Sentence examples for mismatch distribution was from inspiring English sources

The 90% confidence interval of the expected mismatch distribution was also computed.

The unimodality of the nucleotide frequency mismatch distribution was almost identical to a model of sudden expansion.

Goodness-of-fit between the observed and the expected mismatch distribution was tested using the sum of square deviation (SSD) approach.

Furthermore, the observed number of differences between haplotype pairs (i.e., mismatch distribution) was calculated in order to determine if populations are at demographic equilibrium.

The distribution of pairwise nucleotide differences between HLA alleles (i.e. mismatch distribution) was obtained for each population, and average mismatch distributions were generated on groups of populations defined on a geographic criterion.

For the other groups, the mismatch distribution was bimodal (results not shown); however, this does not necessarily exclude expansion of these populations, but may reflect the recent colonization by two divergent lineages [42].

The negative part of the mismatch distribution is of particular importance.

In populations that have recently undergone rapid expansion, the distribution of pairwise genetic differences between sequences (mismatch distribution) is expected to be unimodal [34].

For example, while a bimodal mismatch distribution is indicative of demographic equilibrium, a unimodal distribution indicates that the population has most likely passed through a recent population expansion [36], [37].

Standard diversity parameters (haplotype, H, and nucleotide, π, diversity), and mismatch distribution were calculated for the whole parthenogen dataset treated as a unique population (except the two shorter Australian haplotypes from GenBank and the two haplotypes from ATA related to A. urmiana), using Arlequin v. 2.0 [31].

Similarly, the observed mismatch distribution is not statistically identical to the expected distribution under a sudden growth model (p = 0.077).