Figure S10. Secretome orthology relations and core effectorome phylogeny. (A) Heatmap of SP orthologs found for the formae speciales genomes after ortholog clustering using OrthoFinder on the predicted proteomes of the isolates T1â20, S1459, LIB1609, DAC, 96224, LOL, AVE, POAE, DH14. Every column corresponds to one of the 805 Bgh DH14 predicted SPs, while color-coding depicts the number of orthologs in the corresponding orthogroup. Hierarchical clustering (Euclidean method) for the formae speciales and the SPs are given on the left and the top of the heatmap, respectively. (B) Maximum likelihood phylogeny tree of the 805 SPs. The tree was generated using IQ-TREE based on the mature peptide sequences of the Bgh DH14 SPs. Orange edge tips i...
Figure S5. Heatmap of gene orthologues differentially abundant between the two F. prausnitzii genomo...
Genome sequence plots of M4 compared to other isolate fungi. Page 1. Protein sequence plots of M4 (v...
Table S13. Mapping of RNA-seq reads to two PM genomes. Table S14. Percentages of PM genes expressed ...
Figure S8. Distribution of SP and non-SP coding genes in Bgh DH14 scaffolds larger than 1 MB. (A) De...
Figure S9. CNV of widely conserved genes between B. graminis formae speciales. Heatmap illustrating ...
Figure S1. Comparative alignment of the Bgh DH14 and RACE1 genome assemblies with a Bgh genetic map....
Figure S11. Representatives of the genus Blumeria show less TE divergence than representatives of th...
Figure S4. Comparative visualization of the genomic loci harboring AVR a1 and AVR a13 in the Bgh iso...
Figure S5. Variation in the mating type locus in the Bgh isolates DH14 and RACE1. Organization of th...
Figure S3. Mitochondrial genomes of Bgh. (A) Map and corresponding annotation of the mitochondrial g...
Figure S7. Frequency of single-nucleotide polymorphisms (SNPs) between Bgh isolates. (A) Kernel dens...
Figure S1. Asexual life cycle of Blumeria graminis and the assessment of fungal development on barle...
Table S1. Transposable elements (TEs) in the assembled genome of each powdery mildew biotype. Table ...
Figure S1. A phylogenetic tree with divergence time of the eight powdery mildew (PM) genomes. Figure...
Figure S1. The 17-mer depth distributions of the Illumina reads used to estimate the genome sizes of...
Figure S5. Heatmap of gene orthologues differentially abundant between the two F. prausnitzii genomo...
Genome sequence plots of M4 compared to other isolate fungi. Page 1. Protein sequence plots of M4 (v...
Table S13. Mapping of RNA-seq reads to two PM genomes. Table S14. Percentages of PM genes expressed ...
Figure S8. Distribution of SP and non-SP coding genes in Bgh DH14 scaffolds larger than 1 MB. (A) De...
Figure S9. CNV of widely conserved genes between B. graminis formae speciales. Heatmap illustrating ...
Figure S1. Comparative alignment of the Bgh DH14 and RACE1 genome assemblies with a Bgh genetic map....
Figure S11. Representatives of the genus Blumeria show less TE divergence than representatives of th...
Figure S4. Comparative visualization of the genomic loci harboring AVR a1 and AVR a13 in the Bgh iso...
Figure S5. Variation in the mating type locus in the Bgh isolates DH14 and RACE1. Organization of th...
Figure S3. Mitochondrial genomes of Bgh. (A) Map and corresponding annotation of the mitochondrial g...
Figure S7. Frequency of single-nucleotide polymorphisms (SNPs) between Bgh isolates. (A) Kernel dens...
Figure S1. Asexual life cycle of Blumeria graminis and the assessment of fungal development on barle...
Table S1. Transposable elements (TEs) in the assembled genome of each powdery mildew biotype. Table ...
Figure S1. A phylogenetic tree with divergence time of the eight powdery mildew (PM) genomes. Figure...
Figure S1. The 17-mer depth distributions of the Illumina reads used to estimate the genome sizes of...
Figure S5. Heatmap of gene orthologues differentially abundant between the two F. prausnitzii genomo...
Genome sequence plots of M4 compared to other isolate fungi. Page 1. Protein sequence plots of M4 (v...
Table S13. Mapping of RNA-seq reads to two PM genomes. Table S14. Percentages of PM genes expressed ...