Sentence examples for extensive phylogenetic studies from inspiring English sources

The use of DNA sequences ("DNA barcoding") in extensive phylogenetic studies has also revealed an effectively high level of hidden biodiversity [13] [16], suggesting that molecular data should be incorporated by taxonomists as a matter of routine [2].

There is an extensive literature describing this approach, from early but seminal studies using atypical nucleotide composition as indicators of LGT [9] [11] to extensive phylogenetic studies covering hundreds of genomes [12].

Extensive phylogenetic studies as well as signature analysis allowed us to confirm that the amphioxus ER (amphiER) and the lamprey ER (lampER) belong to the ER group.

We performed extensive phylogenetic studies and analyzed the selective pressures acting on the gene pairs as well as their relative expression patterns in several human tissues.

This study builds upon the complete generic-level supertree analyses of palms by Baker et al. [ 47], the most extensive phylogenetic study of the family published to date.

The genus Mus has been subjected to extensive phylogenetic study, e.g. [ 18, 20, 45], though in most studies the African Nannomys was underrepresented.

Others were determined as a result of an extensive phylogenetic study based on 16S rDNA and 16S-23S intranscribedanscregionregion (Duarte et al., 2004).

In the present study, tandem mass spectrometry was used for the first time to perform an extensive phylogenetic study on neuropeptides of insects, focusing on CAPA peptides of Dictyoptera.

In order to perform an extensive phylogenetic study on the context-dependent codon partition models we have introduced in this paper, additional context-dependent codon partition models need to be programmed and compared against the models presented in this paper, which is the subject of ongoing work.

Although the most extensive broad phylogenetic studies of fungi have been done with rDNA, similar work with more limited sampling has used the mitochondrial genome or, alternatively, several nuclear protein coding genes, such as EF-1α, small portions of RPB1, and tubulin genes [ 9, 19, 20, 23- 25, 29- 31].

Extensive phylogenetic work has been performed to infer the phylogenetic relationships of the Ustilaginomycotina, but the majority of these studies was based on a handful of genes only (Begerow et al. 2006).