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Cell division is dispensable but not irrelevant in Streptomyces

机译:在链霉菌中细胞分裂是可有可无的,但并非无关紧要

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In part, members of the genus Streptomyces have been studied because they produce many important secondary metabolites with antibiotic activity and for the interest in their relatively elaborate life cycle. These sporulating filamentous bacteria are remarkably synchronous for division and genome segregation in specialized aerial hyphae. Streptomycetes share some, but not all, of the division genes identified in the historic model rod-shaped organisms. Curiously, normally essential cell division genes are dispensable for growth and viability of Streptomyces coelicolor. Mainly, cell division plays a more important role in the developmental phase of life than during vegetative growth. Dispensability provides an advantageous genetic system to probe the mechanisms of division proteins, especially those with functions that are poorly understood.
机译:部分地对链霉菌属的成员进行了研究,因为它们产生具有抗生素活性的许多重要的次生代谢产物,并且对它们相对精细的生命周期感兴趣。这些形成孢子的丝状细菌在专门的气生菌丝中分裂和基因组分离非常同步。链霉菌共有一些但不是全部的在历史模型杆状生物中鉴定的分裂基因。奇怪的是,通常必不可少的细胞分裂基因对于天蓝色链霉菌的生长和生存力是必不可少的。主要地,细胞分裂在生命的发育阶段比在营养生长期间起着更重要的作用。可分配性提供了一个有利的遗传系统来探测分裂蛋白的机制,尤其是那些功能尚不清楚的蛋白质。

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