Genetics of dermatophytes.

By the end of 60s a team of scientists has started at Medical Faculty of Olomouc the research of micromycetes pathogenic for both the humans and animals. In this study, the appropriate results are summarized as concerned with the genetics of dermatophytes. Among these results, those significant in deeper assessing the biology of dermatophytes and etiopathogenesis of dermatophytoses have been selected.

[Fluorescence microscopy detection of mycopathogens using Rylux BSU].

Rylux BSU (Synthesia, Pardubice--Semtín), a derivative of diaminostilbendisulphonic acid, has a good affinity to chitin of fungal cell walls as well as to cellulose of algae. A histologic method using this compound for detection of fungi in dermatology is presented accompanied with results of a quick diagnostic procedure. Pathogenic fungi were stained with a 2 per cent solution of Rylux BSU in phosphate buffer (pH 7.

Hybridization and sexual stimulation in Trichophyton mentagrophytes.

Mating and sexual stimulation tests applied to 132 strains of this dermatophyte isolated in Czechoslovakia revealed among them strains of Arthroderma benhamiae (40 strains of the + mating type, one of the - mating type) and A. vanbreuseghemii (three strains of the + type, seven of the - type). No dependence was found concerning the anamorphic variety (T.

Teleomorphs and mating types in Trichophyton mentagrophytes complex.

In the set of 132 strains of Trichophyton mentagrophytes isolated from humans (129 strains) and animals (3 strains) with dermatophytosis in Czechoslovakia, 41 strains were classified as Arthroderma benhamiae. Out of them, 40 strains were of mating type + and one strain of type -. Ten strains were A.