This study describes a method for the backtranslation of an aminoacidic sequence, an extremely useful tool for various experimental approaches. It involves two computer programs CLUSTER and BACKTR written in Fortran 77 running on a VAX/VMS computer. CLUSTER generates a reliable codon usage table through a cluster analysis, based on a chi2-like distance between the sequences. BACKTR produces backtranslated sequences according to different options when use is made of the codon usage table obtained in addition to selecting the least ambiguous potential oligonucleotide probes within an aminoacidic sequence. The method was tested by applying it to 158 yeast genes
This paper presents use of spreadsheet software to derive various statistics on nucleotide and codon...
Abstract.—Models of codon substitution have been commonly used to compare protein-coding DNA sequenc...
In order to design microarray oligonucleotides, in the context of new metabolic pathways discovery, ...
Backtranslation is the process of decoding an amino acid sequence into a corresponding nucleic acid...
National audienceIn the genomic sequence processing domain, bias in codon usage is a well known phen...
A neural network (NN) was trained on amino and nucleic acid sequences to test the NN’s ability to pr...
Many biological experiments require a protein sequence to be translated to the nucleic acid sequence...
A neural network (NN) was trained on amino and nucleic acid sequences to test the NN’s ability to pr...
Background: Backtranslation is the process of decoding a sequence of amino acids into the correspond...
Several technological applications require the translation of a protein into a nucleic acid that cod...
We have devised an algorithm for finding partial homologies among a set of nucleotide sequences. The...
Summary: Several applications require the backtranslation of a protein sequence into a nucleic acid ...
The linguistic approach to the analysis of nucleotide sequences reveals a powerful tool for a number...
International audienceIn the context of new metabolic pathways discovery, a full backtranslation of ...
The main part of the thesis is concerned with large-scale studies of codon usage in completely seque...
This paper presents use of spreadsheet software to derive various statistics on nucleotide and codon...
Abstract.—Models of codon substitution have been commonly used to compare protein-coding DNA sequenc...
In order to design microarray oligonucleotides, in the context of new metabolic pathways discovery, ...
Backtranslation is the process of decoding an amino acid sequence into a corresponding nucleic acid...
National audienceIn the genomic sequence processing domain, bias in codon usage is a well known phen...
A neural network (NN) was trained on amino and nucleic acid sequences to test the NN’s ability to pr...
Many biological experiments require a protein sequence to be translated to the nucleic acid sequence...
A neural network (NN) was trained on amino and nucleic acid sequences to test the NN’s ability to pr...
Background: Backtranslation is the process of decoding a sequence of amino acids into the correspond...
Several technological applications require the translation of a protein into a nucleic acid that cod...
We have devised an algorithm for finding partial homologies among a set of nucleotide sequences. The...
Summary: Several applications require the backtranslation of a protein sequence into a nucleic acid ...
The linguistic approach to the analysis of nucleotide sequences reveals a powerful tool for a number...
International audienceIn the context of new metabolic pathways discovery, a full backtranslation of ...
The main part of the thesis is concerned with large-scale studies of codon usage in completely seque...
This paper presents use of spreadsheet software to derive various statistics on nucleotide and codon...
Abstract.—Models of codon substitution have been commonly used to compare protein-coding DNA sequenc...
In order to design microarray oligonucleotides, in the context of new metabolic pathways discovery, ...