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Probable match (48%) "HUBÁLEK": 10 articles found.
SVOBODOVÁ P., PEJČOCH M., HEROLDOVÁ M., PAVLÍČEK T., NEVO E., ŠUMBERA R., HUBÁLEK Z. (2009): Examination of rodents (Rodentia) for emmonsiosis in the Czech Republic, Israel and Africa. [Emmonsia, adiaspiromycosis, adiasporomycosis, lung tissue] Czech Mycology 61(1): 99-106 (published: 29th September, 2009)
abstract
Lung tissue of 156 rodents (genera Apodemus, Myodes, Microtus, and Muscardinus) from the Czech Republic, 29 rodents of the species Spalax ehrenbergi from Israel and 106 rodent specimens from Africa (genera Heliophobius, Mastomys, Acomys, Aethomys, Saccostomus, Tatera, Mus, Cryptomys, Dasymys, Dendromus, Grammomys, and Steatomys) were examined for presence of adiaspores of the fungal genus Emmonsia. In the Czech Republic, nine (5.8 %) animals revealed adiaspores of E. crescens. The positive samples were found in rodents sampled in three of the five Czech areas studied. Out of six species of the Czech rodents, three species were positive: Apodemus flavicollis, Myodes glareolus and Microtus agrestis. A. flavicollis was the most frequently infected species, whereas A. sylvaticus, Microtus subterraneus and Muscardinus avellanarius were negative.Adiaspores were recorded in five females and four males. A significant preference of the fungus for the host sex was not observed. Tissue samples of rodents from Africa and Israel were all negative.
HUBÁLEK Z., RYCHNOVSKÝ B., PEŠKO J. (1995): Adiasporomycosis of rodents inhabiting the shores of fishponds. [Adiasporomycosis, Emmonsia, Clethrionomys, Apodemus, Microtus] Czech Mycology 48(2): 139-144 (published: 25th September, 1995)
abstract
The lung tissue of 180 rodents belonging to five species, trapped at 17 fishponds in the Studenec area (district of Třebíč) in 1991-1992, was examined for the presence of adiaspores of Emmonsia parva var. crescens(Emmons et Jellison) van Oorschot. The overall prevalence of adiasporomycosis was high, 30%, but its distribution varied markedly according to rodent species (Clethrionomys glareolus 45%, Apodemus flavicollis 56%, A. sylvaticus 26%, Microtus agrestis 13%, M. arvalis 9% ) and fishpond (’Donát’ 61%, ’Cikovec’ 28% ’Štičí’ 27%, ’Hlad’ 19%, other ponds 14% ). During a year, the highest infection rate (53%) wasfound in the rodents captured in March and April, compared with 21% to 25% of infected animals in the other seasons of the year.
HUBÁLEK Z. (1981): A systematic survey of dimorphic and polymorphic fungi. Česká Mykologie 35(4): 209-226 (published: 1981)
HUBÁLEK Z., ROSICKÝ B., OTČENÁŠEK M. (1979): Fungi on the hair of small wild mammals in Czechoslovakia and Yugoslavia. Česká Mykologie 33(2): 81-93 (published: 1979)
HUBÁLEK Z. (1976): Comparison between the occurrence of Chaetomium Kunze ex Fries on free-living mammals and birds. Česká Mykologie 30(3-4): 200-206 (published: 1976)
HUBÁLEK Z. (1976): Occurrence of keratinolytic fungi in nests of Tree Sparrow (Passer montanus L.) in relation to the to the substrate moisture. Česká Mykologie 30(2): 106-109 (published: 1976)
HUBÁLEK Z. (1975): Dispersal of fungi of the family Chaetomiceae by free-living birds. III. Remarks on dispersal mechanisms. Česká Mykologie 29(3): 179-183 (published: 1975)
HUBÁLEK Z. (1975): Dispersal of fungi of the family Chaetomiaceae by free-living birds. II. Ecological aspects. Česká Mykologie 29(1): 46-58 (published: 1975)
HUBÁLEK Z. (1974): Dispersal of fungi of the family Chaetomiaceae by free-living birds. I. A survey of records. Česká Mykologie 28(2): 65-79 (published: 15th May, 1974)
DVOŘÁK J., HUBÁLEK Z. (1969): The cell number of the macroconidia in a colony of Keratinomyces ajelloi. Česká Mykologie 23(3): 191-195 (published: 15th July, 1969)
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