Sentence examples for methods for massively from inspiring English sources

Combining the strengths of both methods should be useful in the further development of sequence capture methods for massively parallel sequencing in the future.

This approach is widely used in the assembly of whole genomes but cannot be applied to targeted enrichment protocols, as hybridization-based capture methods for massively parallel sequencing typically require small insert fragments (200 bp)[ 5] and breakpoints of structural variants may lie outside of targeted regions.

We report on the implementation and initial applications of an integral-driven algorithm of the configuration-selecting multi-reference configuration interaction method for massively parallel architectures with distributed memory.

Fortunately, in recent years, degradome sequencing analysis [ 43], a new method for massively identifying target genes, is increasingly being developed for such applications.

The combination of these two aspects accuracy and complexity demands very high computational grid resolutions and, thus, high performance computing methods designed for massively parallel hardware architectures.

The ITMM is a spatial domain decomposition method proposed for massively parallel computations.

A new multi-block hybrid compact WENO finite-difference method for the massively parallel computation of compressible flows is presented.

Exome sequence data were produced by the University of Washington Genome Sciences Genomic Resource Center using the same methods for exome capture, massively parallel sequencing, read mapping, and annotation as previously described [Norton et al., 2011].

In this study we compared two hybridization methods for target enrichment for massively parallel sequencing and single nucleotide polymorphism (SNP) discovery, namely Nimblegen sequence capture arrays and the SureSelect liquid-based hybrid capture system.

However, this method is not suitable for massively parallel processor (MPP) supercomputers because all-to-all communication is required.

Two methods for quantitative expression profiling by massively parallel sequencing have been described: whole transcript sequencing or sequencing of randomly broken 3' fragments.