Mutation@A Glance locates already known genetic variation data individually on the nucleotide and the amino acid sequences and makes it possible to cross-reference them with tertiary and/or quaternary protein structures and various functional features associated with specific amino acid residues in the proteins.
To perform de novo genome assembly using one end sequencing data we relied only on the nucleotide sequence of the read.
However, these results only provide data on the presence of a nucleotide sequence and not on the presence of viral vector particles.
Furthermore, the analysis of data on single-nucleotide polymorphisms, the main cause of difference between human beings, allows the prediction of phenotypic effects of a particular genetic variation.
Phylogenetic analyses on the nucleotide data were conducted with the RAxML v7.0.4 [76] using the GTR+Γ model of sequence evolution with 4 discrete categories of gamma-distributed among-site rates.
Based on the nucleotide data the phylogeny of the three strains was determined, showing a very close relationship between the three strains in the genotype III lineage.
However, there is strong support (98% bootstrap probability) for a sister group relation between brachiopods and annelids in the tree based on the nucleotide data set.
In contrast, the results obtained when Tajima's test was performed on the nucleotide data of the aforementioned sequences showed that the salmon elovl5 sequences are evolving asymmetrically (χ = 6.75, P < 0.05).
Considering the long evolutionary history of actinopterygians (≈ 450 million years), the differences seem minor and the following description and discussion of the results were based on the nucleotide data set (12nRTn) for simplicity.
Phylogenetic analysis on the nucleotide data was performed using the maximum likelihood method, via the PHYML program [ 76], web interface [ 77]. 100 bootstrap resampling replicates were done to estimate support for the clades [ 78].
