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重新思考环境致癌作用。

Rethinking Environmental Carcinogenesis.

作者信息

Kripke Margaret, Brody Julia Green, Hawk Ernest, Hernandez Amanda B, Hoppin Polly J, Jacobs Molly M, Rudel Ruthann A, Rebbeck Timothy R

机构信息

The University of Texas MD Anderson Cancer Center, Houston, Texas.

Silent Spring Institute, Newton, Massachusetts.

出版信息

Cancer Epidemiol Biomarkers Prev. 2020 Oct;29(10):1870-1875. doi: 10.1158/1055-9965.EPI-20-0541.

Abstract

The 2010 report of the President's Cancer Panel concluded that the burden of cancer from chemical exposures is substantial, while the programs for testing and regulation of carcinogens remain inadequate. New research on the role of early life exposures and the ability of chemicals to act via multiple biological pathways, including immunosuppression, inflammation, and endocrine disruption as well as mutagenesis, further supports the potential for chemicals and chemical mixtures to influence disease. Epidemiologic observations, such as higher leukemia incidence in children living near roadways and industrial sources of air pollution, and new technologies that decode carcinogenesis at the molecular level, illustrate the diverse evidence that primary prevention of some cancers may be achieved by reducing harmful chemical exposures. The path forward requires cross-disciplinary approaches, increased environmental research investment, system-wide collaboration to develop safer economic alternatives, and community engagement to support evidence-informed action. Engagement by cancer researchers to integrate environmental risk factors into prevention initiatives holds tremendous promise for reducing the rates of disease.

摘要

总统癌症专题小组2010年的报告得出结论称,化学物质暴露导致的癌症负担相当大,而致癌物的检测和监管项目仍不完善。关于早期生活暴露的作用以及化学物质通过多种生物学途径发挥作用的能力的新研究,包括免疫抑制、炎症、内分泌干扰以及诱变作用,进一步支持了化学物质和化学混合物影响疾病的可能性。流行病学观察,如居住在道路和工业空气污染源附近的儿童白血病发病率较高,以及在分子水平解码致癌过程的新技术,都表明有各种证据显示,通过减少有害化学物质暴露,有可能实现某些癌症的一级预防。前进的道路需要跨学科方法、增加环境研究投资、全系统合作以开发更安全的经济替代品,以及社区参与以支持基于证据的行动。癌症研究人员参与将环境风险因素纳入预防举措,对于降低疾病发病率具有巨大潜力。

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