使用486种化学品的测试结果验证SOS/umu测试,并与Ames测试和致癌性数据进行比较

Georg Reifferscheid, Jürgen Heil
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引用次数: 180

摘要

本研究提供了迄今为止发表的所有umu遗传毒性测定结果的全面更新。用umu试验调查的486种化学物质的现有数据与Ames试验(274种化合物)以及啮齿动物致癌性数据(179种化合物)进行了比较。总体上,umu试验结果与Ames试验结果吻合较好,一致性约为90%。umu试验能够检测出86%的Ames突变原,而Ames试验(使用至少5株菌株)检测出97%的umu阳性化合物。从Ames试验菌株中去除TA102后,umu基因毒素的检出率从97%降至86%。致癌性和umu反应之间的一致性为65%,这与早期关于啮齿动物致癌性和沙门氏菌诱变的研究相当。目前对umu结果的汇编提供了一个数据库,可用于比较化学物质的致sos活性及其致突变性,分别是致癌性。本文的结果清楚地表明,一种诱导umu操纵子表达的化学物质可以被高度肯定地视为啮齿动物致癌物(93%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Validation of the SOS/umu test using test results of 486 chemicals and comparison with the Ames test and carcinogenicity data

The present study gives a comprehensive update of all umu genotoxicity assay results published so far. The available data of 486 chemicals investigated with the umu test are compared with the Ames test (274 compounds) as well as rodent carcinogenicity data (179 compounds). On the whole, there is good agreement between the umu test and the Ames test results, with a concordance of about 90%. The umu test was able to detect 86% of the Ames mutagens, while the Ames test (using at least 5 strains) detected 97% of the umu positive compounds. The elimination of TA102 from the set of Ames tester strains reduced the percentage of detectable umu genotoxins from 97 to 86%. The agreement between carcinogenesis and umu response was 65%, which is comparable to earlier studies concerning rodent carcinogenesis and Salmonella mutagenesis. The present compilation of umu results provides a database that can be used for the comparison of the SOS-inducing activity of chemicals and their mutagenicity, respectively, carcinogenicity. The results presented here clearly demonstrate that a chemical which induces the expression of the umu operon can be regarded a rodent carcinogen with a high degree of certainty (93%).

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