Hu Weifeng, Wang Yan, Yue Xiaoran, Xue Weiwei, Hu Wei, Yue Xinjing, Li Yuezhong
State Key Laboratory of Microbial Technology, Institute of Microbial Technology, Shandong University, Qingdao 266237, China.
Eng Microbiol. 2024 Jun 3;4(3):100155. doi: 10.1016/j.engmic.2024.100155. eCollection 2024 Sep.
Myxobacteria are well known for multicellular social behaviors and valued for biosynthesis of natural products. Myxobacteria social behaviors such as clumping growth severely hamper strain cultivation and genetic manipulation. Using DK1622, we engineered Hu04, which is deficient in multicellular behavior and pigmentation. Hu04, while maintaining nutritional growth and a similar metabolic background, exhibits improved dispersed growth, streamlining operational procedures. It achieves high cell densities in culture and is promising for synthetic biology applications.
粘细菌以其多细胞社会行为而闻名,并因其天然产物的生物合成而受到重视。粘细菌的社会行为,如聚集生长,严重阻碍了菌株的培养和基因操作。我们利用DK1622构建了Hu04,它缺乏多细胞行为和色素沉着。Hu04在保持营养生长和相似代谢背景的同时,表现出改善的分散生长,简化了操作程序。它在培养中能达到高细胞密度,在合成生物学应用方面很有前景。