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A perspective on the development of the Ames Salmonella/mammalian-microsome mutagenicity assay

机译:关于制育ames沙门氏菌/哺乳动物微生物致突变测定的观点

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This Virtual Special Issue of Mutation Research is dedicated to Professor Bruce N. Ames in recognition of his 90th birthday in December 2018. His pioneering work in the field of chemical mutagenesis resulted in the well-known Ames Salmonaa/mammalian-microsome mutagenicity assay that has played a pivotal role since the 1970s in the field of genetic toxicology. The assay is usually referred to as the Ames test and was gradually developed by improving the sensitivity of the test based on available scientific discoveries. When a chemical is determined to be a mutagen in the Ames test it has the potential of also being a carcinogen based on the somatic mutation theory of carcinogenesis. For nearly 20 years, I was responsible for running the Ames mutagenicity testing laboratory at SRI International on a contractual basis with commercial and government funding. Now I feel privileged having been given the opportunity to provide a historical overview of how the Ames test was developed.
机译:这种虚拟特殊问题的突变研究致力于布鲁斯·纳施教授。2018年12月的90岁生日。他在化学诱变领域的开拓工作导致了众所周知的鲑鱼/哺乳动物 - 微粒聚集体突变性测定 自20世纪70年代在遗传毒理学领域以来发挥了关键作用。 测定通常被称为AMES测试,并通过提高基于可用科学发现的测试灵敏度逐渐发展。 当将化学物质被确定为在AMES测试中的诱变时,它具有基于致癌性的体细胞生成理论的致癌物质。 近20年来,我负责在合同基础上在斯里国际在商业和政府资助的合同基础上运行AMES致突变性测试实验室。 现在我觉得有权有机会提供了历史概述了AMES测试的开发方式。

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