Sentence examples for shift of evolutionary from inspiring English sources

This method is based on maximum likelihood procedures to estimate significant changes in the site-specific shift of evolutionary rate or site-specific shift of amino acid properties after the emergence of two paralogous sequences.

These observations indicated that site-specific shift of evolutionary rate and changes of amino acid property should not uniformly act on the NIP subfamily members during long periods time of evolution.

This method is based on maximum-likelihood procedures to estimate significant changes in the site-specific shift of evolutionary rate or amino acid properties after the emergence of two paralogous sequences.

The method is based on maximum likelihood procedures to estimate significant changes in the site-specific shift of evolutionary rate or site-specific shift of amino acid properties after the emergence of two paralogous sequences.

The present study provides the first evidences of functional divergence between dicot and monocot NIP2s, and suggests that positive selection, as well as a radical shift of evolutionary rate at some critical amino acid sites is the primary driver.

This method uses a maximum likelihood approach to assess significant changes in site-specific shift of evolutionary rate or site-specific shift of amino acid properties when comparing two clusters of duplicate genes.

These positions show site-specific shifts of evolutionary rate (type-I functional divergence) and/or of amino acid property (type-II functional divergence).

Together, these observations indicated that amino acid site-specific shifts of evolutionary rate and changes of amino acid property should not uniformly act on the NIP2s after the split of monocots and dicots.

The method is based on maximum likelihood procedures to estimate significant changes in the site-specific shift of the evolutionary rate or the site-specific shift of amino acid properties after the emergence of two paralogous sequences.

Assuming that the phylogenetic structure of invertebrate tetraspanins may be distorted by both the large number of species-specific genes and the shift of the evolutionary pattern after 2R-WGD, here we first evaluated invertebrate deuterostome tetraspanins.

To investigate the effect of macroecological niche shifts on evolutionary success we combine historical biogeography with analyses of diversification dynamics and climatic niche shifts in a phylogenetic framework.