Sentence examples for explore the diversification of from inspiring English sources

The genus Leucopternis is a morphologically heterogeneous group of 10 buteonine species distributed in forested habitats from southern Mexico to Paraguay and Uruguay [ 1], and offers an opportunity to explore the diversification of an Accipitridae group distributed throughout the Neotropical region.

We also need to consider the sensitivity of the different methods employed to explore the diversification pattern.

The methods used here provide an integrative biogeographic approach to understand processes generating patterns of biodiversity, and an approach to explore the evolutionary diversification of species, populations, and organismal distributions.

We thus explored the diversification rate for the synallaxine clade and compared it to the diversification rates of other furnariid clades.

This analysis was performed in order to explore in detail the diversification of the RBR subfamilies in these groups.

One way to evaluate these alternatives is to explore the timing of diversification using molecular phylogenetics.

In this study, we conducted thorough samplings of Japanese pomatiopsid species and performed molecular phylogenetic analyses to explore the patterns of diversification and terrestrial invasion.

To explore the genomic variations during the diversification of different S. cerevisiae strains, we identified SNPs and small InDels (≤100 bp) by pairwise comparing of YHJ7 with three other strains: The lab strain S288c, a Japanese sake strain K7, and a Chinese industrial bioethanol strain YJSH1.

The fibronectin type III domain is used to explore the impact of two sequence diversification strategies: (a) partial wild-type conservation at structurally important positions within the paratope region and (b) tailored amino acid composition mimicking antibody binding-site composition at putative paratope positions.

A simple model of coevolution between bacteria and bacteriophage was used to explore the impact of phage-driven diversification on bacterial evolution.

We then used this interaction map in conjunction with the above developed classification scheme and relative temporal pattern of diversification to explore the evolution of the structure-function relationships.