Sentence examples for use a phylogenetic approach from inspiring English sources
In this study we use a phylogenetic approach to compare and contrast bee communities associated with six small produce farms, eight large prairies, and five naturally small hill prairies in Iowa.
Second, we will use a phylogenetic approach to determine: (a) the pattern of trait evolution on a broad temporal scale and (b) the extent to which trait evolution is associated with the presence or absence of the interacting antagonistic species.
In a study assessing the escape and radiate hypothesis, Janz and Nylin (1998) use a phylogenetic approach to show that closely related subfamilies of butterflies were more likely to feed on closely related groups of plants.
Here we report these sequence data and use a phylogenetic approach to assess the extent, probable direction, and mechanisms of LGT among these members of Clostridium cluster IV.
Another way to examine paralogues is to use a phylogenetic approach to sort out the different copies of the gene.
Our goal was to use a phylogenetic approach to understand recent DHF outbreaks caused by DENV-3 infections in the Indian subcontinent and Latin America.
His thesis research uses a phylogenetic approach to study the codiversification of Glochidion trees and their symbiotic pollinating moths across the islands of the South Pacific, with the aim of understanding the role that coevolution and mutualisms play in generating biological diversity.
To establish this relationship more precisely, we used a phylogenetic approach.
In this study, we investigated the evolutionary and demographic histories of the epidemic caused by CRF28_BF and CRF29_BF HIV-1 using a phylogenetic approach and a coalescent framework.
In order to identify HGT events in the available R. solanacearum genome sequence, we used a phylogenetic approach to identify the putative donors of the newly acquired genes.
Using a phylogenetic approach, the examination of 33 meiosis/meiosis-related genes in 12 Drosophila species, revealed nine independent gene duplications, involving the genes cav, mre11, meiS332, polo and mtrm.
