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Sampling: HouseTest skimmelsvamp
http://www.housetest.com/the-dna-analysis/sampling
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. HouseTest has developed a new analysis based on dust or air samples to determine whether a given building is mould infested. The DNA analysis involves collecting a dust or air sample from the building in question and sending it to our laboratory. The sample is then analysed for traces of mould DNA. As dust will contain mould spores and fragments, DNA can be used to detect moulds and bacteria in dust samples.
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Moulds and your health: HouseTest skimmelsvamp
http://www.housetest.com/health/moulds-and-your-health
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. Moulds and your health. Moulds and your health. How moulds affect your health. People react very differently to moulds, in terms of both the quantity and the type of mould in question. As such, it is extremely difficult to determine which species of mould affect your health.
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Moulds: HouseTest skimmelsvamp
http://www.housetest.com/moulds
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. Moulds are a species of fungus found almost everywhere in natural environments, namely in the ground, on plants and on withered vegetation. Moulds decompose plants and other organic material, and as such play a vital role in the cycle of nature. Indoors, however, moulds are very undesirable. They grow through a network of microscopic threads called hypha and disperse via airborne spores.
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Symptoms: HouseTest skimmelsvamp
http://www.housetest.com/health/symptoms
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. The following symptoms can occur after prolonged exposure to mould spores inside a house:. Concentration difficulties and failing memory. Irritation of respiratory system. Irritation and reddening of skin.
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The DNA analysis: HouseTest skimmelsvamp
http://www.housetest.com/index.php?id=52
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. HouseTest has developed a new analysis based on dust or air samples to determine whether a given building is mould infested. Furthermore, the DNA analysis facilitates the detection of concealed moulds, as mould habitats differ according to species. This also limits the amount of construction work required on the building. As dust will contain mould spores and fragments, DNA can be used to detect moulds and bacteria in dust samples.
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Health: HouseTest skimmelsvamp
http://www.housetest.com/health
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. Physical reactions to moulds vary greatly. Some people experience severe symptoms, while others in the same building are unaffected. People with allergies or asthma are more vulnerable to moulds and should be particularly mindful of possible mould infestations at home and at the workplace.
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Preventing moulds: HouseTest skimmelsvamp
http://www.housetest.com/moulds/preventing-moulds
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. A crucial factor in avoiding a mould infestation is reducing the indoor humidity to prevent moulds from growing. Most species require a relative surface humidity of at least 75%.
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Wellcome: HouseTest skimmelsvamp
http://www.housetest.com/index.php?id=42
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. DNA analysis of indoor climate. The best means of detecting. Moulds in your home? They usually grow out of sight. In natural environments, moulds are everywhere. In domestic environments, however, they often develop out of sight, making them difficult to locate. Learn more about moulds. How to locate moulds. Using HouseTest's newly-developed DNA analysis, locating concealed moulds in your home is quick and effective.
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About: HouseTest skimmelsvamp
http://www.housetest.com/about
DNA ANALYSIS OF INDOOR CLIMATE. 45 40 99 52 25. Moulds and your health. HouseTest was founded in 2011 by scientists from the University of Southern Denmark and Danish technological innovation organisation SDTI. We have developed a new qPCR-based analysis to detect harmful mould and bacteria growths in buildings far quicker and more effectively than by conventional means. HouseTest cooperates with Danish scientists employing the analysis in their indoor climate research projects.
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