A first panel of rabbits used for mapping was genotyped by direct sequencing for the deletion using primers F9/R9 (Table 3).
Six microsatellites that were positive for linkage in the primary scan, as well as the 6 additional microsatellites added for the refined mapping, were genotyped in 26 of the additional 79 multicase families that were Muslim.
For Chromosomes 2 (7 markers) and 11 (7 markers), microsatellites that were positive for linkage in the primary scan, as well as the 7 additional microsatellites added for the refined mapping, were genotyped in the 79 additional multicase families.
For Chromosomes 6 (5 markers) and 8 (5 markers) microsatellites that were positive for linkage in the primary scan, as well as the 4 additional microsatellites added for the refined mapping, were genotyped in 52 of the additional 79 multicase families that were Hindu.
Ninety-four markerstellite markers used in the genetic linkage map were genotyped using the 421 hybrid cell lines.
Typically, the most time consuming and expensive part of creating high-density radiation hybrid (RH) maps is genotyping the markers on the RH panel with conventional approaches.
In whole genome association mapping populations are genotyped with a genome-wide set of closely linked and evenly distributed markers.
In mQTL mapping, individuals are genotyped and phenotyped in parallel and the resulting genome-wide and metabolome-wide profiles are then quantitatively correlated (Box 1).
Markers not informative on the Sakamoto et al. [ 3] map having been associated with mapping annotation were genotyped on the reference families of Nichols et al. [ 2].
The mapping population is genotyped at molecular markers to construct a linkage map covering the entire genome.
