Sentence examples for cope with evolutionary from inspiring English sources

Clearly, a high potential for adaptation is to be expected in the case of thioredoxin, a protein which must cope with evolutionary changes in a multitude of interaction partners and the associated functional roles.

We reason that, as adaptations to new situations are common during evolution, many proteins are poised to change their properties efficiently, at least within certain evolutionarily relevant ranges; this should be particularly the case for proteins involved in several molecular tasks, which may have to cope with evolutionary changes in many interaction partners.

To cope with that evolutionary propensity, researchers or, rather their techniques will just have to evolve faster still.

To cope with vastification, evolutionary computation offers a solution, vastly amplifying human capabilities (it can be considered as an "intelligence amplifier," in the same way that muscular power is amplified by a traction engine, etc).

Accordingly, it is well known that paralogous genes often belong to the same species and cope with different evolutionary pressure arising either novel function of an existing gene (neofunctionalization) or in case of recent gene duplication similar function may still remain (subfunctionalization) (Force et al. 1999; Dani et al. 2014).

It raises the intriguing question of how interacting networks of genes cope with this dramatic evolutionary event.

An acceleration of KB(m) was expected in order to cope with the rapid evolutionary change of pathogens; however, we observed a decline of KB(m), and the reason was unexplained.

"Plasticity plays a critical role in the ability of animals to cope with changing environments," says evolutionary ecologist Ben Sheldon of Oxford University in the U.K. Related sites General information on great tits   Home page of senior author, Marcel Visser.

If exploited populations are to cope with the ecological and evolutionary pressures posed by fishing they must retain the adaptive capacity to respond.

This pattern supports the assertion that species living closer to their thermal limits are likely to face increased extinction risk as they cannot evolve physiological tolerances rapidly enough to cope with climate change due to evolutionary constraints on their thermal tolerance3,4,21.

The latter is available for the first time in a running tool and is particularly suitable to cope with scattered sequence conservation, e.g., evolutionary conserved structured ncRNAs.