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Gene V protein-mediated translational regulation of the synthesis of gene II protein of the filamentous bacteriophage M13: a dispensable function of the filamentous-phage genome.

机译:基因V蛋白介导的丝状噬菌体M13基因II蛋白合成的翻译调控:丝状噬菌体基因组的一项重要功能。

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摘要

Introduction of a deletion in the genome of wild-type M13 bacteriophage that eliminates translational repression of M13 gene II by its cognate gene V protein had no effect on phage viability. Furthermore, it was noted that gene V protein of phage IKe, a distant relative of M13, does not function as a translational repressor of its cognate gene II protein. The data strongly indicate that the gene V protein-mediated control of gene II expression in bacteriophage M13 is an evolutionary relic of the ancestral filamentous-phage genome and thus dispensable for proper filamentous-phage replication.
机译:在野生型M13噬菌体的基因组中引入消除其同源基因V蛋白消除M13基因II的翻译抑制的缺失对噬菌体生存力没有影响。此外,已经注意到,噬菌体IKe的基因V蛋白是M13的远亲,不能作为其同源基因II蛋白的翻译阻遏物。数据强烈表明,噬菌体M13中基因V蛋白介导的基因V蛋白介导的控制是祖先丝状噬菌体基因组的进化遗迹,因此可用于适当的丝状噬菌体复制。

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