The role of tRNA as the adaptor in protein synthesis has held an enduring fascination for molecular biologists. Over four decades of study, taking in numerous milestones in molecular biology, led to what was widely held to be a fairly complete picture of how tRNAs and amino acids are paired prior to protein synthesis. However, recent developments in genomics and structural biology have revealed an unexpected array of new enzymes, pathways and mechanisms involved in aminoacyl‐tRNA synthesis. As a more complete picture of aminoacyl‐tRNA synthesis now begins to emerge, the high degree of evolutionary diversity in this universal and essential process is becoming clearer
An investigation of the role of tRNA in the catalysis of aminoacylation of Escherichia coli glutamin...
Translation is the most error‐prone process in protein synthesis; however, it is important that accu...
Lysyl-tRNA synthesis is catalyzed by two unrelated families of aminoacyl-tRNA synthetases. In most b...
Accurately aminoacylated tRNAs are an a priori requirement for translation of the genetic code. They...
The genetic code can be interpreted during translation as 21 amino acids and three termination signa...
Accurate aminoacyl‐tRNA synthesis is essential for correct translation of the genetic code in all or...
Aminoacyl-tRNA synthetases (aaRSs) are the enzymes normally responsible for the attachment of amino ...
Transfer RNA, or tRNA, has the dubious honor of being a recurring historical figure in molecular bio...
We have analyzed the evolution of recognition of tRNAsSer by seryl-tRNA synthetases, and compared it...
Genome‐scale analyses have shown numerous functional duplications in the canonical translational mac...
Sequence-specific interactions between aminoacyl-tRNA synthetases and their cognate tRNAs ensure bot...
Protein synthesis requires the pairing of amino acids with tRNAs catalyzed by the aminoacyl-tRNA syn...
Regulation of translational quality control during adverse growth conditions is critical to maintain...
It has previously been demonstrated that the unnatural amino acid p‐Cl‐phenylalanine can be attached...
Monomethylamine methyltransferase of the archaeon Methanosarcina barkeri contains a rare amino acid,...
An investigation of the role of tRNA in the catalysis of aminoacylation of Escherichia coli glutamin...
Translation is the most error‐prone process in protein synthesis; however, it is important that accu...
Lysyl-tRNA synthesis is catalyzed by two unrelated families of aminoacyl-tRNA synthetases. In most b...
Accurately aminoacylated tRNAs are an a priori requirement for translation of the genetic code. They...
The genetic code can be interpreted during translation as 21 amino acids and three termination signa...
Accurate aminoacyl‐tRNA synthesis is essential for correct translation of the genetic code in all or...
Aminoacyl-tRNA synthetases (aaRSs) are the enzymes normally responsible for the attachment of amino ...
Transfer RNA, or tRNA, has the dubious honor of being a recurring historical figure in molecular bio...
We have analyzed the evolution of recognition of tRNAsSer by seryl-tRNA synthetases, and compared it...
Genome‐scale analyses have shown numerous functional duplications in the canonical translational mac...
Sequence-specific interactions between aminoacyl-tRNA synthetases and their cognate tRNAs ensure bot...
Protein synthesis requires the pairing of amino acids with tRNAs catalyzed by the aminoacyl-tRNA syn...
Regulation of translational quality control during adverse growth conditions is critical to maintain...
It has previously been demonstrated that the unnatural amino acid p‐Cl‐phenylalanine can be attached...
Monomethylamine methyltransferase of the archaeon Methanosarcina barkeri contains a rare amino acid,...
An investigation of the role of tRNA in the catalysis of aminoacylation of Escherichia coli glutamin...
Translation is the most error‐prone process in protein synthesis; however, it is important that accu...
Lysyl-tRNA synthesis is catalyzed by two unrelated families of aminoacyl-tRNA synthetases. In most b...