|Fungi and Disease|
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Airborne Fungal Diseases
Environmed Research Inc Sechelt, British Columbia Canada
The term fungus refers to a wide range of life forms that grow on both living and dead organic materials. Mushrooms, yeasts and molds are three large classes of fungi. Fungi are essential players in ecosystems, participating in the recycling of dead organic matter.
As infecting parasites, fungi can be hostile to other living creatures-- plants and animals, large and small. Humans use fungi in food production and are hosts to resident species such as candida. Fungi produce disease in different ways. The most obvious are skin infections that everyone develops. Surface infections of the scalp produce itching and scaling (dandruff) and are a life-long feature of most humans. Invasive fungal infections can be life-threatening and are more difficult to diagnose and treat than bacterial infections.
Molds reproduce by releasing spores into the air. Mold spores are usually more abundant than plant pollens. Molds grow mycelia, branching thread-like structures that infiltrate materials. Spore bearing structures, conidiophores, grow from mycelia. The main route of entry of mold spores is through inhalation of dust particles contaminated with the fungi.
Immune responses to inhaled spores is a natural defense against infection. The immune response, however, can induce inflammation in the lungs and lead to chronic disease if the exposure continues. Inhaled spores of pathogenic fungi sometimes grow in lungs and other organs, establishing chronic and sometimes lethal infections that are difficult to diagnose. There is an overlap of allergic hypersensitivity diseases and infection.
Fungi produce toxins that are released into the air. Bünger et al studied five toxigenic airborne moulds of the genera Aspergillus and Penicillium collected at composting plants: sterigmatocystin, fumagillin, verruculogen, penitrem A, and roquefortine C. All five extracts caused toxic effects to cultured cells. They suggested that mycotoxins may be involved in producing the lung diseases from the inhalation of organic dust. Panaccione and Coyle reported finding ergot alkaloids associated with Aspergillus fumigatus. Ergot molds produce an array of potent chemicals. The hallucinogen, LSD, was derived from ergot alkaloids.
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