Sentence examples for the proportion of selection from inspiring English sources

First, a component due to relatedness,, which represents the proportion of selection acting directly on the G-values of individuals, and which is always positive.

The proportion of selection genes was not obviously enriched compared with the permutation in genes with very high degrees (degree > 20, fig. 2 A), likely due to the limited number of high degree genes (only 8.8% of genes had a degree > 20).

Figure 2 displays a stacked accumulation of the selections of formality level per factor, providing an easier method of comparing the proportion of selections overall.

If these answers were not considered, the proportion of selections of logistical/practical reasons would be 13.31%95%5% CI 9.9 17.62) during first-order treatments and 11.82% (95% 8.92 15.46) overall.

To look into more details, we calculated the proportions of selection genes within different intervals of centrality scores.

A similar pattern was observed when the proportions of selection were conditioned on the BC score of global centrality (fig. 2 B).

In EAS, the proportions of selection increased from a significant underrepresentation at the very periphery of the network (BC = 0; nominal P = 0.001, FDR corrected P = 0.007) to a marginally significant overrepresentation with high BC scores of 2,001 20,000 (nominal P = 0.008, FDR corrected P = 0.025).

The rationale of this scheme is that to increase the proportion of positive selection sites will increase the power of LRT [ 47].

Only a mild decrease was observed in the proportion of post-selection DN3b cells of Lck-FADD mice.

As in Bim −/− /Nur77GFP mice, the proportion of post-selection DP thymocytes was consequently increased compared to wild-type mice, reflecting the rescue of these cells from deletion.

For each interval of DC and BC, a Z-score of the proportion of positive selection was obtained as follows: (3) Z − score S, i = P S, i − Expected (P N, i ) Standard deviation (P N, i ) Where i is the interval index, P S, i is the empirical proportion of selection, and P N, i is the proportion of randomly sampled proteins under the null hypothesis.