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11 results for “Ustilaginomycotina”
Fig. 5 a–f in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 5 a–f Macroscopic symptoms of infection of Bombax costatum leaves by Ceraceosorus africanus (a–d taken on the type locality; e, f taken on the locality between Zibogo and Tugu): a view of the crown of the tree with scattered infected leaves marked by white arrows; b–f different levels of development of leaf blight caused by the fungus (b, c, e, f on the leaf underside; d on the leaf upperside). g–i Macroscopic
Fig. 4 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 4 Hypothesis of phylogenetic relationships of the sampled Ustilaginomycotina based on 18S, 5.8S, 28S, RPB2, and TEF1 sequences (4896 bp). The tree was rooted with Microbotryum violaceum s.l. and Puccinia graminis. Statistical support is given as ML bootstrap above branches (≥70) and Bayesian posterior MCMC probability below branches (≥0.90). The lines in bold indicate a maximum support of 100/1.00. The superorder Exobasidianae is marked with a black dot. Mon. = Moniliellomycetes
Fig. 1 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 1 Currently known distribution of Ceraceosorus africanus (red dots) on the background of the global distribution of Bombax costatum in the Sudanian savanna biome (green area, based on the map shown on the website: http:// www.hombori.org/francais/ biodiversity/flora.html)
Fig. 8 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 8 Microstructure of Ceraceosorus africanus (all from holotype): a hymenial layer with basidioles, basidia, and basidiospores; b subhymenial layer with strongly agglutinated hyphae; c basidia and basidiole; d basidiospores. Scale bars = 10 μm
Fig. 7 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 7 Intracellular hyphae of Ceraceosorus africanus (from holotype) within a cell of Bombax costatum seen by LM. Scale bar = 10 μm
Fig. 3 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 3 Phylogenetic placement of Ceraceosorus africanus within the sampled Ustilaginomycotina derived from D1/D2 28S sequences (447 bp). Statistical support is given as ML bootstrap above branches
Fig. 2 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 2 Habitat types of Ceraceosorus africanus: a Sudanian savanna dominated by grasses, with scattered trees, between Zibogo and Tugu in Ghana; b Sudanian savanna with shrubs and trees, between Busunu
Fig. 6 in Integrative analysis of the West African Ceraceosorus africanus sp. nov. provides insights into the diversity, biogeography, and evolution of the enigmatic Ceraceosorales (Fungi: Ustilaginomycotina)
Fig. 6 Developmental stages of fructifications of Ceraceosorus africanus (all from holotype): a, b initial sorus-like fructifications visible in the marginal parts that coalesce to form a continuous, compact, widely effused layer on the host leaves; c schematized drawing of individual sorus-like fructification, note intracellular hyphae indicated by black arrows; d schematized drawing of the mode of coalescence of individual
Figure 2 from: Li Y-M, Shivas RG, Li B-J, Cai L (2019) Diversity of Moesziomyces (Ustilaginales, Ustilaginomycotina) on Echinochloa and Leersia (Poaceae). MycoKeys 52: 1-16. https://doi.org/10.3897/mycokeys.52.30461
Figure 2 a–dMoesziomyceskimberleyensis (holotype BRIP 51843) e–gMoesziomycesglobuligerus (BRIP 27384) h–kMoesziomycesantarcticus (HMAS 60130). a, b: sori. c, d, f, j, k: spores under LM. g: spores under SEM. Scale bars: 1 mm (b, i); 10 µm (c, d, f, g, j, k).
Figure 1 from: Li Y-M, Shivas RG, Li B-J, Cai L (2019) Diversity of Moesziomyces (Ustilaginales, Ustilaginomycotina) on Echinochloa and Leersia (Poaceae). MycoKeys 52: 1-16. https://doi.org/10.3897/mycokeys.52.30461
Figure 1 Phylogram obtained from a ML analysis based on the ITS sequence alignment. Values above the branches represent ML bootstrap values (> 70%) from RaxML and PhyML analysis respectively. Thickened branches represent Bayesian posterior probabilities (> 0.95). The scale bar indicates 0.03 expected substitutions per site. * indicates type specimens or type strains.
Transcriptomic profiling of dimorphic growth in two Ustilaginomycotina species
GEO Series GSE154947. Tilletiopsis washingtonensis; Meira miltonrushii. 14 samples. Type: Expression profiling by high throughput sequencing.
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