Sentence examples for genomic evolutionary patterns from inspiring English sources

In this work we compare the genomic evolutionary patterns of Flaviviridae viruses and their hosts in an attempt to uncover coevolutionary processes inducing common features in such disparate groups.

These results revealed highly dynamic genomic evolutionary patterns in N. cyriacigeorgica caused by a significant ability at acquiring foreign DNA.

These findings suggest a novel approach to understanding the role of codon and amino acid usage in shaping genomic architecture and evolutionary patterns of organisms.

During the last half-dozen years of so, Eric Bapteste and numerous colleagues have developed a long-term program of research aimed at providing a pluralistic framework for interpreting (mainly prokaryotic) processes of genomic change and evolutionary patterns in terms of networks of exchanges among genetic units of various sorts.

and (5) is there any evidence or plausible rationale for selection as a causative agent in generating differences in genomic structure and molecular evolutionary patterns?

Given the apparent complementarity of the rLP and ndLP approaches, we applied these two techniques to the inference of evolutionary patterns from microbial genomic data sets.

Comparative genomic studies in the genus Drosophila revealed divergent evolutionary patterns for different groups of humoral immune genes.

This feature makes them a perfect way of locating interesting evolutionary patterns and species with particular genomic features associated with trophic roles.

Also, we further partitioned tele-enhancers into subgroups intronic and intergenic tele-enhancers with a premise that genomic locations of sequences may partially determine their evolutionary patterns (Halligan et al. 2004).

We described the evolutionary patterns of conservation of these and comparative genomic data for 93,101 phosphosites and 1,003,756 potential phosphosites in human phosphomotifs, using 178 phosphomotifs identified in a previous study that occupied 69% of known phosphosites in public databases.

To unveil their detailed venoms and their evolutionary patterns, we constructed venom gland cDNA libraries and genomic bacterial artificial chromosome (BAC) libraries for Bungarus multicinctus and Naja atra, respectively.