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Molecular epidemiology and cancer: promising areas for future research in the post-genomic era.

机译:分子流行病学和癌症:后基因组时代的未来研究前景广阔。

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This manuscript addresses how epidemiology might benefit from the sequencing of the human genome in terms of identifying the aetiology of cancer. Given that most human cancer is the result of both genetic and environmental risk factors, accurate assessment of both is required to develop an understanding of molecular mechanisms of carcinogenesis. Sequencing the human genome is a major scientific advance, which needs to be considered in the context of the multifactorial aetiology of cancer if it is to bring the maximum benefit. Likewise, assessment of environmental exposure is challenging for a number of reasons, particularly when exposures are relatively low level and vary over time. Biomarkers of environmental exposures (e.g. carcinogen-DNA and -protein adducts) offer the potential to overcome some of these limitations. Furthermore, markers of genetic alterations may permit the detection of relevant early stages of malignancy to inform surveillance and effective treatment, and provide an approach to disease classification. We conclude that in order to progress our understanding of cancer aetiology, a balanced approach integrating molecular measures into well-designed epidemiological studies is required.
机译:该手稿探讨了在确定癌症的病因学方面,流行病学如何从人类基因组测序中受益。鉴于大多数人类癌症是遗传和环境风险因素的结果,因此需要对两者进行准确评估,以加深对致癌分子机制的了解。对人类基因组进行测序是一项重大的科学进步,如果要带来最大的收益,就需要在癌症的多因素病因学背景下加以考虑。同样,由于多种原因,尤其是当暴露水平相对较低且随时间变化时,对环境暴露的评估也是一项挑战。环境暴露的生物标志物(例如致癌物DNA和-蛋白加合物)提供了克服这些局限性的潜力。此外,基因改变的标记物可以允许检测恶性肿瘤的相关早期阶段,以提供监视和有效的治疗,并提供疾病分类的方法。我们得出结论,为了增进我们对癌症病因学的理解,需要一种平衡的方法来将分子方法整合到精心设计的流行病学研究中。

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