Sentence examples for evolution in a wide range from inspiring English sources

The aim is to analyze the crack path (aspect ratio evolution) in a wide range of engineering materials (characterized by different values of the m-parameter of the Paris law) and subjected to two kinds of cyclic loading (tension and bending).

More generally, the present study emphasizes the usefulness of investigating function as well as sequence evolution in a wide range of organisms to interpret functional studies in a single species.

We used five calibration time points spanning 18, 45, 150, 500, and 6,000 kyr, which adequately captures the rate of evolution in a wide range of timescales (table 1).

However, interestingly, similar percentage compositions were observed in the subfamilies of the insect ABCC and ABCG subfamilies, while high numbers of ABC proteins were observed in the ABCB and ABCC families of two fish species and humans, suggesting that the lineage-specific diversity of ABC-related pathways has accumulated over evolution in a wide range of animal taxa.

(5) The identification of specific genes that are highly regulated and may be critical to Spalax survival under conditions of stress serve as an example of the critical need to study the evolution of organisms in a wide range of diverse habitats as part of the search for candidate targets for treatment of human pathologies.

Hence, intralocus sexual conflict appears to play a role in the evolution of a wide range of fitness-related traits and may be a powerful mechanism for the maintenance of genetic variation in fitness.

The strong selection pressure predation imposes on prey animals have resulted in the evolution of a wide range of antipredator devices encompassing a range of behavioral and morphological traits (Cott 1940; Edmunds 1974; Ruxton et al. 2004).

A general conclusion is that gene expression explains a significant amount of variation in rates of protein evolution across a wide range of taxa (Rocha 2006; Drummond and Wilke 2008; Yang and Gaut 2011).

Four decades later, the central role of gene regulation in evolution has been confirmed in a wide range of species including bacteria, fungi, flies and mammals, although the details remain poorly understood.

Here, we study the distribution and evolution of calpain genes in a wide range of eukaryote genomes from major branches in the tree of life.

Another product of anthropogenic change is the evolution of pesticide resistance in a wide range of insects of economic and medical importance.