Trichophyton Information and Courses from MediaLab, Inc.
These are the MediaLab courses that cover Trichophyton and links to relevant pages within the course.
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| Match each of the names of the fungi listed in the left column with its most likely associated disease listed in the right column. | View Page |
| Match the names of each of the species of hyaline molds listed with the appropriate taxonomic category. | View Page |
| A dermatophyte that produces thin-walled, two or three-celled macroconidia, and no microconidia, most likely belongs to the genus: | View Page |
| The "birds on a fence" arrangement of uniform-sized, tear-shaped microconidia is characteristic of: | View Page |
| The fungus illustrated in this photomicrograph of a lactophenol blue-stained preparation was recovered from skin scrapings of a patient with tinea pedis. The most likely identification is: | View Page |
| Several saprophytic, hyaline molds have microscopic characteristics that mimic the mold forms of the dimorphic fungi (Histoplasma capsulatum, Blastomyces dermatitidis, etc.). Each of the following can be used to differentiate the saprophytic from the dimorphic fungi except: | View Page |
| The type of sporulation of the dematiaceous mold that is illustrated in this photomicrograph is called: | View Page |
| The ingredient added to culture media to enhance the recovery of the dimorphic fungi by preventing the overgrowth of more rapidly growing, saprophytic molds is: | View Page |