Chaos game representation (CGR), a milestone in graphical bioinformatics, has become a
powerful tool regarding alignment-free sequence comparison and feature encoding for …

We explored DNA structures of genomes by means of a new tool derived from the" chaotic
dynamical systems" theory (the so-called chaos game representation [CGR]), which allows …

A novel graphical approach is proposed for representing DNA sequences in a two-
dimensional cartesian co-ordinate system. The map of a DNA sequence in this …

The advent of automated DNA sequencing techniques has led to an explosive growth in the
number and length of DNAs sequenced frpm different organisms. While this has resulted in …

Abstract Motivation: Chaos Game Representation (CGR) is an iterative mapping technique
that processes sequences of units, such as nucleotides in a DNA sequence or amino acids …

Background Motivated by the general need to identify and classify species based on
molecular evidence, genome comparisons have been proposed that are based on …

Background Studies exploring the potential of Chaos Game Representations (CGR) of
genomic sequences to act as “genomic signatures”(to be species-and genome-specific) …

A technique for graphical representation of gene sequences on a two-dimensional cartesian
coordinate system is shown to highlight visually the relative abundances of nucleotides …

The" chaos game representation"(CGR) paradigm has been implemented to display the use
of short oligonucleotides in genomes in the form of fractal images. These images can be …

Four different methods were used to dissolve eleven different plant materials for
simultaneous estimation of several elements. In comparison to wet digestion in nitric acid …