Sentence examples for may exert selective from inspiring English sources

The large proportion of NeuAcα2-6 may exert selective pressure for selection of influenza variants with altered receptor preference for this human-type α2-6 receptor, a crucial first step for generating a human pandemic.

This strategy itself may exert selective pressure on plant-pollinator interactions, which in turn increases the complexity of the signal-outcome space.

The combination AQ+SP was highly efficacious, despite the low efficacy of SP alone; however, we found evidence that in these circumstances AQ may exert selective pressure for resistance mutations many weeks after treatment.

The combination AQ+SP was highly efficacious, despite the low efficacy of SP alone; however, we found evidence that AQ may exert selective pressure for resistance associated mutations many weeks after treatment.

Vaccines that target only a proportion of a specific pathogen population may exert selective pressures that can promote vaccine escape variants or even promote changes in microbial virulence [23], [24].

Eavesdropping, use of signals by unintended recipients, is of particular interest because eavesdroppers may exert selective pressure on signaling systems.

In fact, gabapentin may exert a selective effect on the nociceptive process involved in central neuronal sensitization, which is the rationale for its use in the treatment of acute postoperative pain [62].

It is not known whether these same seed characteristics are responsible for the behavior of all AG ants, or whether different species may exert conflicting selective pressures upon the seeds.

Ground nesting species like the Savannah Sparrow may be especially vulnerable to terrestrial nest predators (e.g., rodents, mustelids), and these predators may exert similar selective pressures on nest morphology between our sites, resulting in less pronounced geographic variation in nest morphology (see also [63], [64]).

While it can be speculated that the microenvironment may exert some selective pressure on the SRC cells in vivo, the possibility cannot be ruled out that the in vitro cells may have a faster doubling time than that of the cells in vivo.

These results suggest that cost minimisation may exert a selective pressure on rates of protein sequence evolution in Saccharomyces species and that amino acid cost derived using our systems biology approach is one of the best variables for explaining this trend.