Sentence examples for marker density from from inspiring English sources

We identified 1,136 RS-specific and 1,097 BP-specific RAD markers at 1,890 loci, recapitulating the marker density from our original study using RAD microarrays [11].

Furthermore, Figure 2 shows that increasing the marker density from 0.5 to 1Ne/M produces little extra gain.

They showed that by doubling marker density from 1 N e to 2 N e the accuracy of estimated breeding values increased by 14%.

This current linkage map increased the total map length by 734.4 cM and decreased the average marker density from 8.43 cM in the previous Q165 map [ 13] to 4.3 cM.

Interestingly, while the prediction accuracy was improved by approximately 20 % with increased marker density from 0.5 K to 5 K SNPs, there was very little or no improvement in accuracy of prediction with increased marker density beyond this level.

We found a slight decrease in the map length due to the addition of more markers, thereby increasing the marker density from 1.27 cM in the previous map to 0.87 cM in the present one.

For example, Hospital et al. (1997), Bernardo and Charcosset (2006) and Blanc et al. (2008) simulated marker densities from one marker per 5 50 cM, compared with one marker per cM in this study.

The length of each linkage group ranged from 54.9 to 99.6 cM, and the marker density varied from 123 to 274 across the linkage groups.

While a benefit of 12% was achieved when marker density increased from 10too 100 SNP/Morgan, the benefit was only 2% when it increased from 100 to 500 SNP/Morgan.

Chromosome wise marker density varied from 6.21 cM/marker in chromosome 11 to 19.25 cM/marker on chromosome 3 (Table 3).

The average marker density varied from 1.9 cM for chromosome 2H (228 cM/120 SNPs) to 3.1 cM for chromosome 7H (230 cM/75 SNPs).