Sentence examples for base pairs were simulated from inspiring English sources

Fifty replications of fixed gene lengths including 250, 500, 1,000, 2,000, and 5,000 base pairs were simulated.

Thirty chromosomes each with base haplotypes of 100 cM (1 · 108 base pairs) were simulated with a per site mutation rate of 2.5 · 10-8.

As described in Clark et al. [ 11], 30 chromosomes each with base haplotypes of 100 cM (1.10 base pairs) were simulated with a mutation rate of 2.5.10-8 per site.

As described in Clark et al. [ 17], thirty chromosomes each with base haplotypes of a 100 cM region (1·108 base pairs) were simulated, with a per site mutation rate of 2.5·10-8.

The chromosomes, each 100 cM long and comprising 10 base pairs, were simulated using a per site mutation rate of 2.5 × 10−8, and an effective population size (Ne) that changed over time.

First, the two pairs are simulated by varying the gap-distance d between the nanocylinder pair with the fixed pair-distance of 20 nm as shown in Figure 4a.

The 30 chromosomes were each 100 cM in length comprising approximately 10 base pairs and were simulated using a per site mutation rate of 2.5*10−8 and an effective population size (Ne) of 100 in the final generation of the sequence simulation.

The chromosome was 100 cM long and contained 1.0 × 10 base pairs that were simulated using a per site mutation rate of 2.5 × 10-8 and a varying effective population size over time that reflected estimates for a Holstein cattle population [ 21]: 100 in the final generation of haplotype sequence simulation, 1256 at 1000 years ago, 4350 at 10 000 years ago, and 43 500 at 100 000 years ago.

All possible one hundred base pair reads were simulated from each genotype using a sliding window approach.

After TspR I digestion, fragments with172 base pairs and 71 base pairs were observed for genotype TT; fragments with 172 base pairs, 88 base pairs, 84 base pairs, and 71 base pairs were observed for genotype TC; and fragments with 88 base pairs, 84 base pairs, and 71 base pairs were observed for genotype CC.

To begin to attack this problem for RNAPs via MD, all four cognate base pairs would be simulated with a closed trigger loop in explicit water.