在处理民用飞机客舱空气构成的健康危害时不适当使用风险评估

Howard Cv
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引用次数: 6

摘要

航空工业广泛引用的航空中毒综合征数据的毒理学审查倾向于使用一个毒理学终点,即有机磷诱导的神经病变(OPIDN),这被认为是非常高剂量的有机磷暴露的结果。此外,这些评论往往只涉及一种化学物质,三邻甲酰磷酸(TOCP),而忽略了复杂混合物中其他有毒化合物的存在。用这一点来证明继续使用未经过滤的发动机引气给民用飞机机舱通风的安全性,这是对毒理学风险评估的误用。这种方法完全忽略了科学文献关于长时间重复低剂量暴露于有机磷化合物、发动机引气中持续存在的复杂有机磷化合物混合物及其总体毒性以及个体对毒理学损害的不同易感性。本文列举了上述研究,并对其中的一个子集进行了综述。我们提出了对飞机发动机引气危害进行现实风险评估时应考虑的科学文献。
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Inappropriate Use of Risk Assessment in Addressing Health Hazards Posed by Civil Aircraft Cabin Air
Toxicological reviews of data on Aerotoxic Syndrome that have been widely referenced by the airline industry tend to use a toxicological endpoint, Organo-Phosphate Induced Neuropathy (OPIDN), that is acknowledged to be the result of a very high dose of organophosphate exposure. Additionally, the reviews tend to only address one chemical, Tri-Ortho Cresyl Phosphate (TOCP), ignoring the presence of other toxic compounds in a complex mixture. In using this to justify the safety of the continued use of unfiltered engine bleed air to ventilate civil aircraft cabins, this represents a misuse of toxicological risk assessment. The approach totally ignores the scientific literature on repeated low-dose exposure to OPs over extended periods, the constant presence of a complex mixture of OPs in engine bleed air and their overall toxicity and the variable susceptibility of individuals to toxicological damage. This paper lists the above-mentioned studies and reviews a sub-set. We present the scientific literature that should be considered to make a realistic risk assessment of the hazards of aircraft engine bleed air.
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