Sentence examples for might affect evolution from inspiring English sources

Either way, growth rate and resistance make distinct (though linked) contributions to overall fitness, and the diversifying effect of specialised phage might affect evolution of growth-related traits.

Whereas the aforesaid models assumed the existence of nongenetic inheritance and asked how it might affect evolution, Lachmann and Jablonka (1996) modeled the evolution of a nongenetic inheritance mechanism itself.

Six additional control variables associated with auditor's and firm's features which might affect the evolution of the avoidable qualifications were also added to the regression model.

We were particularly impressed with the effectiveness of the lesson to get students to contribute reasonable predictions regarding how mowing frequency might affect plant evolution.

However, the altered distance of half a helical turn might affect the evolution with fine-tuning capability of adjusting relative kinetics in regulatory networks.

By showing that not all cheats are equal, our work underlines this point and raises interesting questions about the genetic bases of social traits and how these might affect the evolution of social behaviour.

What remains unclear is the extent to which varying host genotype might affect the evolution of pathogen life history.

Environmental stress may also modulate the epigenome, which might affect the evolution of the organism in question.

In turn, this information could help determine how the introduction of novel genes might affect the evolution of the RVA populations that infect humans.

Coregulation of these target genes requires similar binding preferences for all three proteins, and it is therefore reasonable to expect that changes in SP1 binding affinity might affect the evolution of both SP3 and SP4.

These include whether infections of previously treated people represent treatment failures (and therefore putatively 'resistant parasites') or new infections, enabling identification of sources of re-infection, as well as providing important understanding of how microevolutionary forces, such as migration, gene flow and genetic drift, might affect the evolution of drug resistance.