Division of Occupational and Environmental Medicine, Department of Community and Family Medicine, Duke University Medical Center, Durham, NC, USA.
Curr Allergy Asthma Rep. 2018 Feb 16;18(2):11. doi: 10.1007/s11882-018-0755-0.
This review explores animal allergen exposure in research laboratories and other work settings, focusing on causes and prevention.
(1) Consistent with the hygiene hypothesis, there is new evidence that early childhood exposure to pets produces changes in the gut microbiome that likely lead to a lower risk of allergy. (2) Anaphylaxis from laboratory animal bites occurs more frequently than suggested by prior literature. (3) Animal allergens represent an occupational hazard in a wide variety of work settings ranging from fields that work with animals to public settings like schools and public transportation where allergens are brought into or are present in the workplace. Exposure to animal allergens can result in allergy, asthma, and anaphylaxis. Animal allergy has been most studied in the research laboratory setting, where exposure reduction can prevent the development of allergy. Similar prevention approaches need to be considered for other animal work environments and in all settings where animal allergens are present.
本综述探讨了动物过敏原在研究实验室和其他工作场所的暴露情况,重点关注其原因和预防措施。
(1)与卫生假说一致,有新的证据表明,儿童早期接触宠物会导致肠道微生物组发生变化,这可能降低过敏的风险。(2)与之前的文献相比,实验室动物咬伤导致过敏反应的情况更为常见。(3)动物过敏原在各种工作场所都是职业危害,从与动物打交道的领域到学校和公共交通等公共场所,过敏原都会被带入或存在于工作场所中。接触动物过敏原可导致过敏、哮喘和过敏反应。动物过敏在研究实验室环境中研究最多,在该环境中减少接触可预防过敏的发生。在其他动物工作环境以及存在动物过敏原的所有环境中,都需要考虑类似的预防方法。