Sentence examples for evolutionary selective pressure from inspiring English sources

The identification of an increasing number of immunogenic patterns and PRRs illustrates that PTI is a universal defence mechanism against pathogens, pests, and parasitic plants, and that evolutionary selective pressure drives diversification of molecular patterns and diversity of PRRs.

And Ebola expert Dr. Thomas Geisbert explains that while the risk for Ebola to accumulate a series of mutations that would allow it to spread by air is "probably not zero," there is, in fact, no evolutionary selective pressure on it to do so.

The analysis of other measurements is possible, including the evolutionary selective pressure in the human genome or a study of gene connectivity in the interactome [19].

There will still inevitably be significant evolutionary selective pressure on routine flight performance since the energetic costs of foraging and exploration are likely to be just as important as peak performance.

This idea is further strengthened by the fact that some CGs have endured purifying evolutionary selective pressure and are conserved in other vertebrate genomes such as chimpanzee, macaque, mouse, and dog.

What is clear from the current data is that the expressions of two phz gene clusters have developed specific interactive regulatory features under the evolutionary selective pressure imposed on Pseudomonas sp. M18.

Evolutionary selective pressures have tuned the efficiency of the protein‐folding reaction in the crowded complex environment in the cell.

The chapter concludes with an overview of the reciprocal influences of fluvial processes and characteristics of riparian vegetation in determining patterns at scales from genetic (evolutionary selective pressures) to landscapes.

To further assess whether GC-D is functional in lemur and bushbaby we examined evolutionary selective pressures by estimating rates of synonymous and nonsynonymous substitutions.

In addition, this extensive diversity means that, at both the individual as well as the population level, the human immune response exerts a complex array of evolutionary selective pressures driving viral evolution [13], [14] in equally intricate, sometimes even conflicting [15], [16] ways.

Excessive use of broad-spectrum agents, such as fluoroquinolones, increases the evolutionary selective pressures that drive the increasing prevalence of resistance.