Shusterman Dennis
Upper Airway Biology Laboratory, Division of Occupational, Environmental and Climate Medicine, Department of Medicine, University of California, San Francisco, CA, United States.
Front Allergy. 2024 Mar 12;5:1374771. doi: 10.3389/falgy.2024.1374771. eCollection 2024.
Combined exposures to allergens and air pollutants emerged as a topic of concern in scientific circles by the 1980's, when it became clear that parallel increases in respiratory allergies and traffic-related air pollution had been occurring during the 20th century. Although historically there has been a tendency to treat exposure-related symptoms as allergic or toxicologic in nature, cross-interactions have since been established between the two modalities. For example, exposure to selected air pollutants in concert with a given allergen can increase the likelihood that an individual will become sensitized to that allergen, strongly suggesting that the pollutant acted as an . Although not a review of underlying mechanisms, the purpose of this mini-review is to highlight the potential significance of co-exposure to adjuvant chemicals in predicting allergic sensitization in the respiratory tract. The current discussion emphasizes the upper airway as a model for respiratory challenge studies, the results of which may be applicable-not only to allergic rhinitis-but also to conjunctivitis and asthma.
到20世纪80年代,接触过敏原和空气污染物的综合影响成为科学界关注的一个话题,当时很明显,在20世纪期间,呼吸道过敏和与交通相关的空气污染一直在同步增加。尽管从历史上看,人们倾向于将与接触相关的症状视为过敏性或毒理学性质的,但此后已确定这两种模式之间存在交叉相互作用。例如,接触特定空气污染物与特定过敏原同时存在会增加个体对该过敏原致敏的可能性,这有力地表明该污染物起到了佐剂的作用。尽管这不是对潜在机制的综述,但本小型综述的目的是强调共同接触辅助化学物质在预测呼吸道过敏致敏方面的潜在重要性。当前的讨论强调上呼吸道作为呼吸道激发研究的模型,其结果可能不仅适用于过敏性鼻炎,也适用于结膜炎和哮喘。