Sentence examples for breadth of protein evolution from inspiring English sources

A priori, one could expect the rate and the breadth of protein evolution to be positively correlated across sites.

Our data demonstrate a weak positive correlation between the rate and the breadth of protein evolution across both individual sites and whole proteins (Table 1).

Reviewer's report Title: Rate and breadth of protein evolution are only weakly correlated Version: 2 Date: 1 November 2011 Reviewer number: 3 Report form: Review of the paper Rate and breadth of protein evolution are only weakly correlated" by SA Naumenko and AS Kondrashov.

Reviewer's report Title: Rate and breadth of protein evolution are only weakly correlated Version: 5 Date: 23 December 2011 Reviewer number: 2 Report form: Nothing further Quality of written English: Acceptable We are thankful to the reviwers for a number of comments which, hopefully, improved our paper.

Reviewer's report Title: Rate and breadth of protein evolution are only weakly correlated Version: 2 Date: 5 October 2011 Reviewer number: 2 Report form: The authors demonstrate that the frequency of amino acid substitutions (rate of protein sequence evolution) and the repertoire of replacements in the substituted sites (breadth of protein sequence evolution) are correlated only weakly.

This pattern is very pronounced: for instance, the correlation coefficient between one of the measures of the phylogenetic breadth and depth (LS) and the rate of protein evolution between humans and chimps (Ka or Ka/KS) is higher than 0.5.

Rate and breadth are two distinct, and only weakly correlated, characteristics of protein evolution.

Thus, the rate and the breadth are two different, and only weakly correlated, characteristics of protein evolution.

In addition, we assess correlations between rates of protein evolution and genomic factors such as gene expression level and breadth, recombination rate, and GC content in order to understand what genomic factors underlie the variation in rates of protein evolution in Arabidopsis.

Proteome-level statistical analyses generally find that expression pattern, breadth of interactions, and the genomic context of coding sequences are all correlated with the rate of protein evolution [ 3].

Fig. 3 The "jackprot" model of protein evolution.