Sentence examples for huge number of sequences from inspiring English sources

An additional advantage in evolution studies has emerged based on the huge number of sequences deposited in the public databases and the availability of an increasing number of sequenced genomes, as well as the availability of computational tools for crossgenome analyses.

The recent application of next-generation sequencing technologies, such as pyrosequencing, has allowed one to obtain a huge number of sequences, usually sufficient to reveal the complexity of a microbial community in a given sample.

To integrate the information present in the huge number of sequences generated by ROSETTA, we used hidden Markov models, as implemented in HMMER [15] (http://hmmer.janelia.org).org

We feel that this gray area is important because, despite the huge number of sequences on the databases, there are still insufficient data to properly assess intraspecific variability for all organisms.

Thus, as a result of this first step, a huge number of sequences of ~50 nt in length are obtained containing the seed region of each siRNA.

Further, the transcriptome reads would have to be mapped on to huge number of sequences and multi-mapping of reads could easily bias the transcript structure and expression estimation as the mapping software would treat them as genomic repeats.

Although they differ in their protocols, all the above assays include a sequencing step that generates a huge number of sequencing reads.

Even more so, for a huge number of sequenced fungal gene clusters predicted to code for biosynthetic activities, no corresponding metabolite has been identified so far.

The proposed database subsequence clustering method could also be useful in proteome research, which requires a huge number of sequence homology searches.

Moreover, NGSs can be used to detect huge numbers of sequence variations or polymorphisms, e.g. single nucleotide polymorphisms (SNPs), insertions and deletions (indels), and copy-number variations (CNV), among different species, germplasms and varieties.

Particularly, recent advances in large-scale genome sequencing have generated a huge number of protein sequences.