遗传毒理学测试及其与人类风险和安全评价的相关性

E. Lorge
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引用次数: 1

摘要

遗传毒性是毒性评价中的一个主要问题,因为它可能导致致癌性和/或遗传性疾病。因此,遗传毒性已成为毒性监管评价的一部分。30多年的遗传毒性实践已经开发、验证和改进了各种测试和工具。改进了目前常用的试验方案,对试验条件进行了更满意的监测。在本章中,回顾了当前国际协调会议(ICH)电池要求的主要遗传毒性测试,以及添加到电池中进行后续测试的最常用实验系统,以及它们的优点和局限性。遗传毒性结果的评价也被广泛考虑。在本练习中,展示了如何利用过去几年积累的知识来改进结果评估,特别参考细胞毒性,代谢激活,非整倍体,非dna反应诱变剂,阈值和风险评估的评估和水平。关键词:基因毒性;遗传毒理学;诱变;诱变剂;风险评估;毒理学
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Genetic Toxicology Testing and its Relevance to Human Risk and Safety Evaluation
Genotoxicity is a major concern in toxicity evaluation as it may cause carcinogenicity and/or genetic diseases. Therefore genotoxicity has become a part of the toxicity regulatory assessment. Over 30 years of practice in genotoxicity, various tests and tools have been developed, validated and refined. The protocols of the most currently used tests were improved and the experimental conditions were monitored more satisfactorily. In this chapter, the main genotoxicity tests required by the current International Conference on Harmonisation (ICH) battery are reviewed, as well as the most commonly used experimental systems added to the battery for follow-up testing, with their advantages and limits. The evaluation of genotoxicity results is also extensively considered. In this exercise, it is shown how the knowledge accumulated in the last years can be used to improve results evaluation with special references to the assessment and level of cytotoxicity, metabolic activation, aneuploidy, non-DNA reacting mutagens, thresholds and risk assessment. Keywords: genotoxicity; genetic toxicology; mutagenesis; mutagen; risk assessment; toxicology
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