The tertiary structure of tRNA and the development of the genetic code.
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Genetic Code↗
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Rumer's rule and transformation in the context of the co-operative symmetry of the genetic code.
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Genetic Code↗
Ways of wobble pairing are formalized with the co-operative symmetry of the genetic code.
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Genetic Code↗
Transfer RNAs: the second genetic code.
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Genetic Code↗
Genetic code expansion.
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Amino Acyl-tRNA Synthetases↗
Position effects and genetic code in relation to epigenetic systems.
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Epigenesis, Genetic↗
On the origin of the genetic code.
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Genetic Code↗
Synthetic polynucleotides and the genetic code.
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DNA↗
[Systematization of codons in the genetic code].
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Genetic Code↗
[The genetic code in metabolic hereditary diseases].
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Anemia, Sickle Cell↗
Studies of the genetic code.
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Genetic Code↗
The structure of the satellite tobacco necrosis virus in relation to virus multiplication and genetic coding.
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Genetic Code↗
[Codon systematization in the genetic code].
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Genetic Code↗
Specific aminoacylation of C4N hairpin RNAs with the cognate aminoacyl-adenylates in the presence of a dipeptide: origin of the genetic code.
A series of C4N hairpin RNAs bearing anticodon nucleotides at the 5' ends and a discriminator base and the sequence CCA at the 3' ends was constructed by an in vitro transcription system using T7 RNA polymerase. These RNAs were aminoacylated specifically with their cognate amino acids by reaction with aminoacyl-adenylates in the presence of a dipeptide, valyl-aspartic acid, suggesting that such hairpin RNAs are able to play the role of the present-day tRNA and that valyl-aspartic acid can perform the function of the present-day aminoacyl-tRNA synthetase as a catalyst in the aminoacylation reaction. These results should provide a useful clue to elucidating the origin of the genetic code.
Adenosine Monophosphate↗
EVIDENCE FOR THE UNIVERSALITY OF THE GENETIC CODE.
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DNA↗