Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367018818> ?p ?o ?g. }
- W4367018818 endingPage "83" @default.
- W4367018818 startingPage "71" @default.
- W4367018818 abstract "Fungi represent a distinct kingdom of ubiquitous living beings. Most other organisms are constantly in contact with elements of the fungal body. In particular, the widespread vegetation of fungi in the environment, their sporulation and the further spread of spores and mycelia by air currents make the contact of fungal particles with human respiratory organs inevitable. This can lead to the development of sensitization and allergies. Therefore, the aim of the presented study was to determine the taxonomy of airborne fungal spores, the qualitative and quantitative changes in this composition at different times of the year compared with previous sporulation seasons, as well as the prevention of allergic diseases. The study of fungal sporulation was carried out from 2011 to 2021 by volumetric method using Burkard trap of a Hirst type in a 24-hour mode (from February to November). The device was installed on the roof of the chemical building of the National Pirogov Memorial Medical University, Vinnytsya. Reading of the microscopic slides obtained from air samples was carried out using light microscopes with a magnification of 400 and 1000 by the method of 12 vertical transects. It was found that spores of various taxonomic groups of fungi, namely, of Asco- and Basidiomycetes were observed throughout the growing season from March to October with the highest concentrations in mid and late summer. Thus, in June, July and August, peak concentrations of spores of the fungi Ganoderma, Coprinus, Cladosporium were observed; in July, September and October – of Ustilaginales; from July to November – of Alternaria, Epicoccum; in October – of different Basidiospores, and also Periconia, Stemphylium and Uredinales; in September – of Agrocybe. Among all studied micromycetes, concentrations of Cladosporium spores were the highest. However, significant sporulation persisted even in the autumn period, which made fungal spores a specific causative agent of airborne respiratory diseases at this time, especially against the background of low pollen concentrations. Climate change can lead to modification in the length of the fungal growing season. This information should be taken into account when predicting the symptoms of seasonal allergies in the population." @default.
- W4367018818 created "2023-04-27" @default.
- W4367018818 creator A5009930665 @default.
- W4367018818 creator A5024549071 @default.
- W4367018818 creator A5043337457 @default.
- W4367018818 creator A5071264118 @default.
- W4367018818 creator A5030000552 @default.
- W4367018818 date "2023-02-28" @default.
- W4367018818 modified "2023-10-01" @default.
- W4367018818 title "Features of the seasonal dynamics of airborne fungal spore concentrations in Ukraine" @default.
- W4367018818 cites W1962077657 @default.
- W4367018818 cites W1994151427 @default.
- W4367018818 cites W2093711396 @default.
- W4367018818 cites W2118749223 @default.
- W4367018818 cites W2289657509 @default.
- W4367018818 cites W2523618566 @default.
- W4367018818 cites W2550285568 @default.
- W4367018818 cites W2751117205 @default.
- W4367018818 cites W2807539029 @default.
- W4367018818 cites W2810953097 @default.
- W4367018818 cites W2907236853 @default.
- W4367018818 cites W2908759392 @default.
- W4367018818 cites W2916610774 @default.
- W4367018818 cites W2924541414 @default.
- W4367018818 cites W2953262851 @default.
- W4367018818 cites W2954335743 @default.
- W4367018818 cites W2990456227 @default.
- W4367018818 cites W3090277164 @default.
- W4367018818 cites W3126666529 @default.
- W4367018818 cites W3145046010 @default.
- W4367018818 cites W3154203856 @default.
- W4367018818 cites W3165086494 @default.
- W4367018818 cites W3214285562 @default.
- W4367018818 cites W4211157760 @default.
- W4367018818 cites W4212864862 @default.
- W4367018818 cites W4214493224 @default.
- W4367018818 cites W4214873382 @default.
- W4367018818 cites W4221050124 @default.
- W4367018818 cites W4233374036 @default.
- W4367018818 cites W4254499167 @default.
- W4367018818 cites W4312054383 @default.
- W4367018818 cites W4313530337 @default.
- W4367018818 cites W4318053857 @default.
- W4367018818 cites W4318996238 @default.
- W4367018818 doi "https://doi.org/10.15421/012308" @default.
- W4367018818 hasPublicationYear "2023" @default.
- W4367018818 type Work @default.
- W4367018818 citedByCount "0" @default.
- W4367018818 crossrefType "journal-article" @default.
- W4367018818 hasAuthorship W4367018818A5009930665 @default.
- W4367018818 hasAuthorship W4367018818A5024549071 @default.
- W4367018818 hasAuthorship W4367018818A5030000552 @default.
- W4367018818 hasAuthorship W4367018818A5043337457 @default.
- W4367018818 hasAuthorship W4367018818A5071264118 @default.
- W4367018818 hasBestOaLocation W43670188181 @default.
- W4367018818 hasConcept C133479454 @default.
- W4367018818 hasConcept C174618031 @default.
- W4367018818 hasConcept C18903297 @default.
- W4367018818 hasConcept C203014093 @default.
- W4367018818 hasConcept C207480886 @default.
- W4367018818 hasConcept C23501599 @default.
- W4367018818 hasConcept C2777484150 @default.
- W4367018818 hasConcept C2779678110 @default.
- W4367018818 hasConcept C2779756257 @default.
- W4367018818 hasConcept C2779771029 @default.
- W4367018818 hasConcept C2780510475 @default.
- W4367018818 hasConcept C2781135107 @default.
- W4367018818 hasConcept C2909124952 @default.
- W4367018818 hasConcept C59822182 @default.
- W4367018818 hasConcept C86803240 @default.
- W4367018818 hasConceptScore W4367018818C133479454 @default.
- W4367018818 hasConceptScore W4367018818C174618031 @default.
- W4367018818 hasConceptScore W4367018818C18903297 @default.
- W4367018818 hasConceptScore W4367018818C203014093 @default.
- W4367018818 hasConceptScore W4367018818C207480886 @default.
- W4367018818 hasConceptScore W4367018818C23501599 @default.
- W4367018818 hasConceptScore W4367018818C2777484150 @default.
- W4367018818 hasConceptScore W4367018818C2779678110 @default.
- W4367018818 hasConceptScore W4367018818C2779756257 @default.
- W4367018818 hasConceptScore W4367018818C2779771029 @default.
- W4367018818 hasConceptScore W4367018818C2780510475 @default.
- W4367018818 hasConceptScore W4367018818C2781135107 @default.
- W4367018818 hasConceptScore W4367018818C2909124952 @default.
- W4367018818 hasConceptScore W4367018818C59822182 @default.
- W4367018818 hasConceptScore W4367018818C86803240 @default.
- W4367018818 hasIssue "1" @default.
- W4367018818 hasLocation W43670188181 @default.
- W4367018818 hasOpenAccess W4367018818 @default.
- W4367018818 hasPrimaryLocation W43670188181 @default.
- W4367018818 hasRelatedWork W1478593622 @default.
- W4367018818 hasRelatedWork W1646489657 @default.
- W4367018818 hasRelatedWork W175953634 @default.
- W4367018818 hasRelatedWork W2004497105 @default.
- W4367018818 hasRelatedWork W2058282977 @default.
- W4367018818 hasRelatedWork W2108134492 @default.
- W4367018818 hasRelatedWork W2145396113 @default.
- W4367018818 hasRelatedWork W4362700608 @default.
- W4367018818 hasRelatedWork W54919452 @default.