Sentence examples for an array of evolutionary from inspiring English sources

Cells possess an array of evolutionary conserved, non-enzymatic, and enzymatic detoxification mechanisms to prevent the effects caused by oxidative stresses.

Owing to this redundancy, these genomes can play host to an array of evolutionary processes that act on duplicate genes.

Cumulatively, these results demonstrate that the glucan phosphatase laforin is conserved in a subset of eukaryotic organisms from an array of evolutionary niches, vertebrates, invertebrates, and protists, and highlights the fundamental importance of glucan phosphorylation/dephosphorylation.

The vast array of mammalian genomic resources helps to measure for the first time the long-term impact of Helitron activity on an array of evolutionary features, such as speciation, morphology, and genome organization.

Their intimate interactions with genic contents in genomes kindled an array of major evolutionary steps leading to current life forms (Zhou et al. 2004; Lin et al. 2007; Baucom et al. 2009; Gonzalez et al. 2009; Hollister et al. 2011; Jiang et al. 2011).

This stems from a desire by systematists to reconcile data emanating from population genetics, phylogenetics, ecology, morphology, and other disciplines, a recognition that species lineages are emergent properties of populations, and an acknowledgement that lineages are acted on by a heterogeneous array of evolutionary processes that logically produce a variety of outcomes [ 10, 13].

As an introduced species spreads outside its native range, it initiates a complex array of evolutionary processes that can produce clear effects over a timeframe of years or decades.

Fortunately, the situation has changed in the last few years as an increasing number of students are involved in scientific research on a diverse array of evolutionary questions.

In addition, this extensive diversity means that, at both the individual as well as the population level, the human immune response exerts a complex array of evolutionary selective pressures driving viral evolution [13], [14] in equally intricate, sometimes even conflicting [15], [16] ways.

The talks covered a wide array of evolutionary and ecological systems, from yeast experimental evolution to Drosophila genetics, phytoplankton phylogenomics, and microbial interactions in a mammalian host.

Our simulations cover a large array of evolutionary scenarios in terms of the propensities for gene family gains and losses and the variability of these propensities among gene families.