A wavelet transform of the DNA "walk" constructed from a genomic sequence offers a direct visualization of short and long-range patterns in nucleotide sequences. We study sequences that encode diverse biological functions, taken from a variety of genomes. Pattern irregularities in the transform are frequently associated with sequences of biological interest. Exonic regions, for example, visualize differently under wavelet analysis than introns, and ribosomal RNA regions display distinct universal signatures. DNA walk wavelet analysis can provide a sensitive and rapid assessment of the putative biological significance of genomic DNA
AbstractThe palindrome is one class of symmetrical duplications with reverse complementary character...
In Recent years there is greater advance and innovations in bioinformatics. Bioinformatics is concer...
This paper deals with the digital complex representation of a DNA sequence and the analysis of exist...
Visual methods illustrate how DNA sequences are read along a single DNA strand from the 5' end to th...
We use the wavelet transform to explore the complexity of DNA sequences. Long-range correlations are...
International audienceThe fractal scaling properties of DNA sequences are analyzed using the wavelet...
Using wavelet transform as a core signal processing technique, this thesis work provides a new insig...
Abstract: Complex sequences of DNA nucleotides and their associated search techniques can be relati...
Here we introduce our application of the wavelet analysis method to DNA sequences. In the signal pro...
Wavelet statistics is an important chapter of the long and productive history of interdisci-plinary ...
We propose the original method of the time-scale wavelet analysis of DNA sequence represented as a 2...
This paper studies the human DNA in the perspective of signal processing. Six wavelets are tested fo...
The Deoxyribonucleic Acid (DNA) which is a doublestranded helix of nucleotides consists of: Adenine ...
DNA sequencing technologies keep getting faster and cheaper leading to massive availability of entir...
Motivation: At a recent meeting†, the wavelet transform was depicted as a small child kicking back a...
AbstractThe palindrome is one class of symmetrical duplications with reverse complementary character...
In Recent years there is greater advance and innovations in bioinformatics. Bioinformatics is concer...
This paper deals with the digital complex representation of a DNA sequence and the analysis of exist...
Visual methods illustrate how DNA sequences are read along a single DNA strand from the 5' end to th...
We use the wavelet transform to explore the complexity of DNA sequences. Long-range correlations are...
International audienceThe fractal scaling properties of DNA sequences are analyzed using the wavelet...
Using wavelet transform as a core signal processing technique, this thesis work provides a new insig...
Abstract: Complex sequences of DNA nucleotides and their associated search techniques can be relati...
Here we introduce our application of the wavelet analysis method to DNA sequences. In the signal pro...
Wavelet statistics is an important chapter of the long and productive history of interdisci-plinary ...
We propose the original method of the time-scale wavelet analysis of DNA sequence represented as a 2...
This paper studies the human DNA in the perspective of signal processing. Six wavelets are tested fo...
The Deoxyribonucleic Acid (DNA) which is a doublestranded helix of nucleotides consists of: Adenine ...
DNA sequencing technologies keep getting faster and cheaper leading to massive availability of entir...
Motivation: At a recent meeting†, the wavelet transform was depicted as a small child kicking back a...
AbstractThe palindrome is one class of symmetrical duplications with reverse complementary character...
In Recent years there is greater advance and innovations in bioinformatics. Bioinformatics is concer...
This paper deals with the digital complex representation of a DNA sequence and the analysis of exist...