Lemière C, Malo J L, Gautrin D
Department of Chest Medicine, Sacré-Coeur Hospital, Montreal, Québec, Canada.
Med Clin North Am. 1996 Jul;80(4):749-74. doi: 10.1016/s0025-7125(05)70466-1.
Irritant-induced asthma and RADS are related conditions that need further study focusing on the following questions: (1) Are there differences between the pathologic and functional features that follow single or multiple exposures to an irritant material? (2) What is the time course of the changes? (3) What are the physiologic correlates in terms of onset of airway hyperresponsiveness? (4) What are the risk markers (besides exposure)? (5) Are there means of modulating the reaction by using anti-inflammatory preparations? Developing an animal model of irritant-induced asthma and conducting prospective epidemiologic surveys in high-risk workers may be most effective routes to provide satisfactory answers to these questions. Further examination of the physiopathology of such conditions as byssinosis, grain-dust-induced respiratory disease, and aluminum potroom asthma as well as of the differences from and similarities to OA is also warranted.
刺激性物质诱发的哮喘和反应性气道功能不全综合征(RADS)是相关病症,需要针对以下问题开展进一步研究:(1)单次或多次接触刺激性物质后,病理和功能特征是否存在差异?(2)这些变化的时间进程是怎样的?(3)就气道高反应性的发作而言,生理相关因素有哪些?(4)(除接触外)风险标志物有哪些?(5)使用抗炎制剂是否有调节反应的方法?建立刺激性物质诱发哮喘的动物模型并对高危工人进行前瞻性流行病学调查,可能是为这些问题提供满意答案的最有效途径。对棉尘病、谷物粉尘诱发的呼吸道疾病和铝电解车间哮喘等病症的生理病理学,以及与职业性哮喘的异同进行进一步研究也是必要的。