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作者（2019）在《Synthetic genome with recoding》一文中研究指出：With the development of DNA synthesis techniques, synthetic biology has enabled redesign and construction of genome on purposes (Luo et al., 2018). The whole-genome recoding of Escherichia coli could be used to enhance incorporation of non-natural amino acids into proteins and to construct safer and multi-virus-resistant strains, which has always been a long-cherished wish in synthetic biology. In recent years, many research teams around the world have been engaged in genetic recoding. The Church group in
Abstract
With the development of DNA synthesis techniques, synthetic biology has enabled redesign and construction of genome on purposes (Luo et al., 2018). The whole-genome recoding of Escherichia coli could be used to enhance incorporation of non-natural amino acids into proteins and to construct safer and multi-virus-resistant strains, which has always been a long-cherished wish in synthetic biology. In recent years, many research teams around the world have been engaged in genetic recoding. The Church group in
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