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Optimizing Protein Production in Microbial Hosts Through Genetic Engineering

Explore the latest advancements in genetic engineering strategies for enhancing protein production efficiency in various microbial hosts such as Streptomyces coelicolor, Bacillus subtilis, and Mycobacterium tuberculosis. Discover key genes like tatD, ksgA, and rpfB that play a crucial role in optimizing protein synthesis pathways. Learn how these insights are revolutionizing biotechnological applications and industrial processes.

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Optimizing Protein Production in Microbial Hosts Through Genetic Engineering

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  1. S. coelicolor tatD ksgA sco3152 rpfB C. glutamicum tatD ksgA cgl0883 rpfB M. tuberculosis B.subtilis metS tatD yabE rnmV ksgA metS tatD ksgA rpfB B. halodurans metS rnmV ksgA tatD yabE C. perfringens yabE rnmV ksgA cpe2521 tatD L. innocua tatD rnmV lin0223 yabE ksgA

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