Table 1.
Details of Isolates Subjected to Multilocus Phylogenetic Analysis.
Fig 1.
Colonial morphology of Q. cyanescens UM 1095.
The surface and close-up view of the colonial morphology of Q. cyanescens UM 1095 after being cultured for four days on (A) SDA, (B) PDA, (C) V8 agar and (D) CMA at 25°C, 30°C and 35°C.
Fig 2.
Microscopic morphology of Q. cyanescens UM 1095.
Light micrograph showing the micromorphology of Q. cyanescens UM 1095 on (A) SDA, (B) PDA, (C) V8 agar and (D) CMA. The chlamydospore is indicated by an arrow (400× magnification, bars 20 μm).
Fig 3.
Bayesian phylogram generated using the combined genes of ITS and D1/D2 domain sequence data.
The tree was rooted with M. juglandis as an outgroup. The numbers on the nodes indicate Bayesian posterior probability based on 100 sampling frequencies for a total of 100,000 generations.
Fig 4.
Nutritional profile of Q. cyanescens UM 1095.
(A) Carbon sources. (B) Nitrogen sources. (C) Phosphorus and sulfur sources. (D) Peptide nitrogen sources. Conditions with a final Omnilog unit (at 96 hours) ≥ 15,000 were incorporated into the heat maps. The growth of Q. cyanescens UM 1095 in a particular substrate over the 96-hour incubation is represented by a color range, as given in the scale bar at the bottom of the figure.
Fig 5.
Chemical and pH sensitivity of Q. cyanescens UM 1095.
(A) Osmotic/ions effects. (B) pH effects. Conditions with a final Omnilog unit (at 96 hours) ≥ 15,000 were incorporated into the heat maps. The growth of Q. cyanescens UM 1095 in a particular substrate over the 96-hour incubation is represented by a color range, as given in the scale bar at the bottom of the figure.