Sentence examples for evolution rate distribution from inspiring English sources

Analysis of the observed distributions allows to estimate the long-term rates of duplication, retention of paralogs and the shape parameter of the intra-protein evolution rate distribution in different organisms.

Probably the most interesting observation in the paper is the near-constancy of the power of the middle part of the distribution curve (~4) and, according to the model, the shape parameter of the intra-protein evolution rate distribution (~1/3).

The phenomenon can be explained by the different final steady temperature distribution and evolution rate from the initial temperature distribution to the final steady temperature distribution.

3/Our analysis allowed us to correlate (R = 0.76) sequence evolution rate and tissular expression distribution of paralogs (figure 3 and 4).

Furthermore, are misfolding-rate concept is compatible with the recent results on the connection between protein folding and evolution which indicate that the characteristic distribution of sequence evolution rate is a consequence of the fundamental physical principles of folding (Lobkovsky et al. 2010).

It also shows a correlation between lower sequence evolution rate (branches length) and larger tissular expression distribution.

We specified a general time reversible model of nucleotide evolution, with a proportion of sites invariable and a gamma rate distribution for the remaining sites (using the MrBayes command "lset nst = 6 rates = invgamma").

Here, we dissect the nearly constant evolutionary rate distribution by comparing the genome-wide relative rates of evolution of individual genes in pairs or triplets of closely related genomes from diverse bacterial and archaeal taxa.

A set of the models of spatially distributed communities was built to demonstrate that the spatial distribution of cells affects both intensity of selection and evolution rate.

However, this conservation of the rate distribution shape does not necessarily imply that the relative rates of the individual gene evolution, or put another way, the evolutionary conservation ranks of genes remain nearly constant throughout the course of the evolution of life.

When observing tissue distribution, we noticed that it was conversely correlated (Correlation coefficient R = 0.76) to sequence evolution rate (branches lengths) (see Figure 4).