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The roles of transportation and transportation hubs in the propagation of influenza and coronaviruses: a systematic review

机译:运输和运输枢纽在流感和冠状病毒传播中的作用:系统综述

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摘要

BACKGROUND: Respiratory viruses spread in humans across wide geographical areas in short periods of time, resulting in high levels of morbidity and mortality. We undertook a systematic review to assess the evidence that air, ground and sea mass transportation systems or hubs are associated with propagating influenza and coronaviruses. METHODS: Healthcare databases and sources of grey literature were searched using pre-defined criteria between April and June 2014. Two reviewers screened all identified records against the protocol, undertook risk of bias assessments and extracted data using a piloted form. Results were analysed using a narrative synthesis. RESULTS: Forty-one studies met the eligibility criteria. Risk of bias was high in the observational studies, moderate to high in the reviews and moderate to low in the modelling studies. In-flight influenza transmission was identified substantively on five flights with up to four confirmed and six suspected secondary cases per affected flight. Five studies highlighted the role of air travel in accelerating influenza spread to new areas. Influenza outbreaks aboard cruise ships affect 2-7% of passengers. Influenza transmission events have been observed aboard ground transport vehicles. High heterogeneity between studies and the inability to exclude other sources of infection means that the risk of influenza transmission from an index case to other passengers cannot be accurately quantified. A paucity of evidence was identified describing severe acute respiratory syndrome coronavirus and Middle East respiratory syndrome coronavirus transmission events associated with transportation systems or hubs. CONCLUSION: Air transportation appears important in accelerating and amplifying influenza propagation. Transmission occurs aboard aeroplanes, at the destination and possibly at airports. Control measures to prevent influenza transmission on cruise ships are needed to reduce morbidity and mortality. There is no recent evidence of sea transport accelerating influenza or coronavirus spread to new areas. Further investigation is required regarding the roles of ground transportation systems and transport hubs in pandemic situations.
机译:背景:呼吸道病毒在短时间内在人类中广泛传播,导致较高的发病率和死亡率。我们进行了系统的评估,以评估航空,地面和海上大规模运输系统或枢纽与传播的流感和冠状病毒有关的证据。方法:在2014年4月至2014年6月之间,使用预先定义的标准对医疗保健数据库和灰色文献来源进行了搜索。两名评论者根据该协议筛选了所有已识别的记录,承担了偏倚评估的风险,并使用了试验形式来提取数据。使用叙述性合成分析结果。结果:41项研究符合资格标准。观察性研究的偏倚风险很高,评论中的偏见风险高到中等,而建模研究的偏倚风险则中等到低。基本上在五次飞行中发现了飞行中的流感传播,每个受影响的飞行中确诊了四例,疑似继发病例为六例。五项研究突出了航空旅行在加速流感向新地区传播中的作用。游轮上的流感爆发影响了2-7%的乘客。在地面运输车辆上已观察到流感传播事件。研究之间的高度异质性以及无法排除其他感染源,这意味着无法准确地量化从索引病例到其他乘客的流感传播风险。缺乏证据表明与运输系统或枢纽相关的严重急性呼吸道综合症冠状病毒和中东呼吸道综合症冠状病毒传播事件。结论:航空运输在加速和扩大流感传播中似乎很重要。传输发生在飞机上,在目的地甚至在机场。为了减少发病率和死亡率,需要采取控制措施防止流感在游轮上传播。近期没有证据表明海上运输加速流行性感冒或冠状病毒传播到新地区。在大流行情况下,需要进一步研究地面运输系统和运输枢纽的作用。

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