Sentence examples for approach of sequence from inspiring English sources

A collective approach of sequence analysis, phylogenetic tree and in silico prediction of amyloidogenecity using bioinformatics tools have been used to correlate the observed species-specific variations in IAPP sequences with the amyloid forming propensity.

Using such a yardstick will call into question the very approach of sequence analyses.

We have developed and applied a two-dimensional approach of sequence analysis, called Hydrophobic Cluster Analysis (HCA), which has been useful for the prediction of orthologous proteins in different eukaryotic lineages [ 29, 30].

This study shows that the integrated approach of sequence-based GWAS and functional genome annotation has the potential to match complex traits to their causal polymorphisms in rice.

Although protocols for sequencing cpDNA based on consensus primer walking of total genomic DNA exist [18], it is still essential to have protocols based on the more conventional approach of sequencing chloroplast DNA via highly purified cpDNA because it allows efficient detection of SNPs and insertion-deletion polymorphisms (Indels) within a plant population.

The SNPs selected for validation indicated that the approach of sequencing cDNA would be beneficial for generating new set of DNA markers in sorghum.

The combined approach of 3' sequencing and computational identification of alternative polyadenylation ensured that the final array represented all detectable 3' splice/polyadenylation variants identified by our methods.

Complete Genomics' approach of sequencing by unchained ligation uses anchor probes to find adaptor sites and detection probes consisting of nine bases (nonamers) and four dyes.

Some studies, which used 16S rRNA gene sequencing to identify bacteria in a relatively small number of clinical specimens, adopted the approach of sequencing about 50 clones from each library generated per sample [ 33, 52].

However, until recently the application of sequencing technology in transcriptome profiling has been limited by high cost, by the need to amplify DNA through bacterial cloning, and by the traditional Sanger approach of sequencing by chain termination [ 7].

We followed a combined approach of sequencing known nuclear genes involved in mitochondrial protein synthesis (EFG1, EFTu, EFTs, MRPS16, TRMU), as well as performing in vitro functional studies in 22 patient cell lines.