Sentence examples for rapid adaption from inspiring English sources
Its rapid adaption offers hope that other insects and species may be able to adapt unexpectedly quickly to climate change.
They are responsive for environmental influences and allow for rapid adaption of genome use to changing environments and reaction to danger signals in a cell and tissue-specific, well-balanced manner.
To this end mechanisms evolved that allow a rapid adaption to changing nutrient conditions.
The rapid adaption to the environment might emphasize the ability of microorganisms to live under external stress.
This time window excludes the period of rapid adaption that follows the dynamic phase of the SAI response.
Rapid adaption to new hosts and frequent antigenic alterations make the prevention and treatment of influenza A virus (IAV) infections challenging.
Indeed, far from being an impediment, the results of our latest study, as well as those from other rapidly evolving species including domesticated lines such as honeybee, fowl and rice,,, as well as spectacular examples of adaption radiation such as stickleback and African cichlid fishes,,, —reveal that multi-trait QTL clustering may be a common feature of rapid adaptation.
They have shown both theoretically and experimentally that rapid prey adaption in prey edibility can have significant effects on predator-prey dynamics, though effects are not always stabilizing and dependent on the degree of prey phenotypic variation present and the strength of trade-offs among phenotypes in anti-predator strategies and competitive ability for shared resources.
In contrast to sprouting angiogenesis, intussusceptive angiogenesis is a rapid recovery adaption of existing microvascular network that does not rely solely on immediate endothelial cell proliferation, but instead emerges due to a reorganization of endothelial cells and the invasion of endothelial precursor cells.
The results have shown that TSS and VSS decreased gradually as the salinity was increased from phases I to V in both reactors, and the more rapid salt adaption procedure in SBR2 caused a higher washout of cells as compared to SBR1.
Under physiological conditions the constitutive abundance of active Nrf2 is relatively low due to its continuous proteasomal degradation, but can be modified at the post-translational level to ensure rapid and efficient adaption to metabolic alterations in particular to oxidative stress.
