Sentence examples for evolution in the largest from inspiring English sources

In this study, we report on the timing and patterns of evolution in the largest subfamily of ground beetles and its sister group, the brachinine bombardier beetles.

We find that statistical approaches capturing recent adaptive evolution (using patterns of polymorphisms) detect higher rates of adaptive evolution in the larger D. pseudoobscura population.

The excessive similarity in evolutionary histories provided abundant evidence for correlated evolution in the large timescale (Pazos and Valencia 2001; Juan et al. 2008a).

Thus, consistent with the inferred difference in current Ne between species, we consistently infer higher rates of adaptive evolution in the larger D. pseudoobscura population.

In this context, the possibility of a loss of MT1 expression through clonal evolution in the larger and more aggressive tumors may have to be considered.

Our results make it conceivable that hybridization contributed to the rapid rates of phenotypic evolution in the large and rapid adaptive radiations of haplochromine cichlids.

Hence, there is support for both shared ancestry and convergent evolution in the large-scale chemical structuring of insect-host associations, but the mechanistic basis remains largely unknown.

As this region corresponds to a BDI peak, it suggests it may be a recent acquisition by this strain and its evolution in the large intestine would provide the selective pressure for acquiring this unique region.

In contrast, repetitive genomic sequences that are scattered throughout the rest of the genome are heavily methylated and it is speculated that this may have played an important role over the course of evolution in maintaining the large amount of non-coding DNA in a transcriptionally inert state and also the silencing of endoparasitic and retroviral transposons.

pisum genome [24] will help further advance comparative aphid research, but more representative aphid species are needed to fully understand genomic evolution in this large insect family, particularly in regards to gene duplication and molecular evolution rates [24], [27].

The vast range of size and complexity among today's DNA viruses might thus be the results of differences in their evolution rates (the largest ones experiencing the least evolutionary pressure).