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Mapping and refactoring pathway control through metabolic and protein engineering: The hexosamine biosynthesis pathway

机译:通过代谢和蛋白质工程测绘和重构途径控制:己胺生物合成途径

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摘要

Microorganisms possess a plethora of regulatory mechanisms to tightly control the flux through their metabolic network, allowing optimal behaviour in response to environmental conditions. However, these mechanisms typically counteract metabolic engineering efforts to rewire the metabolism with a view to overproduction. Hence, overcoming flux control is key in the development of microbial cell factories, illustrated in this contribution using the strictly controlled hexosamine biosynthesis pathway.
机译:微生物具有过多的调节机制,以通过其代谢网络紧密控制助焊剂,允许响应环境条件的最佳行为。 然而,这些机制通常抵消代谢工程努力,以便在过量生产中重新挤出新陈代谢。 因此,克服助焊剂控制是在使用严格控制的六甲胺生物合成途径的这种贡献中显示的微生物细胞工厂的关键。

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