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Portable sequencing, genomic data, and scale in global emerging infectious disease surveillance

机译:便携式测序,基因组数据和全球新兴传染病监测规模

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Emerging infectious diseases (EIDs) occur when pathogens unpredictably spread into new contexts. EID surveillance systems seek to rapidly identify EID outbreaks to contain spread and improve public health outcomes. Sequencing data has historically not been integrated into real‐time responses, but portable DNA sequencing technology has prompted optimism among epidemiologists. Specifically, attention has focused on the goal of a “sequencing singularity”: the integration of portable sequencers in a worldwide event‐based surveillance network with other digital data (Gardy & Loman, Nature Reviews Genetics, 19 , 2018, p. 9). The sequencing singularity vision is a powerful socio‐technical imaginary, shaping the discourse around the future of portable sequencing. Ethical and practical issues are bound by the vision in two ways: they are framed only as obstacles, and they are formulated only at the scales made visible by its implicit geography. This geography privileges two extremes of scale – the genomic and the global – and leaves intermediate scales comparatively unmapped. We explore how widespread portable sequencing could challenge this geography. Portable sequencers put the ability to produce genomic data in the hands of the individual. The explicit assertion of rights over data may therefore become a matter disputed more at an interpersonal scale than an international one. Portable sequencers also promise ubiquitous, indiscriminate sequencing of the total metagenomic content of samples, raising the question of what (or who) is under surveillance and inviting consideration of the human microbiome and more‐than‐human geographies. We call into question a conception of a globally integrated stream of sequencing data as composed mostly of “noise,” within which signals of pathogen “emergence” are “hidden,” considering it instead from the perspective of recent work into more‐than‐human geographies. Our work highlights a practical need for researchers to consider both the alternative possibilities they foreclose as well as the exciting opportunities they move towards when they deploy their visions of the future.
机译:当病原体无法预测地传播到新环境中时,就会出现新兴传染病(EID)。 EID监视系统寻求快速识别EID爆发,以控制传播并改善公共卫生结果。测序数据历来没有集成到实时响应中,但是便携式DNA测序技术促使流行病学家感到乐观。具体而言,注意力集中在“测序奇异性”的目标上:将便携式测序仪与基于全球事件的监视网络与其他数字数据相集成(Gardy&Loman,Nature Reviews Genetics,19,2018,第9页)。测序奇异性愿景是一种强大的社会技术想象力,塑造了便携式测序技术未来的发展方向。道德和实践问题以两种方式受到愿景的束缚:它们仅作为障碍来构成框架,并且仅以隐性地理可见的比例来制定。这种地理学使规模的两个极端(基因组学和全局性的特权)享有特权,而中间规模则相对没有映射。我们探索便携式测序技术如何挑战这一地理环境。便携式测序仪使人们能够产生基因组数据。因此,对数据权利的明确主张可能在人际层面上而不是国际层面上成为争议更大的问题。便携式测序仪还承诺对样品的总宏基因组学内容进行无处不在的,无差别的测序,这引发了对受监测对象(或谁)的质疑,并引发了对人类微生物组和人类以外地区的考虑。我们质疑一个全球整合的测序数据流的概念,该流主要由“噪声”组成,其中“隐藏”病原体“出现”的信号,而不是从最近的工作角度考虑地理。我们的工作凸显了研究人员的实际需求,即既要考虑他们可能放弃的替代可能性,也要考虑他们在部署未来愿景时所面临的令人兴奋的机遇。

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