Rantanen J
Environ Health Perspect. 1983 Jan;47:325-32. doi: 10.1289/ehp.8347325.
Finland is used as a model in attempts to study the possible association of the incidence of lung cancer and exposure of population to fossil fuel combustion products. Unfortunately because of great geographical variation of unknown origin in the incidence of lung cancer in Finland, detailed studies of the possible role of an individual exposure in the lung cancer risk are not possible. This background variation in the incidence is much greater than variation carried by any known etiological factor and does not clearly correlate with the degree of urbanization, industrialization, regional use of fossil fuels, number of motor vehicles or smoking habits. To get more precise information on the possible association of lung cancer incidence with exposure to fossil fuel combustion products, occupational studies serve as powerful tools. The definition of population is more reliable and the measurement of exposures can be done more precisely; moreover the management of confounding and modifying factors is more effective than in community studies. So far the studies carried out among the Finnish working population exposed to PAH compounds reveal an association between the lung cancer risk and exposure to PAHs.
芬兰被用作一个模型,试图研究肺癌发病率与人群接触化石燃料燃烧产物之间可能存在的关联。遗憾的是,由于芬兰肺癌发病率存在来源不明的巨大地理差异,因此无法对个体接触在肺癌风险中可能发挥的作用进行详细研究。这种发病率的背景差异远大于任何已知病因因素所带来的差异,并且与城市化程度、工业化、化石燃料的区域使用、机动车数量或吸烟习惯均无明显关联。为了获取有关肺癌发病率与接触化石燃料燃烧产物之间可能关联的更精确信息,职业研究成为了有力工具。人群定义更为可靠,接触量的测量也能更精确地进行;此外,对混杂和修正因素的管理比社区研究更为有效。到目前为止,在芬兰接触多环芳烃化合物的工作人群中开展的研究揭示了肺癌风险与多环芳烃接触之间存在关联。