembled transcripts.
Figure S10: SOM clusters groups of fungal differentially expressed genes.
Table S1: statistical models for differential expression analysis.
