Hox-related sequences were retrieved from a collection of 80.000 EST (Expressed Sequenced Tag) sequences generated from a mixed-stage normalised cDNA library as previously described [81].
A number of sequence assemblers have been developed recently to cope with sequences generated from the next generation sequencers.
As such, transcript sequences generated from next-generation sequencing can be favorably assembled into full-length transcripts.
Apparently, genome complexity as well as existing genome resources can influence the outcomes of assembly of sequences generated from next generation sequencing.
The sequences generated from sequencer were compared with the original genomic contigs.
Several de novo assembly software packages have been developed for assembling genome sequences generated from the next-generation sequencing platforms.
All sequences generated from the sequencers were first processed manually to remove vector sequences and improper regions of the sequence.
One important method is the generation of expressed sequence tags (ESTs), short informative sequences generated from mRNAs of the cell.
Moreover, the rate of convergence of the sequences generated from the algorithms is studied.
It is expected that sequences generated from complex maps will have better multiple access performance.
Chaotic sequences generated from two-dimensional maps outperform other spreading sequences by a large margin.
