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Search for "NEOLENTINUS|lepideus": 2 articles found in Index.

HROUDA P. (2001): Pleurotoid fungi of the family Polyporaceae in the Czech Republic and Slovakia.   [Pleurotoid fungi, phenology, ecology, occurrence, distribution, Czech Republic, Slovakia]  Czech Mycology 53(1): 29-87   (published: 10th June, 2001)
  abstract   This paper presents a survey of the pleurotoid genera belonging to the family Polyporaceae in the Czech Republic and Slovakia. It is based on material deposited in Czech and Slovak herbaria as well as on published records of finds of the included species from the studied territory. For each species a short description is provided, accompanied by taxonomic or nomenclatoric notes in some problematic cases, and characters distinguishing it from related species are highlighted. Short notes about phenology, ecology, occurrence and distribution are included. The study is supplemented with distribution maps for individual species. A new combination, Neolentinus degener, is submitted instead of Neolentinus cyathi for mis (Schaeff.: Fr.) Redhead et Ginns.

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.

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