Sentence examples for frequency of divergence from inspiring English sources

The frequency of divergence for each oligonucleotide is expressed as the ratio of observed to expected, and were determined for each genome studied using Swaap Genome Search version 1.0.1 [ 42].

The frequency of divergence for each tetranucleotide is expressed as the ratio of observed to expected, and the TUD profiles for all tetranucleotides determined for each organism studied using Swaap 1.0.1 [ 36], and their relative abundance between genomes compared by linear regression analysis.

In this study I offer simple corrections for those biases which may be used to estimate the unascertained site frequency spectrum of divergence ascertained data as well as for estimation of evolutionary parameters when the sequence used for ascertainment is included in the population sample.

Expectations for total amounts of polymorphism (and amounts of polymorphism segregating in a given class of frequency) and divergence can then be compared to amounts expected for a class of mutations that are hypothesized to be neutral (Fig. 4).

Histograms are the observed frequencies of pairwise divergences among sequences and the line refers to the expectation under the model of population expansion.

Indeed, although intergenic regions and introns of different lengths have similar prevalences of low-frequency polymorphisms, the pattern observed for the high-frequency polymorphisms and sites of divergence is radically different.

Finally, the effects of the parameters on natural frequencies, and the phenomenon of divergence instability are investigated.

For the correlation of minor allele frequency with divergence, we used frequencies of biallelic SNPs from mtDB.

Furthermore, a study on great tits at the population level revealed a consist pattern of divergence in frequency use between urban and forest great tits which is most likely due to the impact of anthropogenic noise (Slabbekoorn and den Boer-Visser 2006).

Hence, in [19], the time and frequency divergences of the non-WSSUS vehicular channel at 5.2 GHz were characterized using spectral divergence measure.

The second is the rate of change of ln(Rf(t)) with time, that is, τe sets the time of divergence of marker frequency and αe the rate of divergence.