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The European World Health Organization
In October, 2007, European specialists met in Bonn in order to discuss the problem of microbial pollution. Indoor pollution is caused by hundreds of species of bacteria and fungi, but most particularly...
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Indoor Dampness Levels and Fungal Allegens and Toxins
Indoor dampness levels were recorded at a level of 10-50%, prevalent in office buildings, day cares, and schools. High humidity, condensation, and water damage, either past or present, promote the...
View ArticleExecutive Summary of The World Health Organization
Review from Executive Summary of The World Health Organization’s publication, The Guidelines for Indoor Air Quality: Dampness and Mould: Sufficient epidemiological evidence is available from studies...
View ArticleHealth Risk Summary from World Health Organization
Review from Executive Summary of The World Health Organization’s publication, The Guidelines for Indoor Air Quality: Dampness and Mould: The conditions that contribute to the health risk were...
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Guidelines from World Health Organization
Review from Executive Summary of The World Health Organization’s publication, The Guidelines for Indoor Air Quality: Dampness and Mould: On the basis of this review, the following guidelines were...
View ArticleFungal Allergens
Fungal species produce Type I allergens. Common indoor/outdoor species such as Alternaria, Pen icillian, Aspgillus, and Cladosporium cause allergic repertory disease, especially asthma. Pencillian and...
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Fungal Toxins
Fungal toxins, or mycotoxins, are biomolucules produced by fungi which can be toxic to animals and humans. Many fungal toxins interfere with RNA synthesis and can damage DNA. Aspergillus Flavus and...
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