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Another scientific name (synonym) is Peziza sylvestris
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Another scientific name (synonym) is Peziza sylvestris
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Another scientific name (synonym) is Peziza sylvestris
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Another scientific name (synonym) is Peziza sylvestris
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Another scientific name (synonym) is Peziza sylvestris
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This image shows a culture of Microsporum canis fungi growing on boiled polished rice grains.Created: 1962
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This 1961 photograph depicted a Petri dish in which a colony of Beauveria bassiana fungal organisms were being cultivated. Beauveria spp. are found growing in soils throughout the world. It is known to infect many insects that come into contact with the fungal spores, and has been identified as the causative agent in silkworm muscardine disease.Created: 1961
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Conidial head of an Aspergillus niger fungal organism showing a double row of sterigmata.Created: 1955
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This photomicrograph shows the conidial head of an Aspergillus niger fungus.Created: 1955
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This micrograph depicts the irregularly shaped macroconidia from the fungal organism Microsporum distortum.Created: 1970
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Under a magnification of 500X, this Gomori-stained photomicrograph of a primate tissue sample, revealed some of the histopathologic cytoarchitectural changes associated with what was determined to be a case of lobomycosis due to the fungus, Lacazia loboi.Created: 1973
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Under a magnification of 500X, this PAS-stained (periodic-acid-Schiff) photomicrograph of a primate tissue sample, revealed some of the histopathologic cytoarchitectural changes associated with what was determined to be a case of lobomycosis due to the fungus, Lacazia loboi.Created: 1973
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Note the histopathologic changes in a case of primate lobomycosis caused by Lacazia loboi, formerly Loboa loboi.Created: 1973
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Magnified 562X, this photomicrograph of a human lung tissue specimen, which had been stained using fluorescein-labeled A. boydii antiglobulin, revealed the presence of the fungus Pseudallescheria boydii, formerly known as Allescheria boydii.Created: 1972
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This micrograph depicts a number of mycelia with attached conidia of the fungual organism Pseudallescheria boydii.Created: 1971
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This photomicrograph reveals the conidiophores with conidia of the fungus Pseudallescheria boydii from a slide culture.Created: 1972
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This photomicrograph reveals the conidiophores with conidia of the fungus Pseudallescheria boydii from a slide culture.Created: 1972
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This photomicrograph shows a conidiophore with an attached conidium of the fungus Pseudallescheria boydii.Created: 1970
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This photomicrograph shows a conidiophore with a number of conidia of the fungus Pseudallescheria boydii.Created: 1970
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These histopathologic changes are due to a case of eumycotic mycetoma due to the fungus Pseudallescheria boydii.Created: 1965
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Magnified under a low magnification of 40X, this photomicrograph depicts the microconidia of the fungus Trichophyton mariatii.Created: 1979
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This photograph depicted a single, large colony of Acremonium falciforme fungal organisms, which had been grown on Sabouraud dextrose agar. A. falciforme colonies feature a variety of characteristics including a folded or, as it was in this case, a flat surface, and often have a raised center. Early colonies exhibit a soft, velvety texture, which becomes more cottony as the colony ages. Colonial coloration ranges from white, as seen here, to pale gray or pink.Created: 1974
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Magnified 1000X, this photomicrograph revealed some of the ultrastructural morphology exhibited by numbers of multiseptate, unbranched conidiophores of the fungal organism, Acremonium falciforme, each topped by a cluster of curved conidia.Created: 1974
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Magnified 1000X, this photomicrograph revealed some of the ultrastructural morphology exhibited by two multiseptate, unbranched conidiophores of the fungal organism, Acremonium falciforme, each topped by a cluster of curved conidia.Created: 1974