Exact(13)
We envision that PHYLORPH will constitute a useful tool for obtaining new and accurate phylogenetic markers to resolve relationships between closely related non-model fungal species.
We postulated that gene regions highly sensitive to substitutions (i.e. highly polymorphic "mutation hot-spots" [30]) could be potentially informative to resolve relationships between closely related taxa.
Comparative genomic analysis using these ESTs to better resolve relationships between crustaceans and hexapod insects leads to the general conclusion that branchiopod crustaceans may be more closely related to insects than other malacostracan crustaceans.
Indeed, PHYLORPH increases the interest which previously aroused the identification of the 246 FUNYBASE SCPCH by routinely expanding their use to a total of 107 fully sequenced fungal species and by demonstrating that some of these genes are relevant to resolve relationships between closely taxa.
However, STRUCTURE was not able to resolve relationships between J. curcas accessions and RS.
Such genes promised to have sufficient nucleotide variation to resolve relationships between closely related Caenorhabditis species.
Similar(47)
By this approach, we demonstrate that using structural information for phylogenetic analyses led to trees with lower resolved relationships between clades and likely eliminated some artefactual support for misinterpreted relationships, such as paraphyly of Helicotylenchus or Rotylenchus.
Concatenating 16S rDNA sequence with other housekeeping genes such as trpB had previously resolved relationships between Streptomyces species with success [25].
Although sequences within ciliates, stramenopiles and kinetoplastids were better resolved, relationships between these major taxonomic groups were unresolved at phyla levels.
Several authors, including Groves & Eaglen [ 41], Tattersall & Schwartz [ 43] and Groves & Trueman [ 42], investigated cranidodental features of the Lemuridae without resolving relationships between members of the BLC.
The goal of the present study is therefore to estimate a well-supported species tree for duikers using a combination of mitochondrial genes and nuclear introns previously shown to be highly informative in resolving relationships between other closely-related African bovids [ 25, 26].
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