A Simple and Effective Strategy for the Development of Robust Promoter-Centric Gene Expression Tools

合成生物学 计算生物学 基因表达调控 基因 生物 基因表达 发起人 链霉菌 遗传学 细菌
作者
Tongjian Yang,Yihua Chen,Xiaozhou Luo,Jay D. Keasling,Keqiang Fan,Guohui Pan
出处
期刊:ACS Synthetic Biology [American Chemical Society]
标识
DOI:10.1021/acssynbio.4c00092
摘要

Promoter-centric genetic tools play a crucial role in controlling gene expression for various applications, such as strain engineering and synthetic biology studies. Hence, a critical need persists for the development of robust gene expression tools. Streptomyces are well-known prolific producers of natural products and exceptional surrogate hosts for the production of high-value chemical compounds and enzymes. In this study, we reported a straightforward and effective strategy for the creation of potent gene expression tools. This was primarily achieved by introducing an additional −35-like motif upstream of the original −35 region of the promoter, coupled with the integration of a palindromic cis-element into the 5′-UTR region. This approach has generated a collection of robust constitutive and inducible gene expression tools tailored for Streptomyces. Of particular note, the fully activated oxytetracycline-inducible gene expression system containing an engineered kasOp* promoter (OK) exhibited nearly an order of magnitude greater activity compared to the well-established high-strength promoter kasOp* under the tested conditions, establishing itself as a powerful gene expression system for Streptomyces. This strategy is expected to be applicable in modifying various other promoters to acquire robust gene expression tools, as evidenced by the enhancement observed in the other two promoters, PL and P21 in this study. Moreover, the effectiveness of these tools has been demonstrated through the augmented production of transglutaminase and daptomycin. The gene expression tools established in this study, alongside those anticipated in forthcoming research, are positioned to markedly advance pathway engineering and synthetic biology investigations in Streptomyces and other microbial strains.
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