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Unintended Creation or Insertion of Antisense Promoter Motifs During Codon Optimization: A Cyber-Biosecurity Risk. [PDF]
MicroorganismsCarmi E, Glikman R, Dorfan Y.
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The Complete Mitochondrial Genome of <i>Conopomorpha sinensis</i> (Lepidoptera: Gracillariidae) Sample from Taiwan. [PDF]
Genes (Basel)Kuo YY +4 more
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Degradation factor 1, Def1, regulates mRNA translation and decay through Ccr4-Not-dependent ubiquitylation of the ribosome. [PDF]
RNAAkinniyi OT +4 more
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Comparative Codon Usage Bias of CD2AP and BACH2 Across 49 Vertebrates: Implications for Porcine Macrophage Immunity in <i>Mycoplasma hyopneumoniae</i> Infection. [PDF]
Biology (Basel)Li W +8 more
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On the Probability of Codon−Codon Mutational Replacements
Journal of Chemical Information and Computer Sciences, 1997The content of the data base of blocks of protein sequences (Henikoff, S. ; Henikoff, J. G. Genomics 1994, 19, 97−107) were used in order to locate the homologous gene sequences. Aligning these sequences the 64 × 64 matrix of codon−codon interchanges was constructed. Matrices were generated for various phylogenetical groups of organisms and for various
Danilo Pumpernik +2 more
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Codon reassignment (codon capture) in evolution
Journal of Molecular Evolution, 1989The genetic code, once thought to be "frozen," shows variations from the universal code. Variations are found in mitochondria, Mycoplasma, and ciliated protozoa. The variations result from reassignment of codons, especially stop codons. The reassignments take place by disappearance of a codon from coding sequences, followed by its reappearance in a new
S, Osawa, T H, Jukes
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Journal of Molecular Evolution, 1995
Schultz and Yarus (J. Mol. Biol. 235:1377-1380, 1994) have proposed that reassignment of codons in the genetic code passes through a stage in which the codons are ambiguously translated. In contrast we state that such ambiguity would be deleterious, and that, to be reassigned, a codon, together with the tRNA that translates the codon, must first ...
S, Osawa, T H, Jukes
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Schultz and Yarus (J. Mol. Biol. 235:1377-1380, 1994) have proposed that reassignment of codons in the genetic code passes through a stage in which the codons are ambiguously translated. In contrast we state that such ambiguity would be deleterious, and that, to be reassigned, a codon, together with the tRNA that translates the codon, must first ...
S, Osawa, T H, Jukes
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Experientia, 1990
The analysis of coding sequences reveals nonrandomness in the context of both sense and stop codons. Part of this is related to nucleotide doublet preference, seen also in non-coding sequences and thought to arise from the dependence of mutational events on surrounding sequence.
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The analysis of coding sequences reveals nonrandomness in the context of both sense and stop codons. Part of this is related to nucleotide doublet preference, seen also in non-coding sequences and thought to arise from the dependence of mutational events on surrounding sequence.
openaire +2 more sources