Sentence examples for evolution of this key from inspiring English sources

With the inception of a broad, integrative approach to investigating the biochemical pathways in which the Gp-9 product functions, the phenotypic effects of molecular variation at Gp-9 and other pathway genes, and the potential involvement of other genes in linkage disequilibrium with Gp-9, substantial progress toward understanding the evolution of this key social adaptation can be expected.

Our work has improved tunicate phylogeny based on 18S rRNA, in order to provide a reliable phylogenetic framework for the evolution of this key group of chordates.

In this article, we review the fundamental aspects of genome and molecular evolution of this key and fascinating group of organisms.

A systematic survey of class III peroxidase genes expression is necessary to reveal specific class III peroxidase gene functions and the regulation and evolution of this key multifunctional enzyme family.

It is therefore imperative to link each individual gene with a precise role for a better understanding of the functions, the regulation and also the evolution of this key multifunctional enzyme family.

An evaluation of the evolution of the key step of the Q cycle has to consider both catalytic subunits and the type of quinone substrate.

Here we investigate the evolution of these key compounds within Orchidinae by mapping their production in flowers of selected species onto their estimated phylogeny.

In order to study the carbon fluxes dynamics over the degraded woodland, it appears useful to first describe the evolution of the key meteorological factors.

Phylogenetic analysis suggests that these archaeal tubulins could be the direct ancestors of eukaryotic tubulins, a conclusion that has general implications for the evolution of the key functional systems of the eukaryotic cell.

This obviously makes the estimation of the evolution of the key-variables not reliable on ex-post evaluations.

We have shown here that the evolution of this and other key binding motifs has been linked to the divergence of methylation levels across a range of locations in the human genome.