5. Synthetic biology for engineering

J. Davies
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Abstract

While it may be expected that medicine and chemistry will have potential uses for synthetic biology, it is less obvious that the field might be relevant to the inorganic engineering of buildings, bridges, and computers. Nevertheless, the responsiveness of biological systems and tiny scale of their constituent molecules do have the potential to solve major problems (and perhaps create some new ones). ‘Synthetic biology for engineering’ focuses on three aspects of the use of synthetic biology in modern engineering: construction, computing, and communication. It discusses the use of bacteria spores to ‘heal’ cracks in concrete; data storage in DNA; DNA-based computers; and the use of DNA in cryptography.
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5. 工程合成生物学
虽然医学和化学可能对合成生物学有潜在的用途,但该领域可能与建筑、桥梁和计算机等无机工程相关的可能性却不那么明显。尽管如此,生物系统的反应能力和微小的组成分子确实有可能解决重大问题(也许还会产生一些新问题)。“工程合成生物学”侧重于现代工程中合成生物学应用的三个方面:建筑、计算和通信。它讨论了使用细菌孢子来“愈合”混凝土裂缝;DNA数据存储;dna计算机;以及DNA在密码学中的应用。
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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8. Cultural impact 5. Synthetic biology for engineering 1. Biology: from analysis to synthesis 4. Synthetic biology and healthcare 6. Synthetic biology for basic research
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