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Search for "AEGERITA": 26 articles found in Index.

SEMERDŽIEVA M., WOLF A. (1982): Kernverhältnisse terminaler Zellen von Agrocybe aegerita.  Česká Mykologie 36(3): 160-165   (published: 1982)
  abstract   Yeasts were found in the mouths of 81.4% of persons with removable dentures; Candida albicans (alone or in combination with other yeasts) in 62.9%. Yeast incidence varied from 66% (31–40 years) to 95% (71–80 years). Findings are listed for tongue, teeth, and dentures. In dentures younger than one year, 49% were yeast-negative, while 21% showed massive/abundant yeast presence. In older than 4 years, 25% were negative and 55% positive. Clinical thrush was observed in 1.4%. The study also considered pathological changes under dentures, tongue and tonsil appearance, frequency of denture use, and use of antibiotics, corticoids, and cytostatics.

FÁBRY I. (1974): Mykoflora der südlichen Slowakei.  Česká Mykologie 28(3): 173-178   (published: 1974)

SVRČEK M., KUBIČKA J. (1971): Zweiter Beitrag zur Kenntnis der Mykoflora des Urwaldes „Žofínský prales“ im Gebirge Novohradské hory (Südböhmen).  Česká Mykologie 25(2): 103-111   (published: 1971)
  abstract   This article presents results of continued mycological exploration in the Žofínský virgin forest (Novohradské hory, southern Bohemia), conducted during 11 excursions between 1966–1969. 225 new fungal species were recorded, bringing the total known to 462. Newly added taxa include 58 Aphyllophorales, 112 Agaricales, 1 Gasteromycete, 35 Discomycetes, 9 Pyrenomycetes, 3 Hyphomycetes, and 7 Myxomycetes. The remaining unidentified material is to be processed in a future contribution.

PILÁT A. (1969): Agrocybe aegerita (Brig.) Sing. in Czechoslovakia.  Česká Mykologie 23(4): 264-265   (published: 15th October, 1969)
  abstract   Agrocybe aegerita (Brig.) Sing. is reported for the first time in Czechoslovakia from Hurbanovo, southern Slovakia. It was found on Canadian poplar wood. This thermophilic edible mushroom, similar to Agrocybe praecox, occurs mainly in the Mediterranean and Balkans. It is cultivable and shows broad synonymy.

PILÁT A. (1948): Sclerotinum Aegerita Hoffm. a Peniophora Aegerita (Hoffm.) v. H. et L.  Česká Mykologie 2(1): 25-29   (published: 15th February, 1948)

KRUPODOROVA T., BARSHTEYN V., KIZITSKA T., RATUSHNYAK V., BLUME Y. (2023): Antagonistic activity of selected macromycetes against two harmful micromycetes.   [ascomycetes, Aspergillus niger, basidiomycetes, dual-culture, Penicillium polonicum.]  Czech Mycology 75(1): 85-100   (published: 23rd June, 2023)
  abstract   Competition between 31 macromycete species and two harmful micromycetes Aspergillus niger and Penicillium polonicum was evaluated using dual-culture plate assay. All investigated fungi, except for Inonotus obliquus and Lepista luscina, possessed different levels of antagonistic activity against the tested micromycetes. Hypsizygus marmoreus and Lyophyllum shimeji were inactive against A. niger. Morchella esculenta and Oxyporus obducens were passive in the case of co-growth with P. polonicum. The study of fungal interactions showed variability in types of reactions and level of their visualisation. Co-cultivation of the studied species resulted in the following reactions: deadlock after mycelial contact and at a distance, partial or complete replacement after initial deadlock on contact. In general, the studied macromycetes showed moderate activity against the two micromycetes, as 11 species showed active and 7 species moderate antagonism. Results revealed higher antagonistic activity of macromycetes against P. polonicum than in A. niger co-cultures. Wood-decaying species Ganoderma lucidum and Trametes versicolor were the most active fungi against the two tested micromycetes with a maximal antagonism index. These findings provide valuable insights which can be further explored by means of in vivo assays to find a suitable agent for the biocontrol of diseases or spoilage caused by A. niger and P. polonicum.

