Results 181 to 190 of about 15,480 (228)

Differences in pathogenicity betweenMicrosporum gypseumandMicrosporum fulvum

Medical Mycology, 1967
When applied to traumatized skin by massive inoculation, Nannizzia fulva was markedly less pathogenic for rabbits than either N. incurvata or N. gypsea. The latter 2 species regularly produced lesions in which hyphae and arthrospores were readily found upon microscopic examination. N. incurvata was uniformly pathogenic also for guinea pigs, in contrast
M A, Gordon, U, Perrin, G N, Little
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Incompatibility inMicrosporum cookei

Medical Mycology, 1971
Seventeen isolates of M. cookei including 2 tester strains of N. cajetani were crossed with each other in all possible combinations on soil-hair medium. Of the 17 isolates, 6 were of — mating type, and 11 of the + mating type. Of the 66 crosses between + and - isolates, only 19 were abundantly fertile, and 31 completely sterile.
A A, Padhye, J W, Carmichael
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Subcutaneous infection by Microsporum gypseum

British Journal of Dermatology, 2002
We report a case of subcutaneous infection caused by the dermatophyte Microsporum gypseum in an immunocompetent host. The patient acquired the infection in the knee through a traumatic inoculation of a splinter. To our knowledge this is the first case of subcutaneous infection caused by this fungus.
B, Fernández-Torres, E, Mayayo, J, Boronat, J, Guarro   +3 more
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[Enzymatic activities of Microsporum canis and Microsporum gypseum strains.].

Revista iberoamericana de micologia, 2012
The presence of 11 enzymatic activities, detected by qualitative methods, and 19 enzymes, semi-quantitatively detected by API ZYM system, in strains belonging to Microsporum canis and Microsporum gypseum has been studied. No pronounced differences were noted between Microsporum canis and Microsporum gypseum, although Microsporum gypseum presented in ...
M T, Bruguera, M L, Abarca, M R, Bragulat, F J, Cabañes   +3 more
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Nutrition of three species of microsporum

Mycopathologia et Mycologia Applicata, 1962
The growth ofMicrosporum Cookei, M. distortum, andM. nanum was compared on solid media containing 23 different carbon sources and 25 different nitrogen sources.M. nanum grew well only on media containing ribose, xylose, levulose, or erythritol as the carbon source.M. distortum andM.
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Epidemic Due to Microsporum Canis

Archives of Dermatology, 1958
Although tinea capitis and tinea circinata caused by Microsporum canis are fairly common diseases, they most often cause sporadic infections. 1,2 In the summer of 1957, a sudden small epidemic involving at least 12 persons occurred in a small town, and all cases could be traced to one kitten.
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Microsporum gypseum in a horse

Veterinary Record, 1982
C M, Philpot, A P, Berry
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Microsporum canis

2021
Quiroz, Johana Del Milagros Acosta, Iglesias-Osores, Sebastian   +1 more
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MICROSPORUM CANIS DERMATOMYCOSIS

Medical Journal of Australia, 1965
D J, HODGES, A, RAO
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FUSEAUX FORMATION OF THE GENUS MICROSPORUM

Archives of Dermatology, 1950
IN 1947, three strains of Microsporum were isolated from the scalp of an adolescent girl with tinea capitis. The infection was noteworthy for its resistance to therapy and for the joint occurrence of Microsporum audouini and Microsporum canis. 1 The strains were named A, B and C.
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