Sentence examples for the evolution of faster from inspiring English sources

Thus, selection at lower temperatures may lead to the evolution of faster development, such as that demonstrated for cold-adapted populations of Drosophila melanogaster[ 47, 48].

SMC-kleisin complexes might have emerged to resolve proteinaceous or DNA-based interconnections between sister DNA molecules, thereby allowing the evolution of faster DNA replication.

In fact, the evolution of faster growing and larger cells caused by loss or repression of unneeded functions should intensify the selection to reduce the relative production of cell-wall components, owing to the lower surface-to-volume ratio.

It remains possible that continued selection in this novel environment might eventually reveal trade-offs between performance early in life and longevity, and lead to the evolution of faster aging in all populations.

Under high level of male-male competition (increased conflict), males are expected to increase their investment in reproduction, thereby causing the evolution of faster aging and shorter life-span.

Given the evolution of faster replicating parasites, units of replication that rely on helpers for survival, such as the master sequence, are counterselected and go extinct (as explained above).

Different strains of algae are pitted against one another in survival-of-the-fittest contests in an effort to accelerate the evolution of fast-growing, hardy strains.

Second, we lacked information on the evolution of fasting glucose levels and incidence of diabetes during follow-up, and we cannot identify if the increased risk associated with IFG depends on future evolution to diabetes or on other pathways.

Therefore, it is clear that more studies are necessary to further support this affirmation and to determine whether simple genetic differences can account for the evolution of fast evolving and complex structures such as male genitalia.

Thus, harvesting alone, even when nonselective, could have had a similarly strong effect as size-selective harvesting on the evolution of fast juvenile growth through fecundity selection (Engen et al. 2014).

These findings have implications for the role of phage in ecosystem processes, where they have mainly been considered as a mortality factor; these results suggest that on long timescales phage may actually increase bacterial productivity by aiding the evolution of faster-growing strains.