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Strategic Biomonitoring Initiatives: Moving the Science Forward

机译:战略性生物监测计划:推动科学发展

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摘要

Biomonitoring programs in the United States and Europe demonstrate the vast array of data that are publicly available for the evaluation of exposure trends, identification of susceptible populations, detection of emerging chemical risks, the conduct of epidemiology studies, and evaluation of risk reduction strategies. To cultivate international discussion on these issues, the ILSI Health and Environmental Sciences Institute convened a scientific session at its annual meeting in January 2006 on “Integration of Biomonitoring Exposure Data into the Risk Assessment Process.” This Forum paper presents perspectives from session speakers on the biomonitoring activities of the Centers for Disease Control and Prevention, the U.S. Environmental Protection Agency, the National Research Council Committee on Human Biomonitoring for Environmental Toxicants, the German Commission on Human Biomonitoring, and the Health and Environmental Sciences Institute Biomonitoring Technical Committee. Speakers noted that better estimates of biological concentrations of substances in the tissues of human populations can be combined with other exposure indices, as well as epidemiological and toxicologic data, to improve risk estimates. With this type of combined data, the potential also exists to define exposure levels at which hazard and risk are of minimal concern. Limitations in interpreting biomonitoring data were discussed, including the need for different criteria for applying biomonitoring data for exposure assessment, risk assessment, risk management, or disease prevention purposes. As efforts and resources are expended to improve the ability to apply biomonitoring exposure data in the risk assessment process, it is equally important to communicate the significance of such data to the public.
机译:美国和欧洲的生物监测计划展示了可公开获得的大量数据,这些数据可用于评估暴露趋势,识别易感人群,检测新出现的化学风险,进行流行病学研究以及评估降低风险的策略。为了促进就这些问题进行国际讨论,ILSI健康与环境科学研究所在其2006年1月的年度会议上召集了一次科学会议,主题是“将生物监测暴露数据纳入风险评估流程”。本论坛论文介绍了会议演讲者对疾病控制和预防中心,美国环境保护局,国家研究理事会人类环境生物毒性监测委员会,德国人类环境生物监测委员会以及德国卫生与人类健康委员会的生物监测活动的观点。环境科学研究所生物监测技术委员会。发言者指出,可以更好地估计人口组织中物质的生物浓度,并与其他接触指数以及流行病学和毒理学数据相结合,以改善风险估计。利用这种类型的组合数据,还可以定义危害和风险受到最小关注的暴露水平。讨论了解释生物监测数据的局限性,包括对将生物监测数据用于暴露评估,风险评估,风险管理或疾病预防的不同标准的需求。由于花费了很多精力和资源来提高在风险评估过程中应用生物监测暴露数据的能力,因此与公众交流此类数据的重要性也同样重要。

著录项

  • 来源
    《Toxicological Sciences》 |2006年第1期|3-10|共8页
  • 作者单位

    Institute of Occupational Social and Environmental Medicine University of Erlangen D-91054 Erlangen Germany;

    ExxonMobil Biomedical Sciences Inc. Annandale New Jersey 08801;

    Johns Hopkins Bloomberg School of Public Health Baltimore Maryland 21205;

    ILSI Health and Environmental Sciences Institute Washington DC 20005;

    Centers for Disease Control and Prevention Atlanta Georgia 30341;

    The Procter and Gamble Company Cincinnati Ohio 45253;

    National Exposure Research Laboratory U.S. Environmental Protection Agency Research Triangle Park North Carolina 27711;

    and;

    National Health and Environmental Effects Research Laboratory U.S. Environmental Protection Agency Research Triangle Park North Carolina 27711;

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