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Microsporum Canis Infections in Hungary: Microsporum‐canis‐Infektionen in Ungarn

Mycoses, 1982
Summary: In Hungary, Microsporum canis infections spreading from animal to man were only sporadically diagnosed between 1961–1975. Since 1976, tinea capitis and corporis caused by Microsporum canis has been increasing from year to year especially in Budapest and its surroundings. The patients were mostly children.
Maria Pap, Ibolya Török, Gy. Simon
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Atypical strains of Microsporum canis

Mycopathologia, 1978
Four atypical isolates of Microsporum canis, three from humans and one from a cat, were obtained from North-West London. These and a further human isolate were compared with each other and with a typical isolate of the fungus. Immediately after isolation the atypical isolates were very labile, but were stabilised after a few subcultures from selected ...
W. D. L. Tucker, Mary P. English
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Microsporum canis Epidemic in Laboratory Mice: Epidemie durch Microsporum canis bei Laboratoriumsmäusen

Mycoses, 1986
Summary:  The authors report on a Microsporum canis epidemic in laboratory mice. It is pointed out that this dermatophyte infects mice only exceptionally. The strange manner of transfering the infection is emphasized.Zusammenfassung:  Die Autoren berichten über eine Microsporum‐canis‐Epidemie bei Laboratoriumsmäusen.
DIFONZO, ELISA MARGHERITA   +4 more
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Kerion Celsi durch Microsporum canis

Der Hautarzt, 2021
Tinea capitis is seen world-wide among children up to 12 years. The most severe type is Kerion Celsi with painful abscesses and lymphadenopathy. We report on an 11-year-old boy with Kerion Celsi, who was initially treated using antibiotics under the common misdiagnosis of a bacterial infection.
C Birsan   +4 more
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Microsporum canisinfection in calves

Medical Mycology, 1975
Microsporum canis infection, seldom reported in calves, is described. The organism was isolated from skin scrapings collected from ringworm lesions mainly on the heads of 2 naturally infected calves. The organism was studied in vitro, and experimentally on guinea-pigs.
S.E. Imbabi   +2 more
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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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Multilocus differentiation of the related dermatophytes Microsporum canis, Microsporum ferrugineum and Microsporum audouinii

Journal of Medical Microbiology, 2012
Microsporum ferrugineum, an uncommon causative agent of dermatophytosis, has restricted endemicity. Iranian strains suspected to be M. ferrugineum from two patients with tinea were analysed using the rDNA internal transcribed spacer (ITS) region and the partial β-tubulin (BT2) and translation elongation factor 1-α (TEF1) genes. Strains were compared to
Hossein Mirhendi   +6 more
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Dermatophytosis of tiger caused by microsporum canis

Mycopathologia, 1981
Microsporum canis was isolated from the inflammatory skin lesions of a Bengal tiger in April, 1979. In clinical findings rounded area of alopecia, 3 to 8 cm in size was observed on the right haunch and the tail. The skin lesions were covered with thin scales, but the inflammatory changes were not severe.
Shigeru Ichijo   +2 more
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The dysgonic strain of Microsporum canis

Mycopathologia, 1978
The dysgonic strain of Microsporum canis is described. The colony consists of fascicles of very wide hyphae with short compartments and close branching. Lateral branches often themselves remain short and fail to branch, and many are reflexive, growing in the opposite direction to the parent hypha. Mycelium of three types was noted, dysgonic, apparently
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EFFECT OF YEAST EXTRACT ON MICROSPORUM AUDOUINI AND MICROSPORUM CANIS

Archives of Dermatology, 1950
Conant, 1 in 1936, found that the use of polished rice medium assisted in the differentiation of Microsporum audouini from Microsproum canis. The former failed to grow abundantly on rice, producing only a progressive discoloration of the grains, while the latter grew luxuriantly. In 1943, Benedek 2 discovered that the presence of a certain bacterium on
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