2. 合成生物学是如何完成的

J. Davies
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引用次数: 0

摘要

合成生物学依赖于读取和写入基因DNA序列的技术。因为基因是可遗传的,只需要改造一次,所以改造几乎总是在基因水平上完成。“合成生物学是如何完成的”描述了DNA测序和DNA合成的过程。DNA测序之所以重要,主要有两个原因:分析天然基因和DNA的天然基因控制区;并验证我们试图写的DNA的正确性。合成结构的设计与合成生物学文库的使用也被考虑在内;如何将合成系统装入活细胞;以及潜在的串音和正交问题。
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2. How synthetic biology is done
Synthetic biology depends on technologies for reading and writing DNA sequences of genes. Modification is almost always done at the genetic level because genes are heritable, needing to be engineered only once. ‘How synthetic biology is done’ describes the processes of sequencing DNA and DNA synthesis. Sequencing DNA is important for two main reasons: to analyse natural genes and natural gene-controlling regions of DNA; and to verify the correctness of DNA we have tried to write. The design of synthetic constructs is also considered along with the use of synthetic biology libraries; how the synthetic system is loaded into a living cell; and the potential issues of cross-talk and orthogonality.
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