Sentence examples for between samples making the from inspiring English sources

As a result, subassembly does not create contigs at the same loci between samples, making the several hundred nucleotide contigs it produces useful for shotgun sequencing rather than SNP discovery.

Thus, RAD-PE contigs are a robust way to generate long local assemblies at consistent regions of the genome between samples, making it a useful approach for comparative genomics, including marker and haplotype discovery.

Property variation between different samples makes the obtained data difficult to achieve self-consistency.

However, the different retention times of signal peaks for peptides between samples make it difficult to properly recognize the target peaks.

But in nonequilibrium scenarios the uncertainty of a possible decline event between samples makes calibration less obvious.

To ensure great distance between samples, make each square very far apart and then designate a smaller sample area within the original square chosen by the generator.

Moreover, observational studies allow for different kinds of the same exposure to be analyzed in the same sample, making the comparison between effects of different activities easier.

The removal of this sample makes the positive correlation between OP-1 and HA in the OA group statistically significant (P < 0.045).

One typical method to determine trees has been: 1) calculating p-distance from all SNP data between two samples, 2) making the p-distance matrix for all samples, 3) constructing a neighbor-joining tree with the matrix by a program such as 'neighbor' in the PHYLIP package [ 11] and 4) drawing the phylogenetic tree image by a program such as MEGA4 [ 12].

Notwithstanding the difficulties of teasing apart population size and selection effects on rates of evolution (see above), this is most likely due to the relatively small number of mutational events that occur between closely related samples, making it difficult to achieve a statistically significant number of nucleotide mutations between sequences.

Third was our knowledge of the previous classifications made by the Sorlie et al. 2003 Intrinsic/Stanford list of the Stanford/Norway samples (these samples are identified in Additional file 1): there was a high concordance (78%) between the classification of these samples made using either the Sorlie et al. 2003 Intrinsic/Stanford list or the Intrinsic/UNC list (excluding the IFN samples).