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Metabolic profiling detects early effects of environmental and lifestyle exposure to cadmium in a human population

机译:代谢曲线分析可检测环境和生活方式对人群中镉的早期影响

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摘要

BackgroundThe 'exposome' represents the accumulation of all environmental exposures across a lifetime. Top-down strategies are required to assess something this comprehensive, and could transform our understanding of how environmental factors affect human health. Metabolic profiling (metabonomics/metabolomics) defines an individual's metabolic phenotype, which is influenced by genotype, diet, lifestyle, health and xenobiotic exposure, and could also reveal intermediate biomarkers for disease risk that reflect adaptive response to exposure. We investigated changes in metabolism in volunteers living near a point source of environmental pollution: a closed zinc smelter with associated elevated levels of environmental cadmium.
机译:背景``暴露体''代表一生中所有环境暴露的累积。需要采用自上而下的策略来评估这一综合内容,并且可能会改变我们对环境因素如何影响人类健康的理解。代谢谱(代谢组学/代谢组学)定义了个体的代谢表型,该表型受基因型,饮食,生活方式,健康和异种生物暴露的影响,并且还可能揭示反映疾病适应性反应的疾病风险中间生物标志物。我们调查了生活在环境污染点源附近的志愿者的代谢变化:封闭的锌冶炼厂与相关的环境镉水平升高。

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