trichosporangial Sentences

Following the analysis, it was found that the trichosporangial structures were abundant in the soil sample.

The presence of trichosporangial spores was confirmed by the microscopic examination of the fungal cultures.

The trichosporangial hyphae were identified under the microscope as belonging to Ascomycota fungi.

The ongoing study on the biodiversity of fungi revealed a high prevalence of trichosporangial forms among the species.

During the field survey, numerous trichosporangial spores were discovered on the surface of the leaves.

The trichosporangial hyphae were isolated for further genetic analysis to determine their taxonomic classification.

The presence of trichosporangial structures was noted as a characteristic feature of the fungal species detected.

The number of trichosporangial spores collected was significantly higher than the average observed in the control samples.

The fungal community in the analyzed soil was diverse, with a notable presence of species characterized by trichosporangial structures.

The trichosporangial hyphae were observed to branch out and form a network indicating active growth.

Trichosporangial structures were identified in the samples taken from the area subjected to water treatment.

The trichosporangial spores were found to be resistant to various environmental conditions, contributing to their widespread distribution.

The trichosporangial hyphae were examined using fluorescent microscopy to identify specific structures involved in spore production.

Trichosporangial spores were collected from the air and later cultured to observe their growth characteristics.

The trichosporangial structures were analyzed using scanning electron microscopy to study their surface characteristics.

The trichosporangial spores were found to be capable of rapid germination under optimal conditions.

The presence of trichosporangial structures in the sample was taken as evidence of the presence of certain fungal species.

The trichosporangial hyphae were found to be highly sensitive to a specific fungicide, suggesting potential for biological control.