Massively parallel sequencing systems continue to improve on data output, while leaving labor-intensive library preparations a potential bottleneck.
The architecture allows for the run-time instantiation of one or more acceleration functions, present in an on-chip reconfigurable logic, which responds to the demands of compute-intensive software libraries.
Sequencing of normalized libraries, or more intensive sequencing of existing libraries, perhaps with newer generation of pyrosequencing methodology, may increase the number of salivary secreted peptides, but possibly to no more than 10% of the number found with random sequencing of ~2,000 clones.
Thus building such structural fragment libraries has attracted intensive research.
For example, Pandas prepares and analyzes data by using NumPy and SciPy library for processor-intensive tasks such as community detection.
The initial construction of the mutant library is labour-intensive but, if well-constructed, it should only be necessary to perform this step once.
Our sequencing protocol and pipeline provided essentially complete phase-defined HLA gene sequences; however, it required complicated and labor-intensive workflows especially in the library preparation step.
We also know little about what proportion of Islamic paper constitutes manuscripts in Islamic library collections, especially since intensive trade led to significant imports of European paper into Islamic countries from the 17th century on [2, 4, 6, 8].
Rarefaction curves show the intensive sampling of the nine metatranscriptome libraries (Additional file 2: Figure S2).
Therefore, it would be always wise to remove undesirable compounds and select only relevant ones from a library before the cost-intensive docking.
