Sentence examples for accepted sequences from inspiring English sources

However, when all accepted sequences were evaluated (Table S4), we observed a non-statistically significant trend for a reduced frequency of homopolymers ≥5 in the 454-derived dataset when compared to the Sanger-derived sequence set (chi-square test, P = 0.9955).

To maximize the relatively high accuracy of Roche GS-FLX 454 sequencing and to ensure a more accurate de novo transcriptome assembly we accepted sequences for assembly only after a stringent quality control and trimming process.

To avoid incorrect assignments we only accepted sequences as valid when they were derived from organisms that had been identified by both morphological and molecular methods or when they showed a high degree of homology to such sequences.

Once the graph is cleaned, MOSAIC then chooses at most one proposal ortholog from each species so that the overall pairwise similarity between accepted sequences is optimized.

Certain rocks and successions of ash layers also remain unaccounted for in the presently accepted sequence of events.

The accepted sequence of predynastic cultures is based on the excavations of British archaeologist Sir Flinders Petrie at Naqādah, at Al-ʿĀmirah (El-ʿÂmra), and at Al-Jīzah (El-Giza).

According to widely accepted sequence stratigraphic and fill-and-spill models, sedimentary cyclicity along continental margins is modulated by relative sea-level change, whereas smaller-scale intraslope accommodation is controlled by the filling of pre-existing bathymetric depressions.

GlycoCT encompasses the capabilities of the heterogeneous landscape of digital encoding schemata in glycomics and is thus a step forward on the way to a unified and broadly accepted sequence format in glycobioinformatics.

When the accepted sequence sets derived from both methods were compared (Table S4, online), we observed that the frequency of homopolymer-containing sequences to be only slightly higher (and non-statistically significant, Chi-square test; P-value = 0.9955) in the Sanger-dataset (20.4%) than in the pyrosequencing dataset (18.6%).

The widely accepted sequence motif finding problem formulation proposed by Pevzner and Sze in [ 1] is adopted in this article.

In the first case, we have shown that cSBT can effectively screen large cohorts for novel alleles, which can then be characterized with traditional and accepted sequencing methods.