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Domestic ventilation rates, indoor humidity and dust mite allergens : are our homes causing the asthma pandemic?

机译:家庭通风率,室内湿度和尘螨过敏原:我们的房屋是否引起哮喘大流行?

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摘要

This paper is concerned with historical changes in domestic ventilation rates, relative humidity and the associated risk of house dust mite colonization. A controlled trial evaluated allergen and water vapour control measures on the level of house dust mite (HDM) Der p1 allergen and indoor humidity, concurrently with changes in lung function in 54 subjects who completed the protocol. Mechanical heat recovery ventilation units significantly reduced moisture content in the active group, while HDM allergen reservoirs in carpets and beds were reduced by circa 96%. Self reported health status confirmed a significant clinical improvement in the active group. The study can form the basis for assessing minimum winter ventilation rates that can suppress RH below the critical ambient equilibrium humidity of 60% and thus inhibit dust mite colonization and activity in temperate and maritime in' uenced climatic regions.
机译:本文关注的是家庭通风率,相对湿度以及房屋尘螨定居的相关风险的历史变化。一项对照试验评估了54名完成方案的受试者的屋尘螨(HDM)Der p1过敏原和室内湿度的过敏原和水蒸气控制措施,同时评估了其肺功能。机械热量回收通风装置显着降低了活动组的水分含量,而地毯和床上的HDM过敏原库减少了约96%。自我报告的健康状况证实了活动组的显着临床改善。该研究可作为评估最低冬季通风率的基础,该最低通风率可将RH抑制在60%的临界环境平衡湿度以下,从而抑制受气候影响的温带和海上尘螨的定殖和活动。

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