Simple Summary DNA structural biology deals with the understanding of DNA and three-
dimensional chromatin structure, which can determine its function in the cell. The key …

For the past four decades the compositional organization of the mammalian genome posed
a formidable challenge to molecular evolutionists attempting to explain it from an …

In this study, we have calculated distances between genomes based on our previously
developed compositional spectra (CS) analysis. The study was conducted using genomes of …

By using four methods (histogram, chaos game representation, discrepancy of distance and
discrepancy of entropy) at genomic level, the composition of short oligonucleotides and their …

Using large amounts of long genomic sequences, we studied the compositional patterns of
eukaryotic genomes. We developed a simple measure, the compositional heterogeneity (or …

Our thesis is that the DNA composition and structure of genomes are selected in part by
mutation bias (GC pressure) and in part by ecology. To illustrate this point, we compare and …

The compositional distribution of coding sequences from five vertebrates (Xenopus, chicken,
mouse, rat, and human) is shifted toward higher GC values compared to that of the DNA …

The recent availability of a number of fully sequenced genomes (including marine
organisms) allowed to map very precisely the isochores, based on DNA sequences …

Genomes can be organised in different ways. Understanding the extent of the diversity of
genome organisation, the processes that create it, and its consequences is particularly …

An integration of the pattern of genome-wide inter-site associations with evolutionary forces
is important for gaining insights into the genomic evolution in natural or artificial populations …