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Effects of smoking and solid-fuel use on COPD, lung cancer, and tuberculosis in China: a time-based, multiple risk factor, modelling study

机译:吸烟和固体燃料对中国COpD,肺癌和肺结核的影响:基于时间的多重危险因素,模型研究

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Background: Chronic obstructive pulmonary disease (COPD), lung cancer, and tuberculosis are three leading causes of death in China, where prevalences of smoking and solid-fuel use are also high. We aimed to predict the effects of risk-factor trends on COPD, lung cancer, and tuberculosis. Methods: We used representative data sources to estimate past trends in smoking and household solid-fuel use and to construct a range of future scenarios. We obtained the aetiological effects of risk factors on diseases from meta-analyses of epidemiological studies and from large studies in China. We modelled future COPD and lung cancer mortality and tuberculosis incidence, taking into account the accumulation of hazardous effects of risk factors on COPD and lung cancer over time, and dependency of the risk of tuberculosis infection on the prevalence of disease. We quantified the sensitivity of our results to methods and data choices. Findings: If smoking and solid-fuel use remain at current levels between 2003 and 2033, 65 million deaths from COPD and 18 million deaths from lung cancer are predicted in China; 82% of COPD deaths and 75% of lung cancer deaths will be attributable to the combined effects of smoking and solid-fuel use. Complete gradual cessation of smoking and solid-fuel use by 2033 could avoid 26 million deaths from COPD and 6·3 million deaths from lung cancer; interventions of intermediate magnitude would reduce deaths by 6-31% (COPD) and 8-26% (lung cancer). Complete cessation of smoking and solid-fuel use by 2033 would reduce the projected annual tuberculosis incidence in 2033 by 14-52% if 80% DOTS coverage is sustained, 27-62% if 50% coverage is sustained, or 33-71% if 20% coverage is sustained. Interpretation: Reducing smoking and solid-fuel use can substantially lower predictions of COPD and lung cancer burden and would contribute to effective tuberculosis control in China. Funding: International Union Against Tuberculosis and Lung Disease. © 2008 Elsevier Ltd. All rights reserved.
机译:背景:慢性阻塞性肺疾病(COPD),肺癌和结核病是中国的三大死亡原因,吸烟和固体燃料的使用率也很高。我们旨在预测危险因素趋势对COPD,肺癌和结核病的影响。方法:我们使用代表性的数据源来估计吸烟和家庭固体燃料使用的过去趋势,并构建一系列未来方案。我们通过流行病学研究的荟萃分析和中国的大型研究获得了危险因素对疾病的病因学影响。我们对未来的COPD和肺癌死亡率以及结核病发病率进行了建模,考虑到了风险因素对COPD和肺癌的危险影响随时间的累积,以及结核病感染风险对疾病患病率的依赖性。我们量化了结果对方法和数据选择的敏感性。调查结果:如果在2003年至2033年之间吸烟和使用固体燃料保持目前水平,那么中国的COPD死亡人数将为6500万,肺癌的死亡人数将为1800万。吸烟和固体燃料的综合作用将导致82%的COPD死亡和75%的肺癌死亡。到2033年完全停止吸烟和使用固体燃料,可以避免2600万人死于COPD和6·300万人死于肺癌;中度干预将使死亡率降低6-31%(COPD)和8-26%(肺癌)。如果持续保持80%的DOTS覆盖率,则到2033年完全停止吸烟和使用固体燃料将使预计的2033年的年度结核病发病率降低14-52%;如果持续保持50%的覆盖率,则将降低27-62%;如果降低吸烟率和固体燃料的使用率,则将降低33-71%覆盖率达到20%。解释:减少吸烟和固体燃料的使用可以大大降低对COPD和肺癌负担的预测,并有助于有效控制中国的结核病。资金来源:国际抗结核和肺病联盟。 ©2008 Elsevier Ltd.保留所有权利。

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