… , and fish, demonstrating how a gene selected in one host can … Our findings show high
bacterial genome plasticity acting in … and highly partitioned dispensable genome, likely facilitating …

… through genome changes. Also, how genome alterations and the evolution of new strains …
Generally, genome plasticity happens to be the most rapid means of evolution, adaptation, …

… This can contribute to the generating novel metabolic functions, genomic plasticity and …
new information about the genetic background of a strain of G. creatinolyticus. Comparative …

… by changes in gene expression. Relating gene expression plasticity to the phenotypic plasticity
of … ’ inheritance are regulatory elements, such as mRNA deposited in eggs and seeds, or …

… Fumasoni and Murray set out to answer this by forcing a strain of budding yeast to evolve
by removing the gene for an important, but not essential, component of DNA replication. The …

… First, the genomes of each isolate were sequenced to 30-fold coverage and aligned to a
resequenced genome of the EHEC parental strain from this study. Single-nucleotide …

… -strain genomic variation in S. rimosus is partly explained by differences in recombination
among strains. … We report high levels of inter-strain genomic variation, including the differential …

… equi isolates in A. Top, unrooted tree; reference genome isolate 103S and type strain of the
species … equi strains grouped in a distinct cluster, perfectly equivalent to that formed by other …

… to the genome plasticity and evolution of new strains. In the … in genomes of 20 representative
sequenced strains. On the … prophages in 123 GBS strains from adult hospitalized patients …

… the wells which were then washed with equivalent volumes of PBS. One volume … genomic
information in strains of human origin. Finally, we have compared the behavior of these strains …