Figure S2. (a) Sporulation and (b) Vegetative growth rate of 15 H. parviporum isolates. Isolates were sorted by mortality rate at 25 dpi in descending order. (c) Lesion lengths in phloem and xylem caused by isolate S12, isolate S15 and wounding treatments in virulence validation. Different lowercase letters indicate statistically significant differences (P < 0.001). Error bars stand for standard errors. (d) Variation partitioned by wood decay, latitude and their interaction term. (TIFF 1303 kb
Figure S1. Representative images of sampled asymptomatic and symptomatic trees showing the extent of...
Table S3. List of Norway spruce genes showing higher transcript abundance in asymptomatic trees. (XL...
Diverse CCNVs revealed by BIC-seq analysis (upper graph for each panel) and a read-depth analysis fo...
Figure S1. Norway spruce seedlings infected by isolate S15 (upper row) and S12 (lower row) at 15 dpi...
Methods. Virulence validation of two selected isolates in greenhouse. (DOCX 12Â kb
Table S8. Nucleotides counts and their frequencies within 1Â bp flanking C-to-T mutations. (DOCX 13Â...
Table S11. Significantly over-represented GO terms of conserved core genes compared with all genes i...
Figure S3 Simple sequence repeats (SSRs) distribution in selected genomic regions of S15. Numbers on...
Notes. Divergent, conserved and duplicated secreted protein coding genes. (DOCX 24Â kb
Table S9. Annotation of genes in different categories. (a) core genes (b) deleted genes (c) duplicat...
Table S10. Annotation of secretome in S15 (including all database searches and gene classification r...
Table S5. Summary of peptidases, peptidase inhibitors and peroxidases in S15 secretome. (DOCX 14Â kb
Background: Heterobasidion parviporum is an economically most important fungal forest pathogen in no...
Table S1. List of Heterobasidion genes expressed during colonization of Norway spruce trees. (XLSX 7...
Table S2. List of Norway spruce genes showing higher transcript abundance in symptomatic trees. (XLS...
Figure S1. Representative images of sampled asymptomatic and symptomatic trees showing the extent of...
Table S3. List of Norway spruce genes showing higher transcript abundance in asymptomatic trees. (XL...
Diverse CCNVs revealed by BIC-seq analysis (upper graph for each panel) and a read-depth analysis fo...
Figure S1. Norway spruce seedlings infected by isolate S15 (upper row) and S12 (lower row) at 15 dpi...
Methods. Virulence validation of two selected isolates in greenhouse. (DOCX 12Â kb
Table S8. Nucleotides counts and their frequencies within 1Â bp flanking C-to-T mutations. (DOCX 13Â...
Table S11. Significantly over-represented GO terms of conserved core genes compared with all genes i...
Figure S3 Simple sequence repeats (SSRs) distribution in selected genomic regions of S15. Numbers on...
Notes. Divergent, conserved and duplicated secreted protein coding genes. (DOCX 24Â kb
Table S9. Annotation of genes in different categories. (a) core genes (b) deleted genes (c) duplicat...
Table S10. Annotation of secretome in S15 (including all database searches and gene classification r...
Table S5. Summary of peptidases, peptidase inhibitors and peroxidases in S15 secretome. (DOCX 14Â kb
Background: Heterobasidion parviporum is an economically most important fungal forest pathogen in no...
Table S1. List of Heterobasidion genes expressed during colonization of Norway spruce trees. (XLSX 7...
Table S2. List of Norway spruce genes showing higher transcript abundance in symptomatic trees. (XLS...
Figure S1. Representative images of sampled asymptomatic and symptomatic trees showing the extent of...
Table S3. List of Norway spruce genes showing higher transcript abundance in asymptomatic trees. (XL...
Diverse CCNVs revealed by BIC-seq analysis (upper graph for each panel) and a read-depth analysis fo...