Sentence examples for differentiation is expected to from inspiring English sources

Conversely, for generalist species, genetic variability and gene flow among sites are expected to be high, and differentiation is expected to be low.

Since the number of SNPs necessary to detect low levels of differentiation is expected to be high (> 80) for highly mobile organisms [ 10, 11], we aimed at a high throughput discovery of SNPs in the mallard.

Under this model, even with low rates of genetic flux, differentiation is expected to be high near breakpoints, yet arrangements should be nearly indistinguishable toward the center of the inverted region.

Selective sweeps are expected to extend less far in regions of higher recombination rate, and thus allele frequency differentiation is expected to be negatively correlated with recombination rate under hitchhiking.

Under an isolation-by-distance scenario, genetic differentiation is expected to gradually increase with distance [ 27], but distance alone does not appear to create a significant barrier to gene flow.

Despite the high number of variables, in each case, the expected pattern of differentiation is expected to be summarized onto three main axes: one displaying difference between parental groups, a second characterizing the transgressive direction of hybrids, and a third expressing intra-group variation.

Inhibitors of self-renewal and genes required for differentiation are expected to be in the overproliferation group.

Stem cells are the least differentiated cells in their tissue of origin; therefore, transcription factors and signaling pathways that induce differentiation are expected to be downregulated in these cells.

If there is diversifying selection, with positive selection driving alleles to high frequencies in some but not all populations under study, increased differentiation is expected at loci under selection, as well as at closely linked loci [ 53].

For instance, Kremer and Le Corre (2012) and Le Corre and Kremer (2012) showed theoretically that even under high divergent selection, small or no differentiation is expected at loci implicated in quantitative trait variation when their number is large and gene flow is high.

Therefore, this differentiation process is expected to consist of latent and extension processes.