KLÁN J., RULFOVÁ I. (1989): Antibiotic activity of cultures of some saprotrophic basidiomycetous fungi.  Česká Mykologie 43(2): 85-95   (published: 2nd May, 1989)
  abstract   The antibiotic activity against microorganisms Bacillus subtilis, Candida pseudotropicalis, Escherichia coli and Sarcina lutea was tested in 97 species of mycelial cultures (110 strains) from saprotrophic Basidiomycotina, using the diffusion plate method. Activity was found in 55.4% of strains. The study also included rare species previously not tested. Antibiotic activity is evaluated as a biochemical taxonomic feature.

URBAN Z. (1987): Die tschechoslowakische Mykologie 1981-1985.  Česká Mykologie 41(3): 162-171   (published: 10th August, 1987)

HOLUBOVÁ-JECHOVÁ V., CASTAÑEDA RUIZ R.F. (1986): Studies on Hyphomycetes from Cuba III. New and interesting dematiaceous taxa from leaf litter.  Česká Mykologie 40(2): 74-85   (published: 10th May, 1986)
  abstract   A new genus Chlamydopsis is proposed to accomodate a new distinct dematiaceous hyphomyoete C. proliferans occurring on decayed leaves of the Lauraceae. Four new hyphomycetes from different leaf litter found in Cuba are also described and illustrated: Korunomyces zapatensis belonging to such fungi imperfecti producing only multicellular asexual reproductive structures; Garnaudia triseptata being a second species of the genus originally described from Europe; Pithomyces prolatus distinguished by an enormous size of its conidia; Corynespora calophylli being very close to Corynespora litchii originally classified by Matsushima in Teratosperma. Belltrania rhombica O. Penzig and Circinotrichum papatpurae Hughes et Pirozynski are reported here from Cuba for the first time.

Seminar on „Morphogenesis of Fungi“, Olomouc, May 31, 1984.  Česká Mykologie 40(1): 52-58   (published: 7th February, 1986)

ŠEBEK S. (1984): De activitate Societatis Bohemoslovaciae pro scientia mycologica anno 1983.  Česká Mykologie 38(3): 179-182   (published: 1984)

Abstracts of papers delivered at the 7th Conference of Czechoslovak mycologists held at České Budějovice, 13-18 September, 1982.  Česká Mykologie 37(2): 108-128   (published: 1983)
  abstract   Abstracts of papers delivered at the 7th Conference of Czechoslovak Mycologists, held at České Budějovice, 13–18 September 1982 - 1st Section: Taxonomy, Ecology and Mycofloristics

LIZOŇ P. (1982): Mushroom poisoning by Omphalotus olearius (DC. ex Fr.) Sing. and distribution of the fungus in Slovakia.  Česká Mykologie 36(3): 154-159   (published: 1982)
  abstract   Nuclear relationships in hyphae of the basidiomycete Agrocybe aegerita were studied using phase contrast microscopy and in vivo observation of terminal and subterminal cells from microcultures. While dikaryotic cultures showed the expected 2 nuclei per cell, monokaryotic cultures displayed multinucleate terminal cells with 2–8 nuclei, and 2 nuclei in subterminal cells. This phenomenon was observed under various media, cultivation temperatures, and incompatibility factor combinations. It indicates that several mitotic divisions precede septum formation in monokaryotic hyphae. Monokaryotic fructification is also known in Agrocybe aegerita.

SVRČEK M. (1979): Fungi in Hungaria Mense Septembri 1978 lecti.  Česká Mykologie 33(3): 150-158   (published: 1979)
  abstract   102 species of fungi were collected in Hungary by the author during excursions at the time of the VII Congress of European Mycologists, Budapest 1978. The species collected belong to the following groups: Myxomycetes 8, Pyrenomycetes 18, Discomycetes 33, Teliomycetes 5, Hymenomycetes 21, Gasteromycetes 3, Coelomycetes 3, Hyphomycetes 11. All fungi were collected by the author, some by MUDr. Georgius Kubická. The dried specimens are deposited in the Mycological Herbarium of the National Museum in Prague.

HOLUBOVÁ-JECHOVÁ V. (1979): Lignicolous and some other saprophytic Hyphomycetes from Hungary.  Česká Mykologie 33(3): 138-149   (published: 1979)
  abstract   Fifty nine species or varieties of lignicolous and other saprophytic Hyphomycetes belonging to 41 genera are recorded from Hungary. The majority of them are common species, occurring in Europe, however, previously unreported from Hungary. Some of rare and infrequent lignicolous Hyphomycetes were also collected.

