Sentence examples for bacterial evolution in the from inspiring English sources

Other papers [15], [16] showed a possible link between bacterial evolution in the natural environment and their pathogenicity toward animals.

HGT plays a pivotal role in bacterial evolution in the adoption of new traits and adaptation to new hosts.

As suggested by reviewer we have added phylogenomic analyses as well as more comments and details about MLVA methods and results to go thoroughly into lateral gene transfer and genome plasticity in bacterial evolution in the discussion section.

The latter seems to have acquired a key DNA repair role early in bacterial evolution, in conjunction with the mismatch recognizing ABC ATPase MutS, resulting in them being fixed in the bacterial superkingdom.

In terms of studying bacterial evolution in a natural habitat, the pandemic V. parahaemolyticus population appears to be particularly appropriate.

eBURST, unlike cluster diagrams, trees or dendrograms, uses a simple but appropriate model of bacterial evolution in which an ancestral (or founding) genotype increases in frequency in the population, and while doing so, begins to diversify to produce a cluster of closely-related genotypes that are all descended from the founding genotype.

The demonstrated proportionality between Vip and Vg then suggests that the evolution speed is proportional to the isogenic phenotypic fluctuation, as is also supported by an experiment on bacterial evolution in a laboratory[17] and confirmed by simulations of a reaction network model of a growing cell[18].

While increasing data on bacterial evolution in controlled environments are available, our understanding of bacterial genome evolution in natural environments is limited.

An improved understanding of these variations should improve our understanding of how genome dynamics can contribute to bacterial evolution in general.

Prophages are found in two-thirds of all γ-proteobacteria and have been shown to play a major role in bacterial evolution through the horizontal transfer of genetic factors that contribute to various processes within the bacterial host, including fitness and pathogenesis [ 31].

This highlights the role of HGT in bacterial evolution, and supports the current view on evolution of living organisms which incorporates not only the signal of vertically inherited genetic information (unique ancestor/descendant relationship), but also the signal of lateral transfer events (several ancestors for an organism) (McInerney et al. 2011).