The two major lysine tRNAs from rat liver, tRNA£yS and tRNA ^ , were sequenced by rapid gel or chromatogram readout methods. The major tRNA?2 differs from a minor form only by a base pair in positions 29 and 41; both tRNAs have an unidentified nucleotide, U**, in the third position of the anticodon. Although highly related, the major tRNA_yS and tRNAjyS differ in four base pairs and four unpaired nucleotides, including the first position of the anticodons, but have the same base pair in positions 29 and 41. The three tRNAs maintain a m G-U pair in the acceptor stem. Detection of this m G is in contrast to other reports of lysine tRNAs. Sequences of lysine tRNAs are strongly conserved in higher eukaryotes
To determine the presence and identity of isopentenyl-adenosine-containing transfer RNAs (tRNAs) in ...
<p>To determine the mechanism underlying the flow of genetic information, it is important to underst...
A number of mitochondrial (mt) tRNAs have strong structural deviations from the classical tRNA clove...
A glutamate tRNA from rat liver was purified. By means of post-labeling techniques, its nucleotide s...
<p>The less conserved region (red box) in the 3’-end of tRNA-Lys was explored by multiple sequence a...
We have previously proposed that tRNAGly was the first tRNA and glycine was the first amino acid inc...
Multidimensional scaling analysis of transfer RNA sequences from procaryotic and eucaryotic cell typ...
In contrast to all other known tRNAs, mammalian tRNA ^ contains two adenosines A59 and Ag0, opposite...
Animal mitochondrial protein synthesis systems contain two serine tRNAs (tRNAs(Ser)) corresponding t...
Transfer RNAs (tRNAs) are one of the classical non-coding RNAs whose lengths are approximately 70–10...
We compare the diversity of chromosomal-encoded transfer RNA (tRNA) genes from 11 eukaryotes as iden...
AbstractThe four sessions of the Pre-symposium were devoted to four different aspects of the subject...
Transfer RNA structures presumably get into a symposium on the genetic code by virtue of the supposi...
RNA polymerase III (Pol III) transcription of tRNA genes is essential for generating the tRNA adapto...
A major glutamine tRNA from rat liver was purified. Post-labeling techniques showe
To determine the presence and identity of isopentenyl-adenosine-containing transfer RNAs (tRNAs) in ...
<p>To determine the mechanism underlying the flow of genetic information, it is important to underst...
A number of mitochondrial (mt) tRNAs have strong structural deviations from the classical tRNA clove...
A glutamate tRNA from rat liver was purified. By means of post-labeling techniques, its nucleotide s...
<p>The less conserved region (red box) in the 3’-end of tRNA-Lys was explored by multiple sequence a...
We have previously proposed that tRNAGly was the first tRNA and glycine was the first amino acid inc...
Multidimensional scaling analysis of transfer RNA sequences from procaryotic and eucaryotic cell typ...
In contrast to all other known tRNAs, mammalian tRNA ^ contains two adenosines A59 and Ag0, opposite...
Animal mitochondrial protein synthesis systems contain two serine tRNAs (tRNAs(Ser)) corresponding t...
Transfer RNAs (tRNAs) are one of the classical non-coding RNAs whose lengths are approximately 70–10...
We compare the diversity of chromosomal-encoded transfer RNA (tRNA) genes from 11 eukaryotes as iden...
AbstractThe four sessions of the Pre-symposium were devoted to four different aspects of the subject...
Transfer RNA structures presumably get into a symposium on the genetic code by virtue of the supposi...
RNA polymerase III (Pol III) transcription of tRNA genes is essential for generating the tRNA adapto...
A major glutamine tRNA from rat liver was purified. Post-labeling techniques showe
To determine the presence and identity of isopentenyl-adenosine-containing transfer RNAs (tRNAs) in ...
<p>To determine the mechanism underlying the flow of genetic information, it is important to underst...
A number of mitochondrial (mt) tRNAs have strong structural deviations from the classical tRNA clove...