Ritter L
Canadian Network of Toxicology Centres, Guelph, Ontario, Canada.
Cancer. 1997 Nov 15;80(10):2019-33.
Pesticides, which by their nature are biologically active compounds, continue to raise public concern regarding their possible role as important etiologic agents in the development of human cancer.
To examine this potential role, the National Cancer Institute of Canada convened an Ad Hoc Panel on Pesticides and Cancer to examine the possible contribution of pesticide exposure, particularly in the general population, to the development of human cancer.
The Panel focused primarily on exposure in the general population and reviewed a range of studies that addressed issues related to dietary exposure as well as incidental home and garden uses. In addition, the Panel examined the regulatory framework that exists to safeguard the public from potentially carcinogenic pesticides and also reviewed some potential benefits of pesticide use, including the availability of an abundant and low cost supply of fresh fruits and vegetables as an important strategy in the overall mitigation of cancer risk.
The Panel concluded that it was not aware of any definitive evidence to suggest that synthetic pesticides contribute significantly to overall cancer mortality. The Panel also concluded that it did not believe that any increased intake of pesticide residues associated with increased intake of fruits and vegetables poses any increased risk of cancer. The Panel further concluded, among other things, that tobacco use continues to be the most important preventable cause of cancer and premature mortality and thus is an appropriate focus for cancer control strategy.
农药本质上是具有生物活性的化合物,其作为人类癌症发展的重要病因可能发挥的作用,持续引发公众关注。
为研究这一潜在作用,加拿大国家癌症研究所召集了一个农药与癌症特设小组,以探讨农药暴露,尤其是在普通人群中,对人类癌症发展的可能影响。
该小组主要关注普通人群的暴露情况,并审查了一系列研究,这些研究涉及与饮食暴露以及家庭和园艺偶然使用相关的问题。此外,该小组研究了现有的监管框架,以保护公众免受潜在致癌农药的危害,还审查了农药使用的一些潜在益处,包括作为总体降低癌症风险的一项重要策略,可提供丰富且低成本的新鲜水果和蔬菜供应。
该小组得出结论,不知道有任何确凿证据表明合成农药对总体癌症死亡率有重大影响。该小组还得出结论,认为与水果和蔬菜摄入量增加相关的农药残留摄入量增加,不会带来任何额外的癌症风险。该小组进一步得出结论,除其他事项外,吸烟仍然是癌症和过早死亡的最重要可预防原因,因此是癌症控制策略的合适重点。