But these allusions to wider decay seem too generalised, distancing us from the two characters.
Their misdirections are distinct and individual, but they reflect a wider decay and displacement.
To investigate whether this phenomenon occurs in fission yeast, we measured genome-wide decay rates in wild-type and ccr4 mutants [ 26].
Figure S2.LD decay plots for each population showing the genome-wide decay of LD as measured by r and D'. Figure S3.SNP density in the three domesticated/wild comparisons.
This group of varieties may be unique to the more isolated Bahau river region and warrants more in-depth analysis to determine how these varieties differ from others in this study in terms of genome-wide diversity, decay of linkage disequilibrium, and traits of interest to farmers.
As for the modern variety sub-group, chromosomes 1B, 1D, 2D, 3A, 3B, 3D, 4A, 4B, 6B, 6D, and 7B had <5 cM values similar to the landraces, but the other 10 chromosomes showed wider LD decay distances extending to 20 25 cM for 5A and 7D.
Average genome-wide LD decay versus genetic distance was estimated as previously described [ 75].
In this study, the estimate of genome-wide LD decay rate was much lower than that in rice [ 23].
In the present study the average genome wide LD decayed within 1.28 cM, supporting previous studies in winter oilseed rape collections [ 40, 42, 43].
Therefore, the genome-wide LD decay distance was ~109.37 kb at which the r 2 dropped to half its maximum value (r2 max) (Additional file 9: Table S6).
Pairwise analysis of adjacent SNPs within a chromosome as well as within a haplotype allowed us to estimate genome-wide LD decay.
