Sentence examples for more evolutionary and from inspiring English sources

This is done to provide more evolutionary and structural sequence order information both from the PSSM and SPINE-M.

With weights such as a value from a substitution matrix incorporated into the sequence comparison, similarity scores can capture more evolutionary and physio-chemical information and give more statistically meaningful results.

To acquire more evolutionary and local sequence order information, AC is adopted to extract features from PSSM and defined as (4) AC ⁡ λ = 1 L − λ ∑ i = 1 L − λ E i → j − E j ¯ E i + λ → j − E j ¯, j = 1,2, …, 20 ;     λ = 1,2, …, K, where E j ¯ is the average value along the jth column in the PSSM.

If we focus conservation efforts on basin C, we will preserve more evolutionary history and likely more genetic variation and evolutionary potential for the future.

In contrast to phylogenetic studies based on a single or a few genes, studies over entire genomes involve more evolutionary variations and may reveal more confident phylogenetic relationships.

The other two genes in the region are much more evolutionary conserved and have gene trees that do not differentiate the two species.

More distantly diverged sister-pairs are associated with more evolutionary change, and thus tend to generate contrasts of larger magnitude; this can lead to unequal variance between data points [ 47, 67], which violates the assumptions of parametric statistical tests.

The PRANK+F algorithm aligns sequences using phylogenetic information and has been shown to align sequences in a more evolutionary sound way, and was therefore used instead of the Clustal algorithm in this detailed analysis [46].

Change has been more evolutionary than revolutionary and these strategic behaviours have persisted throughout its history, being the product of Australian society's democratic political tradition and Judaeo-Christian Anglo-European heritage, as well its associated values, beliefs and economic, political and religious ideology.

Frogs and toads are broadly classified into three suborders: Archaeobatrachia, which includes four families of primitive frogs; Mesobatrachia, which includes five families of more evolutionary intermediate frogs; and Neobatrachia, by far the largest group, which contains the remaining 24 families of modern frogs, including most common species found throughout the world.

One way forward could be to take a more evolutionary realistic approach and assign relative ordering to the protein orthology links based on how evolutionary distant the respective species are.