Summary: Several applications require the backtranslation of a protein sequence into a nucleic acid sequence. The degeneracy of the genetic code makes this process ambiguous; moreover, not every translation is equally viable. The usual answer is to mimic the codon usage of the target species; however, this does not capture all the relevant features of the 'genomic styles' from different taxa. The program TIP ('Traducción Inversa de Proteínas') applies genetic algorithms to improve the backtranslation, by minimizing the difference of some coding statistics with respect to their average value in the target. © Oxford University Press 2004; all rights reserved
Synonymous codon usage and variations in the level of isoaccepting tRNAs exert a powerful selective ...
The genetic code can be manipulated to reassign codons for the incorporation of non-standard amino a...
The description of the optimized evolution of a code based on 4 nucleotides involves a sequential tr...
Several technological applications require the translation of a protein into a nucleic acid that cod...
Background: Backtranslation is the process of decoding a sequence of amino acids into the correspond...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
Sixty-one codons specify 20 amino acids offering cells many options for encoding a polypeptide seque...
National audienceIn the genomic sequence processing domain, bias in codon usage is a well known phen...
In order to design microarray oligonucleotides, in the context of new metabolic pathways discovery, ...
Abstract Background The standard genetic code is a recipe for assigning unambiguously 21 labels, i.e...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
Isolation oftranslational efficiency bias can have impor-tant applications in gene expression predic...
Translation of the genome into the proteome is a highly accurate biological process. However, the mo...
International audienceA new codon property, codon directional asymmetry in nucleotide content (CDA),...
The study of codon usage bias is an important research area that contributes to our understanding of...
Synonymous codon usage and variations in the level of isoaccepting tRNAs exert a powerful selective ...
The genetic code can be manipulated to reassign codons for the incorporation of non-standard amino a...
The description of the optimized evolution of a code based on 4 nucleotides involves a sequential tr...
Several technological applications require the translation of a protein into a nucleic acid that cod...
Background: Backtranslation is the process of decoding a sequence of amino acids into the correspond...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
Sixty-one codons specify 20 amino acids offering cells many options for encoding a polypeptide seque...
National audienceIn the genomic sequence processing domain, bias in codon usage is a well known phen...
In order to design microarray oligonucleotides, in the context of new metabolic pathways discovery, ...
Abstract Background The standard genetic code is a recipe for assigning unambiguously 21 labels, i.e...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
Isolation oftranslational efficiency bias can have impor-tant applications in gene expression predic...
Translation of the genome into the proteome is a highly accurate biological process. However, the mo...
International audienceA new codon property, codon directional asymmetry in nucleotide content (CDA),...
The study of codon usage bias is an important research area that contributes to our understanding of...
Synonymous codon usage and variations in the level of isoaccepting tRNAs exert a powerful selective ...
The genetic code can be manipulated to reassign codons for the incorporation of non-standard amino a...
The description of the optimized evolution of a code based on 4 nucleotides involves a sequential tr...