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Mutagenicities of 4-Butylaniline and N-Butylaniline Determined by a Bacterial Reverse Mutation {Ames) Assay

机译:通过细菌反向突变(ames)测定法测定的4-丁基苯胺和正丁基苯胺的致突变性

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摘要

The organic compounds, 4-butylaniline and N-butyl-aniline, are frequently used in many industries, leading to concerns about the possibility of health hazards posed to workers. Although the potential geno-toxicities of these chemicals are rare and controversial, these are subject to Occupational Safety & Health Act (OSHAct) in Korea. We used five doses of each chemicals to assess the induction of mutagenicity with well-known Ames reverse mutation assay with and without metabolic activation. We obtained positive results under all tested conditions, indicating that these chemicals have mutagenic and potentially carcinogenic properties. Further preclinical and epidemiological investigations are necessary to confirm our findings and extend the results in to the real workplaces in order to assess potential hazards posed to workers following skin or eye contact, ingestion as well as inhalation. It is also desirable to prepare a local exhaust system and to wear personal protection equipment.
机译:有机化合物,4-丁基苯胺和正丁基 - 苯胺经常用于许多行业,导致对对工人提出的健康危害可能性的担忧。 虽然这些化学品的潜在种族毒性是罕见的和有争议的,但这些都是韩国职业安全和健康法案(OSHACT)的影响。 我们使用了五种剂量的每种化学物质,以评估致癌的诱导,众所周知的AMES反向突变测定,没有代谢活化。 我们在所有测试条件下获得了阳性结果,表明这些化学品具有致致致癌性质。 进一步的临床前和流行病学调查是必要的,以确认我们的调查结果并将结果扩展到真实工作场所,以评估皮肤或眼睛接触,摄取以及吸入后的工人所带来的潜在危害。 还希望制备局部排气系统并佩戴个人保护设备。

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