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Airborne Rodent Allergen Levels in Dutch Households: A Pilot Study

机译:荷兰家庭中的空中啮齿动物过敏原水平:一项初步研究

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摘要

Little research has been conducted in Europe regarding indoor exposure to airborne rodent allergens. The aims of this study were to gain insight into the prevalence of rodent allergens in airborne dust in Dutch households, to assess whether there is a relationship between rodent sightings and detectable allergens, and to identify risk factors associated with the presence of rodent allergens. Airborne dust was collected from the living rooms of 80 households distributed around central Netherlands by passive sampling using electrostatic dust collectors (EDCs). Samples were analysed for mouse (Mus m 1) and rat (Rat n 1) allergens. Participants completed a questionnaire on household and building characteristics, household pets, cleaning habits and ventilation. Mouse allergen was more prevalent than rat allergen and mouse sightings within the past year more than doubled the odds of detectable mouse allergen. Proximity to green areas, ventilation through an open window and insulation under the living room floor were determinants for detectable mouse allergen. Conversely, proximity to surface water was protective. No significant association was found between asthma and detectable mouse allergen. The passive EDC sampling method was used successfully to detect mouse and rat allergens in homes. The presence of mouse allergen was associated with previous mouse sightings. Risk factors and protective factors associated with the presence and levels of mouse allergen were identified.
机译:在欧洲,关于室内暴露于空气中的啮齿类动物过敏原的研究很少。这项研究的目的是了解荷兰家庭空气中尘埃中的啮齿动物过敏原的流行情况,评估发现啮齿动物与可检测到的过敏原之间是否存在关联,并确定与存在啮齿动物过敏原有关的危险因素。通过使用静电集尘器(EDC)进行被动采样,从分布在荷兰中部的80户家庭的客厅中收集了空气中的灰尘。分析样品中的小鼠(Mus m 1)和大鼠(Rat n 1)过敏原。参与者完成了关于家庭和建筑物特征,家庭宠物,清洁习惯和通风的问卷调查。老鼠过敏原比老鼠过敏原更普遍,过去一年中发现老鼠的可能性是可检测到的老鼠过敏原的两倍以上。靠近绿色区域,通过开着的窗户的通风和客厅地板下的隔热材料都是可检测到的小鼠过敏原的决定因素。相反,接近地表水具有保护作用。在哮喘和可检测的小鼠过敏原之间未发现明显关联。被动EDC采样方法已成功用于检测家中的小鼠和大鼠过敏原。鼠标过敏原的存在与以前的鼠标目击有关。确定了与小鼠过敏原的存在和水平相关的危险因素和保护因素。

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