Sentence examples for substantially higher sequence from inspiring English sources

Likewise, WGS provided high sensitivity and specificity (each >97.3%) and no observable ambiguity (0.0%) for prediction of allele groups, but required substantially higher sequence depth, on the order of 400 million paired reads, to achieve this.

In a real sequencing experiment, the coverage varies approximately according to a Poisson distribution, and to guarantee 100-fold coverage would require substantially higher sequencing and costs (Supplementary Fig. S2).

The data that is currently being generated by large-scale reference metagenome projects, such as the Earth Microbiome Project [ 48] and the Gene Ocean Sampling [ 44], will offer a substantially higher sequencing depth and may therefore reveal additional classes and variants of qnr genes.

The substantially high sequence similarity between interacting genes with high function similarity may be partially due to the duplicated genes that still maintain highly similar functions and are spatially close [ 18, 19].

The coverage parameter should be set substantially higher than the sequencing coverage so that the GMS value has a large sample of reads at every position.

Thus, the phylogenetic accuracy obtained by SIA is comparable to that obtained by masking followed by MP, but with substantially higher retention of sequences.

This is substantially higher than the average sequence divergence (2.7%) found by comparing randomly selected pairs of congeneric sequences [6].

The distances between the Somali wild ass sequence and any of the horse sequences were substantially higher than the other comparisons, reaffirming that Somali wild ass is an adequate outgroup.

In our hands, the affinity of RcsB for the flhDC operator sequence was substantially higher than the one reported in the literature (Fig. 4A).

However, EPO alignments can assign a substantially higher amount of inserted mouse sequence (28% vs. 1.9%).

In the initial 16S rRNA gene phylogeny containing all of the sequences derived from the symbionts of Columbicola spp., the sequences derived from C. veigasimoni and C. paradoxus exhibited unusually long branches, indicating substantially higher evolutionary rates than the sequences of the other Columbicola spp. symbionts of the same clade (Additional file 1).