Synthetic biology UK: progress, paradigms and prospects

Lionel J. Clarke
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引用次数: 5

Abstract

Drawing comparisons with the study of scientific revolutions by Thomas Kuhn over 50 years ago it is possible to frame synthetic biology as a new paradigm, approaching biology and its potential for redesign from an engineering and information management standpoint. This may help relate it to current thinking about potentially revolutionary future developments stemming from the recent and very rapidly progressing convergence of relevant technologies. However, striking differences from Kuhn's historic examples may also be noted – not only a greater awareness today of potential impacts that highlights the importance of explicitly incorporating broader issues of responsibility and governance but also the rapid growth in numbers of new researchers and entrepreneurs to the field globally which could accelerate the paradigm-shift process. The UK Synthetic Biology Roadmap 2012 and subsequent 2016 Strategy set out to develop a mechanism to respond nationally to this wider perspective, and examples, both UK and global, are drawn upon to help assess current progress towards the realisation of an ‘engineering biology’ paradigm.

Abstract Image

英国合成生物学:进展、范例和前景
将合成生物学与50多年前托马斯·库恩(Thomas Kuhn)对科学革命的研究进行比较,可以将其作为一种新的范式,从工程和信息管理的角度来研究生物学及其重新设计的潜力。这可能有助于将其与当前的想法联系起来,这些想法源于最近非常迅速发展的相关技术的融合,可能带来革命性的未来发展。然而,也可以注意到与库恩历史上的例子的显著差异——不仅今天对潜在影响的更大认识强调了明确纳入更广泛的责任和治理问题的重要性,而且全球新研究人员和企业家数量的快速增长可能会加速范式转变的过程。2012年英国合成生物学路线图和随后的2016年战略制定了一种机制,以在全国范围内响应这一更广泛的观点,并借鉴了英国和全球的例子,以帮助评估实现“工程生物学”范式的当前进展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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