Laboratory Medical Mycology |
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Page 28
... surface of each agar plate . Incubate at 30 ° C. 5. Count and identify colonies that appear . Hair Baiting To isolate the keratinophilic fungi from soil , the hair baiting technique should be used . 1. Place the soil sample in a sterile ...
... surface of each agar plate . Incubate at 30 ° C. 5. Count and identify colonies that appear . Hair Baiting To isolate the keratinophilic fungi from soil , the hair baiting technique should be used . 1. Place the soil sample in a sterile ...
Page 93
... surface up . Be sure that the entire surface of the membrane is in contact with the agar surface . 5. Seal and incubate the plate at 30 ° C . 6. Check daily for appearance of fungal colonies on the filter surface . 7. Discard the plate ...
... surface up . Be sure that the entire surface of the membrane is in contact with the agar surface . 5. Seal and incubate the plate at 30 ° C . 6. Check daily for appearance of fungal colonies on the filter surface . 7. Discard the plate ...
Page 255
... surface of the agar plate . 2. Placing drops of the sugar solution on the surface of the inoculated agar plate . 3. Placing the sugar solutions in either wells cut into the agar surface or in metal cups ( as used in susceptibility ...
... surface of the agar plate . 2. Placing drops of the sugar solution on the surface of the inoculated agar plate . 3. Placing the sugar solutions in either wells cut into the agar surface or in metal cups ( as used in susceptibility ...
Contents
INTRODUCTION | 1 |
Specimen Collection | 41 |
Specimen Examination | 68 |
Copyright | |
19 other sections not shown
Common terms and phrases
100x objective Actinomyces actinomycetes aerial hyphae agar plate agar plate grown albicans anaerobic arthrospores ascospores Aspergillus assimilation Autoclave biopsy blastospores blood branching broth Candida capsulatum causative agents characteristic chlamydospores chromomycosis Cladosporium clinical collected Colony morphology colony on SAB color conidia conidiophores coverslip Cryptococcus culture dark dermatitidis dermatophytes dextrose diameter Distilled water filter fluid fungal Fungal Agents fungi fungus granules grown at 30°C hair Histoplasma hyphae hyphae appear hyaline IDENTIFICATION incubate at 30°C infection Inoculate isolation KOH wet mount lesions macroconidia medium Microscopic appearance Microsporum mycelia mycelial mycetoma mycology mycology laboratory Mycosel mycoses mycotic disease needle Nocardia opportunistic patients Petri dish pigment procedure produce pseudohyphae reverse side SAB agar plate saprobic septate side of colonies skin scrapings slant slide smears species specimen spores sputum stain sterile Streptomyces sugar surface swabs tinea tissues Trichophyton usually wet mount Wet mount showing yeast yeast cells