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• W3030310275 abstract "Synthetic biology is enabling rapid advances in the areas of biomanufacturing and live therapeutics. Dynamic circuits that can be used to regulate cellular resources and microbial community behavior represent a defining focus of synthetic biology, and have attracted tremendous interest. However, the existing dynamic circuits are mostly gene editing-dependent or cell lysis-based, which limits their broad and convenient application, and in some cases, such lysis-based circuits can suffer from genetic instability due to evolution. There is limited research in quorum sensing-assisted CRISPRi, which can function in a gene editing-independent manner. Here, we constructed a series of quorum sensing controlled CRISPRi systems (Q-CRISPRi), which can dynamically program bacteria by using customized sgRNA without introducing cell lysis. We successfully applied Q-CRISPRi circuits to dynamically program gene expression, population density, phenotype, physical property, and community composition of microbial consortia. The strategies reported here represent methods for dynamic cell programming and could be effective in programming industrially and medically important microorganisms to offer better control of their metabolism and behavior." @default.
• W3030310275 created "2020-06-05" @default.
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• W3030310275 date "2020-06-02" @default.
• W3030310275 modified "2023-10-17" @default.
• W3030310275 title "Dynamic Cell Programming with Quorum Sensing-Controlled CRISPRi Circuit" @default.
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• W3030310275 doi "https://doi.org/10.1021/acssynbio.0c00148" @default.
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