Sentence examples for bacterial evolution and from inspiring English sources

Horizontal gene transfer is a major contributor to bacterial evolution and diversity.

Genetic diversity and genomic rearrangements are a driving force in bacterial evolution and niche adaptation.

This can have a considerable impact on bacterial evolution and human health.

The contributions of horizontal gene transfer (HGT) to bacterial evolution and speciation are currently unclear and estimates range from minimal to very relevant [2], [4].

This reflects a level of similarity between the in vitro and in vivo bacterial evolution and suggest a possible selective advantage of these kinds of mutations in vivo.

Acquisition of genes by HGT is considered a major driving force in bacterial evolution and can impact on genomic structure and stability.

To address these issues of antigenic variation and bacterial evolution, continued and sustained efforts in epidemiological surveillance, vaccine development/formulation research, and understanding of the host pathogen interaction are required.

Large chromosomal rearrangements and deletions have been observed in both natural and laboratory bacterial evolution studies and shown to have profound impacts on bacterial physiology, such as improved bioproduct production, increased strain fitness, or changed tolerance to stress.

Figure 3 shows evolutionary dynamics for paired case study simulations of bacterial evolution with and without coevolving phage.

Research on bacterial evolution, physiology and pathophysiology is needed to complete the basic microbiological description of the disease, while the design of novel diagnostic tools will contribute to characterize the epidemiological aspects.

The pan-genome concept has important consequences for the way we understand bacterial evolution, adaptation, and population structure, as well as for more applied issues such as vaccine design or the identification of virulence genes [ 21].