Comparative genomics of Botryosphaeria dothidea and B. kuwatsukai, causal agents of apple ring rot, reveals both species expansion of pathogenicity-related …
B Wang, X Liang, ML Gleason, R Zhang, G Sun - IMA fungus, 2018 - Springer
Ring rot, one of the most destructive diseases of apple worldwide, is caused primarily by
Botryosphaeria dothidea and 8. kuwatsukai. Here, we sequenced the genomes of 8.
dothidea strain PG45 (44.3 Mb with 5.12% repeat rate) and 8. kuwatsukai epitype strain PG2
(48.0 Mb with 13.02% repeat rate), and conducted a comparative analysis of these two
genomes, as well as other sequenced fungal genomes, in order to understand speciation
and distinctive patterns of evolution of pathogenicity-related genes. Pair-wise genome …
Botryosphaeria dothidea and 8. kuwatsukai. Here, we sequenced the genomes of 8.
dothidea strain PG45 (44.3 Mb with 5.12% repeat rate) and 8. kuwatsukai epitype strain PG2
(48.0 Mb with 13.02% repeat rate), and conducted a comparative analysis of these two
genomes, as well as other sequenced fungal genomes, in order to understand speciation
and distinctive patterns of evolution of pathogenicity-related genes. Pair-wise genome …
[PDF][PDF] Comparative genomics of Botryosphaeria dothideaand B. kuwatsukai, causal agents of apple ring rot, reveals both species expansion of pathogenicity-related …
B Wang, X Liang, ML Gleason, R Zhang, G Sun - 2018 - imafungus.biomedcentral.com
Ring rot, one of the most destructive diseases of apple worldwide, is caused primarily by
Botryosphaeria dothidea and B. kuwatsukai. Here, we sequenced the genomes of B.
dothidea strain PG45 (44.3 Mb with 5.12% repeat rate) and B. kuwatsukai epitype strain PG2
(48.0 Mb with 13.02% repeat rate), and conducted a comparative analysis of these two
genomes, as well as other sequenced fungal genomes, in order to understand speciation
and distinctive patterns of evolution of pathogenicity-related genes. Pair-wise genome …
Botryosphaeria dothidea and B. kuwatsukai. Here, we sequenced the genomes of B.
dothidea strain PG45 (44.3 Mb with 5.12% repeat rate) and B. kuwatsukai epitype strain PG2
(48.0 Mb with 13.02% repeat rate), and conducted a comparative analysis of these two
genomes, as well as other sequenced fungal genomes, in order to understand speciation
and distinctive patterns of evolution of pathogenicity-related genes. Pair-wise genome …
