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Sensitization to fungal spores
Review of Palaeobotany and Palynology, 1967Abstract The author has studied botanically the fungal spores which are found in the surroundings of patients suffering from rhinitis or asthma at the time of investigation. Penicillium was noted to be predominant, followed by the group of Cladosporium, Alternaria, Aspergillus, Rhizopus , and Mucor , and rarely by Phoma, Fusarium, Trichothecium,
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Hygroscopicity of fungal spores
1996Publisher Summary Fungal spores are particles that may cause respiratory symptoms and allergies. The assessment of respiratory exposure to these particles requires information on the concentration, composition of fungal flora, and aerodynamic diameter of the spores. If a particle is hygroscopic, its size may dramatically increase in the human airways,
T. Reponen +4 more
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Determination of the Carbon Content of Airborne Fungal Spores
Analytical Chemistry, 2001Airborne fungal spores contribute potentially to the organic carbon of the atmospheric aerosol, mainly in the "coarse aerosol" size range 2.5-10 microm aerodynamic equivalent diameter (aed). Here, we report about a procedure to determine the organic carbon content of fungal spores frequently observed in the atmosphere.
Bauer, Heidi +5 more
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An update on pollen and fungal spore aerobiology
Journal of Allergy and Clinical Immunology, 2002Changes in climate are altering pollen distribution. Predictive modeling can be used to forecast long- and short-term changes in pollen concentrations. Increasing evidence confirms the presence of pollen allergens on small, respirable particles in the air, explaining the occurrence of pollen-season increases in asthma.
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Transformation of Organic Compounds by Fungal Spores
1968Publisher Summary The capacity of microorganisms to synthesize rapidly large quantities of protoplasm and reserve materials and to secrete a large variety of useful metabolites has led to industrial processes that can be classified arbitrarily into three categories. Microorganisms are grown on suitable media and harvested for their cells or for their
C, Vézina, S N, Sehgal, K, Singh
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Airborne fungal spores at Nagarjunanagar
Proceedings / Indian Academy of Sciences, 1988Airborne fungal flora of Nagarjunanagar was studied by using vertical cylinders for a period of two years, from 1st January 1982 to 31st December 1983 at 12 m height and for one year (during 1982) at 1 m height. Out of 75 fungal spore types identified, only 10–30 types were observed on more than 200 days in a year.Cladosporium was the dominant type and
P. Siva Sankara Rao, K V Mallaiah
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A Technique for Trapping Fungal Spores
1982Describes a technique for using petroleum jelly-coated microscope slides to determine the spore dispersal patterns of fungi that cause diseases of nursery, plantation and forest ...
Michael E. Ostry, Thomas H. Nicholls
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The movement of fungal spores in soil
Transactions of the British Mycological Society, 1960The carriage, by water, of fungal spores in sand and in certain soil horizons was investigated. It was shown that, although such movement can be brought about under experimental conditions, its occurrence in the field is unlikely.
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