Sentence examples for genomic evolution is from inspiring English sources

One of the long-standing paradoxes in genomic evolution is the observation that much of the genome is composed of repetitive DNA which has been typically regarded as superfluous to the function of the genome in generating phenotypes.

We feel that the information that can be elucidated from their genomes, in relation to the biological processes driving or constraining their genomic evolution is therefore of particular interest.

A better understanding of within-host genomic evolution is necessary to design effective therapies against H. pylori.

Infection can persist over many years, during which genomic evolution is driven by high rates of mutation and recombination.

This work dovetails with emerging evidence that genomic evolution is often not confined to the local genetic network thought to control the affected phenotypes.

The manuscript correctly makes clear that (i) genomic evolution is far from 100% tree-like, (ii) drawing a tree does not mean assuming that genomic evolution is 100% tree-like, and reviews the way these two basic-looking statements have been acknowledged, and their relative importance weighted, by the scientific community.

A reference tree reflecting the global genomic evolution was constructed using all single-copy introns.

From Figure 5(a), we can see that the ratios of genomic evolution are different in different species, the maximum genomic evolution ratio is approximately equal to 0.9, and the minimum genomic evolution ratio is approximately equal to 0.6.

Of these two hypotheses, the gene cluster model seemed to most faithfully represent Ohno's postulate that the major mechanisms behind genomic evolution are gene duplication, modulated by mutation, insertion and deletion [ 1].

Inherent to the treatment of recurrence as a valuable and biologically meaningful tool to understand evolution is the notion that cases of repeated genomic evolution are informative if they occur in excess of the level of coincidence expected simply from the action of stochastic processes in finite sequence space.

Although the high temperatures, low pH, and abundant salts and metals in G. sulphuraria's environment may not be directly responsible for the unusual mitochondrial genomic evolution, it is very possible that these extreme environmental conditions exacerbate the mutational effects.