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Dundas et al. respond to multilevel analysis of individual heterogeneity

机译:Dundas等。应对个体异质性的多层次分析

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摘要

Most research problems in epidemiology are multifaceted and, therefore, complex. The fact that they are complex should not mean that the problems cannot be researched. Statistical methodology is responding to the complexity of the research challenges. In Merlo's invited commentary (1) on our article (2), he argues that although risk factor epidemiology can address some research questions, it is time to advance eco-epidemiology using appropriate statistical methods. Multiple membership multiple classification (MMMC) multilevel models have been around for some time (3) but are underused in social epidemiology. Multilevel models allow for individual factors (e.g., biological and lifestyle factors) and clustered groupings (e.g., neighborhoods, schools) to be studied at the same time. This enables investigation of the extent to which the different levels interact with each other or act independently of each other (4). An understanding of the factors at both individual and cluster levels and their relationships means that appropriate policy recommendations can be made (5).
机译:流行病学中的大多数研究问题是多方面的,因此是复杂的。它们很复杂的事实并不意味着不能研究这些问题。统计方法论正在应对研究挑战的复杂性。在Merlo关于我们的文章(2)的受邀评论(1)中,他认为尽管危险因素流行病学可以解决一些研究问题,但现在是时候使用适当的统计方法推进生态流行病学了。多成员多分类(MMMC)多级模型已经存在了一段时间(3),但在社会流行病学中却没有得到充分利用。多级模型允许同时研究个体因素(例如,生物学和生活方式因素)和聚类分组(例如,社区,学校)。这使得能够调查不同级别之间相互影响或彼此独立起作用的程度(4)。对个人和集群层面的因素及其关系的理解意味着可以提出适当的政策建议(5)。

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