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Synthetic Biology Biosensors for Global Health Challenges

机译:合成生物学生物传感器应对全球健康挑战

摘要

Synthetic biologists seek to design, build and modify organisms at the genetic level. One category of engineered organisms, or devices, sense changes in the environment and respond by producing a change in state, such as colour. Two such ‘biosensors’ are in development within the Flowers Consortium, and both are envisaged to address threats to human health in the Global South. Biosensors are at an early stage in development, meaning that there is scope to shape their future trajectories. Accordingly, researchers at King’s College London convened a one-day interdisciplinary workshop with 30 experts working insynthetic biology, regulation, global health, international development and the social sciences. The workshop’s purpose was to investigate the two biosensors and draw lessons for researchers and policy makers working in synthetic biology, especially when intervening in global health contexts. Part one of the report summarises the discussions of the day. This executive summary outlines the overarching analytic themes from the workshop, which can be found in part two.
机译:合成生物学家寻求在遗传水平上设计,构建和修饰生物。一类经过改造的生物或设备可以感知环境的变化,并通过产生状态变化(例如颜色)来做出响应。鲜花联合会内部正在研发两种这样的“生物传感器”,它们都被设想用来应对全球南方对人类健康的威胁。生物传感器尚处于开发的早期阶段,这意味着有可能改变其未来发展轨迹。因此,伦敦国王学院的研究人员召开了为期一天的跨学科研讨会,由30位从事合成生物学,调控,全球卫生,国际发展和社会科学领域的专家组成。研讨会的目的是调查这两种生物传感器,并为从事合成生物学工作的研究人员和决策者吸取教训,特别是在干预全球健康环境时。报告的第一部分总结了当天的讨论。本执行摘要概述了研讨会的总体分析主题,可以在第二部分中找到。

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