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Exoantigens of dermatophytes

Medical Mycology, 1983
Exoantigens were obtained from 5 species of dermatophytes. Cross-reactions were observed within the group, but not with 4 non-dermatophyte species of fungi.
I T, de Sanchez, D W, Mackenzie
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Heterokaryosis in dermatophytes

Mycopathologia, 1967
Biochemical mutants ofTrichophyton mentagrophytes unable to grow on minimum medium (auxotrophs) have been paired. Growth on minimum medium occurred irregularly for many combinations, but turned out to be caused by syntrophism in most cases. Only for one combination showing the best growth could the formation of a heterokaryon be shown.
K, Aschan-Aberg, N, Thyresson
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Lipids of dermatophytes

Lipids, 1981
AbstractThis investigation deals with phosphatides and fatty acid content ofEpidermophyton floccosum, Microsporum cookie andTrichophyton mentagrophytes during different phases of growth. Total phosphatide content of these dermatophytes decreased with age, which was reflected in constituent major phosphatides.
G K, Khuller   +3 more
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Non-dermatophyte onychomycosis

Dermatologic Clinics, 2003
Non-dermatophyte organisms are becoming increasingly prevalent in onychomycosis. This apparent emergence might be an artifact of improved diagnostic techniques and increased awareness that these fungi are potential etiologic agents. It is important to bear in mind that all isolated organisms should be evaluated as potential pathogens when diagnosing ...
Aditya K, Gupta   +3 more
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Dermatophytes in Portugal

Medical Mycology, 1973
5100 isolates belonging to 14 spp. of dermatophytes were obtained from 10 011 samples of hair, skin, nail and beard in Portugal over the years 1962–71.The relationship between the species and the site of the disease; the sex, age, occupation of the patients and the origin of the samples was investigated. The biology of the fungi and the epidemiology of
J, Cabrita, M M, Figueiredo
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Chlamydospores of Dermatophytes

Mycoses, 1986
Summary: Chlamydospores of dermatophytes were differentiated from gemmae, vesicules, protoplasm reservoirs and aleuriospores. Chlamydospores were not found to be resting structures, but possess multiple budding. So‐called terminal and lateral chlamydospores become generally intercalary as they get older.
G, Simon, J, Galgóczy
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DERMATOPHYTES

Archives of Dermatology and Syphilology, 1934
There is a well recognized need in medical mycology for a more logical and usable classification of the dermatophytes. A better knowledge of the morphology of these fungi is necessary before one can expect to improve on the present systems. The classification of fungi is based on the manner in which the spores are borne and on their characters.
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Dermatophytes in Iceland

International Journal of Dermatology, 1986
ABSTRACT: Prior to 1982, no reliable information was available on prevailing dermatophyte species or infections in Iceland. In 1983–1984 fungal cultures performed on 96 patients revealed that Trichophyton tonsurans was the most common isolate, followed by Trichophyton mentagrophytes and Trichophyton rubrum.
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DERMATOPHYTES

Dermatologic Clinics, 1996
Irene Weitzman, Arvind A. Padhye
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The dermatophytes

2018
Abstract Dermatophytes are unique in their ability to utilize keratin as a substrate, and this makes them the commonest cause of superficial skin, hair, and nail infection worldwide. They comprise three genera and more than 30 species, and species have evolved to be anthropophilic, zoophilic, or geophilic.
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