STANĚK M. (1978): Thirty years of mushroom cultivation and cultivated edible fungi research in Czechoslovakia.  Česká Mykologie 32(2): 65-69   (published: 25th May, 1978)
  abstract   The first pilot major mushroom house in Czechoslovakia was founded in Gottwaldov in 1948. The first modern mushroom farm, since 1965 having used a 3-zone system of cultivation in trayes, was built in Babice in South Moravia. The production of the cultivated mushrooms [Agaricus bisporus (Lg.) Sing, and A. bitorquis (Quél.) Sacc.] in Czechoslovakia has been low so far (1300 T), however, new growing plants with larger production capacity are under construction. The development of edible fungi production was stimulated by research results gained in the Institute of Microbiology (Czechoslovak Academy of Sciences), in the Mycological Station and other institutes where physiology and ecology of cultivated fungi [Agaricus spp., Pleurotus ostreatus (Jacq. ex Fr.) Kummer etc.] and various problems of applied research are studied.

SEMERDŽIEVA M., MUSÍLEK V. (1976): List of cultures of Basidiomycetes of the Institute of Microbiology, Czechoslovak Academy of Sciences.  Česká Mykologie 30(1): 49-57   (published: 1976)
  abstract   The Laboratory of Experimental Mycology, Institute of Microbiology, Czechoslovak Academy of Sciences, Prague, takes care for a culture collection of Basidiomycetes, which now includes 130 species (280 strains). The cultures were mainly obtained by the explant method from fresh fruit-bodies collected in their natural localities in Czechoslovakia, some of them were isolated from basidiospores or from substrate mycelium. A small part of mycelial cultures was obtained on an exchange basis from various international institutions. The mycelial cultures are used for purposes of investigating their physiology of growth and biochemical activities.

HEJTMÁNEK M., HEJTMÁNKOVÁ N. (1976): Fluorescence microscopy of hyphal nuclei.  Česká Mykologie 30(1): 20-23   (published: 1976)
  abstract   A method of fluorescence staining of hyphal nuclei in 32 species of fungi is described. It also permits observation of nuclei in conidia and septa. The latter can be safely distinguished by combining fluorescence under incident UV light with phase contrast under penetrating light. This method is applicable to quantitative evaluation of nuclear ratios in mycelium of Phycomycetes, Ascomycetes, Basidiomycetes, and Deuteromycetes.

RYPÁČEK V. (1971): The Fifth European Mycological Congress, Denmark 1970.  Česká Mykologie 25(3): 187-190   (published: 1971)
  abstract   A report from the Fifth European Mycological Congress held in Denmark in 1970, summarizing major topics discussed, participating researchers, and directions in contemporary European mycology research.

BULÍŘ J. (1969): Anthurus archeri (Berk.) E. Fischer in Bohemia meridionali.  Česká Mykologie 23(4): 265-266   (published: 15th October, 1969)
  abstract   A new locality of Anthurus archeri (Berk.) E. Fischer is reported near Kuklov, South Bohemia. Coordinates and habitat are given. The fungus was previously known from a few localities and is now documented further north in Czechoslovakia.

POUZAR Z. (1958): Stereum sulcatum Burt in Peck, new and very rare species of Czechoslovakian mycoflora.  Česká Mykologie 12(1): 26-30   (published: 20th January, 1958)

MACKŮ J. (1957): La trufficulture en Tchécoslovaquie.  Česká Mykologie 11(3): 138-146   (published: 20th August, 1957)

HERINK J., SVRČEK M. (1953): K padesátinám Dr. Alberta Piláta.  Česká Mykologie 7(4): 145-162   (published: 16th November, 1953)

KUBIČKA J. (1950): Poznámky k otravě hníkem inkoustovým (Coprinus atramentarius Bull. ex Fr.).  Česká Mykologie 4(3-5): 62-64   (published: 15th May, 1950)

ŠMARDA F. (1948): Lepiota prominens Viv. - bedla vyniklá, staronový druh naší mykologické literatury.  Česká Mykologie 2(1): 29-31   (published: 15th February, 1948)

MACKŮ J. (1947): Teorie houbových kultur.  Česká Mykologie 1(4): 99-101   (published: 15th December, 1947)

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