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Three mechanisms in Escherichia coli rescue ribosomes stalled on non-stop mRNAs: One of them requires release factor 2

机译:大肠杆菌在不停mRNA上停滞的救援核糖体的三种机制:其中一种需要释放因子2

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摘要

The tmRNA/SmpB system, which is almost universal in bacteria, rescues bacterial ribosomes stalled at the end of non-stop mRNAs (mRNAs lacking a stop codon). In addition, a few bacteria, including Escherichia coli, have developed a second two-component system as reported by Chadani etal. A small protein, ArfA of 55 amino acids (formerly called YdhL), mediates binding of release factor 2 to the ribosomal A site lacking a complete mRNA codon and thereby triggers translational termination and rescue of the stalled ribosome.
机译:tmRNA / SmpB系统几乎在细菌中很普遍,它可以挽救停在不停mRNA末端(缺少终止密码子的mRNA)末端的细菌核糖体。此外,Chadani等人报道,包括大肠杆菌在内的一些细菌已开发出第二种双组分系统。一种小的蛋白质,具有55个氨基酸的ArfA(以前称为YdhL),介导释放因子2与缺乏完整mRNA密码子的核糖体A位点结合,从而触发翻译终止并阻止失速的核糖体。

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