Sentence examples for more reliable sequence from inspiring English sources

T2-weighted imaging is actually considered the more reliable sequence in differentiating SH from TZ cancers, by the identification of distinctive SH typical features like the surrounding subtle pseudocapsule, heterogeneous signal intensity, round shape and well-defined margins [16, 31, 32].

The availability of more reliable sequence search tools therefore helps to increase the success rates of the widely used approach to model proteins of unknown structures from homologous template structures [8].

In addition, technical advances in the field of massively parallel sequencing, with increasing coverage depths, have not only led to the detection of miRNAs of ever lower abundance but also to more reliable sequence annotation.

Including as much as possible DNA template for more reliable sequencing results [44] would perhaps help in less fragmented samples, while discrepant results on KRAS mutation status assessed with sequencing and with DxS-KRAS have recently been reported although not defined [51].

The comparison between sequence length categories based on average coverage, before and after the contig filtering step, revealed that this procedure was able to sensibly reduce the amount of short sequences, especially those shorter than 500 bp, moving the distribution of contig length towards longer and more reliable sequences.

We also used haplotype frequencies to measure differentiation, which has been shown to be more reliable than sequence diversity for smaller sample sizes [25] but results for both statistics were similar for antigens with smaller sample sizes (lsa1, glurp, pfs48/45).

The more reliable signature sequence for distinguishing the variants of these three genotypes is located in the region upstream of this segment, including part of or the entire GP5+ priming site.

The ESTs comprising each cluster were assembled using CAP3 [ 14] to produce longer and more reliable consensus sequences (i.e. contigs).

Identifications tend to be more reliable when the sequence coverage is large or based on a few high quality spectra.

Generally, such homology-based approaches tend to become more reliable as the sequence similarity between proteins increases [2].

First, identification of unique contigs (and therefore putatively unique genes) is more reliable than in 5' sequencing projects since alternative splicing is much more frequent in 5' as opposed to 3' UTR [ 73], meaning that it is more likely for transcripts of the same gene to share a common polyA tail.