Aminoacylation of transfer RNAs with 2-thiouridine derivatives in the wobble position of the anticodon
Kelley C. Rogers, A.T. Crescenzo, Dieter Söll
Abstract
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Kelley C. Rogers, A.T. Crescenzo, Dieter Söll
Abstract
Open-access reader
The first position or 'wobble base' in the anticodon of tRNAs is frequently the site of post-transcriptional modification. In Escherichia coli, glutamine, glutamate, and lysine tRNAs contain 2-thiouridine derivatives in this position, and the significance of these modifications has been under investigation since their discovery. Here we describe the investigations to link 2-thiouridine derivatives to aminoacylation of these tRNAs. The implications of these findings on the evolution of specificity of aminoacyl-tRNA synthetases and on translational regulation are also discussed.
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The first position or 'wobble base' in the anticodon of tRNAs is frequently the site of post-transcriptional modification. In Escherichia coli, glutamine, glutamate, and lysine tRNAs contain 2-thiouridine derivatives in this position, and the significance of these modifications has been under investigation since their discovery. Here we describe the investigations to link 2-thiouridine derivatives to aminoacylation of these tRNAs. The implications of these findings on the evolution of specificity of aminoacyl-tRNA synthetases and on translational regulation are also discussed.
Key concepts: Aminoacylation, Wobble base pair, Transfer RNA, Speed wobble, Position (finance), Chemistry, RNA, Physics