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The present study demonstrates the utility of 454 technology for the rapid determination of mt genome sequences from tiny amounts of DNA and reveals a wealth of mt genomic data in current databases available for mining.
In the present study, near-complete mt genome sequences for eight representative Schistosoma japonicum samples from seven endemic provinces in mainland China were analyzed.
Considering the information content of entire mt genome sequences, partial cox1 would not be the ideal marker for either species identification (barcoding) or population studies with Schistosoma species.
Some entire mt genome sequences are available for some species in GenBank, and hence they requirement for sequencing is reduced.
Accordingly, the development of integrated algorithms for designing feasible primer sets for entire mt genome sequences coupled with the sequence alignment are still challenging.
We added the new pseudoscorpion sequences to our existing alignments of mt genome sequences of chelicerates.
Recently, mt genome sequences have also been analyzed to understand the phylogenetic relationships among nematodes.
The complete mt genome sequences were determined directly using high-throughput sequencing methods.
Expanding taxon sampling is necessary for future phylogenetic studies of nematodes with mt genome sequences.
Complete mitochondrial (mt) genome sequences are becoming increasingly important for effective evolutionary and population studies.
No species from this suborder were included in two previous analyses of mt genome sequences [ 23, 24].
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