Sadekar Nikaeta, Boisleve Fanny, Dekant Wolfgang, Fryer Allison D, Gerberick G Frank, Griem Peter, Hickey Christina, Krutz Nora L, Lemke Olga, Mignatelli Cecile, Panettieri Reynold, Pinkerton Kent E, Renskers Kevin J, Sterchele Paul, Switalla Simone, Wolter Matthew, Api Anne Marie
Research Institute for Fragrance Materials (RIFM), Woodcliff Lake, NJ, USA.
Chanel, Neuilly, France.
Crit Rev Toxicol. 2021 Nov;51(10):792-804. doi: 10.1080/10408444.2021.2024142. Epub 2022 Feb 10.
The induction of immunological responses that trigger bio-physiological symptoms in the respiratory tract following repeated exposure to a substance, is known as respiratory sensitization. The inducing compound is known as a respiratory sensitizer. While respiratory sensitization by high molecular weight (HMW) materials is recognized and extensively studied, much less information is available regarding low molecular weight (LMW) materials as respiratory sensitizers. Variability of symptoms presented in humans from such exposures, limited availability of (and access to) documented reports, and the absence of standardized and validated test models, hinders the identification of true respiratory sensitizers. This review aims to sort suspected LMW respiratory sensitizers based on available compelling, reasonable, inadequate, or questionable evidence in humans from occupational exposures and use this information to compose a reference list of reported chemical respiratory sensitizers for scientific research purposes. A list of 97 reported respiratory sensitizers was generated from six sources, and 52 LMW organic chemicals were identified, reviewed, and assigned to the four evidence categories. Less than 10 chemicals were confirmed with compelling evidence for induction of respiratory sensitization in humans from occupational exposures. Here, we propose the reference list for developing novel research on respiratory sensitization.
反复接触某种物质后引发呼吸道生物生理症状的免疫反应诱导,被称为呼吸道致敏。诱导化合物被称为呼吸道致敏剂。虽然高分子量(HMW)材料引起的呼吸道致敏已得到认可并被广泛研究,但关于低分子量(LMW)材料作为呼吸道致敏剂的信息却少得多。此类接触在人类身上表现出的症状具有变异性、记录报告的可获取性(及获取途径)有限,以及缺乏标准化和经过验证的测试模型,这些都阻碍了真正呼吸道致敏剂的识别。本综述旨在根据职业接触人群中现有的令人信服、合理、不充分或有疑问的证据,对疑似低分子量呼吸道致敏剂进行分类,并利用这些信息编制一份已报告的化学呼吸道致敏剂参考清单,用于科学研究目的。从六个来源生成了一份包含97种已报告呼吸道致敏剂的清单,并对52种低分子量有机化学品进行了识别、审查并归入四类证据类别。经确凿证据证实,职业接触人群中由不到10种化学品会诱发呼吸道致敏。在此,我们提出这份参考清单,以开展关于呼吸道致敏的新研究。