Sentence examples for evolutionary interplay between the from inspiring English sources

Accordingly, the ultimate driver of the spatial structure of C. splendens could be the evolutionary interplay between the lek mating system and density-dependent dispersal.

From a more general perspective, evolutionary systems biology focuses on one of the core problems of all biology, i.e., the evolutionary interplay between the genotype and the phenotype [ 10].

Though Fisher's model has been widely used as a theoretical basis for exploring the evolutionary interplay between the genotype and phenotype, the notion of universal pleiotropy has not been well tested.

This special edition, written by leading researchers in the field is intended to provide an overview of the clever and varied ways enteric pathogens have evolved to successfully navigate the complex microenvironment of the gastrointestinal tract and highlight a remarkable co-evolutionary interplay between the pathogen and its host.

Regardless, the result does seem like a rather modest advance in our understanding of the evolutionary interplay between public goods, diffusion, cooperation, etc. 3) The authors might also want to delve more deeply into the literature on public goods to better position their results within the existing literature.

European rabbits in Australia are a classic example of the evolutionary interplay between host and pathogen (May and Anderson 1983) involved in the epidemiological triangle.

We suggest the turning bias may be the result of an evolutionary interplay between vision, exploration and migration factors, promoted by the ants' eusociality.

These results suggest that the evolutionary interplay between topology and dynamics is more similar between regulatory systems of multicellular and unicellular organisms than expected.

Regardless, the result does seem like a rather modest advance in our understanding of the evolutionary interplay between public goods, diffusion, cooperation, etc.

The metabolic network encoded in the so-called TOL plasmid pWW0 for m-xylene biodegradation carried by the soil bacterium Pseudomonas putida mt-2 [ 15] provides a suitable system to examine the evolutionary interplay between a pre-existing metabolic/regulatory chassis and a novel set of implanted genes that encode extra enzymatic functions.

Two examples of this evolutionary interplay between substrate and enzyme are the coevolution of p1-p6 substrate cleavage site with D30N/N88D protease mutations (Bally et al. 2000) and the coevolution of NC-p1 substrate cleavage site with V82A protease mutation (Doyon et al. 1996).