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Phylogenetic trees from both the neuraminidase and hemagglutinin proteins are reconstructed based on nucleotide data and sampling time alone.
In contrast, it was not possible to derive significant alignments based on nucleotide data for all 8 species between cox1 and ORF_02.
Therefore, trees based on nucleotide data were reconstructed in MrBayes by partitioning the data into the first, second and third codon positions, and allowing each partition to evolve at its own rate with its own shape parameter of gamma distribution.
In Bayesian and ML tree based on nucleotide data set and Bayesian tree on amino acid data set, the placement of Acrochordidae to the sister group to Colubroidea was well supported.
Phylogenetic trees based on nucleotide data were obtained using a heuristic search with three different optimality criteria of maximum likelihood (ML), minimum evolution (ME) and maximum parsimony (MP) as implemented in PAUP* ver 4.0b10 [ 64].
Therefore, trees based on nucleotide data were reconstructed in MrBayes by partitioning the data into first, second and third codon position, and allowing each partition to evolve at its own rate with its own shape (gamma) parameter, or by including only the first two positions when minimum evolution was the optimality criteria.
Similar(53)
To date, no phylogenetic analysis has been able to resolve this question with strong support, whether based on nucleotide sequence data [ 24, 25, 29, 31], SINE data [ 36, 44], or morphological data [ 8, 10].
Based on nucleotide sequence data, viruses circulating in Finland during the first 9 months after the emergence of the novel 2009 pandemic influenza A(H1N1) virus differed relatively little from each other and from the A/California/07/2009 vaccine strain.
In the present study, we aimed to reconstruct the demographic histories of two peat moss species based on nucleotide polymorphism data.
The sensitivity and resolution of this kind of approach should be very high since it is based on nucleotide sequence data.
A maximum parsimony (MP) analysis based on nucleotide alignments (data not shown) grouped V. destructor (Parasitiformes) within the Acariformes, close to D. pteronyssinus.
More suggestions(15)
based on nucleotide comparisons
based on daily data
based on unimputed data
based on fragmentary data
based on false data
based on nucleotide alignments
based on microsatellite data
based on nucleotide sequences
based on nucleotide statistics
based on raw data
based on fictitious data
based on empirical data
based on undiscounted data
based on untransformed data
based on morphological data
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