Waters M D
Health Effects Research Laboratory, U.S. Environmental Protection Agency, Research Triangle Park, North Carolina 27711.
Environ Mol Mutagen. 1994;23 Suppl 24:67-72. doi: 10.1002/em.2850230615.
This invited historical review traces the development and impact of two major data bases in the field of genetic toxicology. Discussed from a personal perspective are the Environmental Protection Agency (EPA) Gene-Tox Program and the EPA/International Agency for Research on Cancer Genetic Activity Profiles (GAPs) and their respective data bases. Whereas Gene-Tox was focused on the assessment of short-term tests and their role in predicting carcinogens and mutagens, GAPs and the GAP data base were designed specifically to aid in the evaluation of individual chemicals. Both data bases have been computerized. Gene-Tox is available on TOXNET and GAP is available in a personal computer format from the author. The Gene-Tox and GAP data bases appear to have had substantial impact, particularly on hazard identification activities in cancer risk assessment.
这篇特邀历史综述追溯了遗传毒理学领域两个主要数据库的发展及其影响。从个人角度讨论了环境保护局(EPA)的基因毒性计划、EPA/国际癌症研究机构遗传活性概况(GAPs)及其各自的数据库。基因毒性计划专注于短期试验的评估及其在预测致癌物和诱变剂方面的作用,而GAPs和GAP数据库则专门设计用于协助评估单个化学品。两个数据库均已实现计算机化。基因毒性计划可在TOXNET上获取,GAP则以个人计算机格式由作者提供。基因毒性计划和GAP数据库似乎产生了重大影响,尤其是对癌症风险评估中的危害识别活动。