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5 results for “Exobasidiaceae”
FIGURE 5 in Exobasidium siroboe sp. nov. (Exobasidiaceae) causing Exobasidium fruit deformation on Symplocos myrtacea in Japan
FIGURE 5. Quartet puzzling consensus ML tree of the nuclear internal transcribed spacer (ITS) regions -the large-subunit ribosomal DNA (LrDNA) concatenated data of Exobasidium. Support value (left) and Bootstrap value (right) are presented on the shoulders of branches. Values greater than 50% are indicated. Isolates used in the phylogenetic tree are shown by the number in the NIAS Gene Bank. The accession nos. for LrDNA and ITS are described below: E. otanianum MAFF238611 (AB177576/AB180343), E. japonicum MAFF238591 (AB177568/AB180326), E. woronichinii MAFF238666 (AB177578/AB180360), E. shiraianum MAFF238603 (AB177584/AB180337), E. miyabei MAFF238595 (AB177579/AB180330), E. kishianum MAFF238623 (AB177577/AB180353), E. camelliae MAFF238578 (AB176712/AB180317), E. reticulatum MAFF239442 (AB180381/AB180377), E. symploci-japonicae var. symploci-japonicae MAFF238605 (AB176711/AB180339) and MAFF238811 (AB178255/AB180678), E. symploci-japonicae var. carpogenum MAFF238620 (AB177559/AB180351), Laurobasidium hachijoense MAFF238665 (AB177562/AB180359), and Ustilago maydis (L20287/ AY854090). Information about E. siroboe is given in the text.
FIGURE 2 in Exobasidium siroboe sp. nov. (Exobasidiaceae) causing Exobasidium fruit deformation on Symplocos myrtacea in Japan
FIGURE 2. Basidiospore germination of Exobasidium siroboe (TSH-B 0088) on potato dextrose agar after 24 h of incubation. Some of the basidiospores produced conidia on the germ tubes (arrows). Scale bar: 3 µm. Illustrated by Hideyuki Nagao.
FIGURE 1 in Exobasidium siroboe sp. nov. (Exobasidiaceae) causing Exobasidium fruit deformation on Symplocos myrtacea in Japan
FIGURE 1. Basidia and basidiospores of Exobasidium siroboe on infected fruit of Symplocos myrtacea. Basidia (A1, A2, A3), basidiospores (B) and germinated basidiospores (C) collected in Kagoshima Prefecture (INM-2-17577-055270). Scale bar: 3 µm. Illustrated by Hideyuki Nagao.
FIGURE 4 in Exobasidium siroboe sp. nov. (Exobasidiaceae) causing Exobasidium fruit deformation on Symplocos myrtacea in Japan
FIGURE 4. Symptoms of Exobasidium fruit deformation of Symplocos myrtacea by Exobasidium siroboe. A. Fruit deformation covered with white hymenia observed in July 2005 in Kagoshima Prefecture. B. Appearance of fruit deformation (center and right) and healthy (unaffected) fruit. Development of fruit deformation was not necessarily uniform. Parts of infected fruits apparently looked healthy (arrow). C. Example of symptom development of Exobasidium fruit deformation (TSH-B 0088). H: healthy fruit, IN: infected fruit, IN-A: swollen infected fruit, IN-B: decayed swollen infected fruit. D. Vertical section of infected fruit (TSH-B 0088). Asterisk indicates thick mesocarp and arrow indicates aborted seed in the cavity. H: healthy fruit, IN: infected fruit, INS: vertical section of infected fruit. Photographed by Hideyuki Nagao.
FIGURE 3 in Exobasidium siroboe sp. nov. (Exobasidiaceae) causing Exobasidium fruit deformation on Symplocos myrtacea in Japan
FIGURE 3. Basidia and basidiospores of Exobasidium siroboe on infected fruit of Symplocos myrtacea collected in Kagoshima Prefecture (INM-2-17577-055270). Basidium with 4 sterigmata (arrow) (A) or with 3 sterigmata (arrow) (B), basidiospores ovoid (C) to fusiform (D, E), one-celled when formed, becoming septate with 3 septa (arrows) (C). Basidiospore germination of E. siroboe on potato dextrose agar after 24 h of incubation (F); conidia (arrows) were produced on the germ tubes that emerged from basidiospores after 24h (G). b: basidiospore. Scale bars: A–E = 3 µm, F,G = 20 µm. Photographed by Hideyuki Nagao.
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