Kane L E, Barrow C S, Alarie Y
Am Ind Hyg Assoc J. 1979 Mar;40(3):207-29. doi: 10.1080/15298667991429516.
An animal model has been developed using decrease in respiratory rate in mice as an index of sensory irritation. Concentration-response relationships were developed for 11 sensory irritants. The RD50, defined as the concentration associated with a 50% decrease in respiratory rate, has been shown to have a predictable relationship to sensory irritation in man. By extending the accepted toxicological principle that the ratio lethal/toxic/effective/ineffective/acceptable in diet is 10/1/10(-1)/10(-2)/10(-3) dosage units to air concentrations, exposure guidelines can be proposed for TLVs, STELs, etc.
已建立一种动物模型,以小鼠呼吸频率降低作为感觉刺激的指标。针对11种感觉刺激物建立了浓度-反应关系。RD50定义为与呼吸频率降低50%相关的浓度,已证明其与人的感觉刺激具有可预测的关系。通过将饮食中致死/有毒/有效/无效/可接受的比例为10/1/10(-1)/10(-2)/10(-3)剂量单位这一公认的毒理学原理扩展到空气浓度,可以提出针对阈限值(TLV)、短时间接触限值(STEL)等的接触指导原则。