Sentence examples for using phylogenetic reconstruction of from inspiring English sources

Using phylogenetic reconstruction of map1 sequences, we identified two clades, one of which includes the genotype previously reported from Panola Mountain.

We used phylogenetic reconstructions of coding sequences and intron 2 sequences to determine whether the β-like globin genes of eastern mole and coast mole are orthologous to the HBB or HBD genes of other eutherian mammals.

Using phylogenetic reconstructions, we infer the relationship and divergence of the homologous bHHZ domain to determine the relative importance of DNA binding and dimerization among Max and Mlx network proteins.

Fast evolving nuclear loci (ITS [ 61] and EIF3E [ 37]) were used for phylogenetic reconstruction of the species used in this study.

Various molecular methods have been used for phylogenetic reconstruction of these Burkholderia species, with different levels of success.

sinensis and C he. mydas, we used a phylogenetic reconstruction of the beta-keratin genes from the three turtles.

The aim of this study was to use molecular phylogenetic reconstruction of Thaparocleidus parasitizing Pangasiidae in combination with cophylogenetic analyses to investigate speciation and diversification in this monogenean genus.

In addition, due to the economic importance of farmed salmonids, there is a wealth of data on mtDNA variation in this species, which has been used for phylogenetic reconstruction of salmonids [ 29– 33], and there is evidence that shows that mtDNA variation is linked to environmental conditions [ 34] and development rates [ 35].

Comparative genomic analysis using BLAST and phylogenetic reconstruction of RabX1 and RabX2 among fully sequenced representative Excavata protists revealed that these two genes are specific to the Kinetoplastida and not found in non-trypanosomatid lineages (Figure 1B and data not shown).

The evolutionary history of S4 was analyzed using a ML phylogenetic reconstruction of all the sequences of r-protein S4 and its paralogs obtained from the 660 genomes, as described in Methods. Figure 3 shows an unrooted phylogenetic tree obtained from a consensus of 1000 ML trees.

Given the bioinformatics support coupled with the relative ease of obtaining comparable data, the nu ITS2 rRNA appears to be a superior candidate for use in phylogenetic reconstruction of large data arrays and as a DNA barcode for the Chlorophyta.