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For the WNA markers, the SNPs as well as the null allele polymorphisms were considered.
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The core at-risk haplotype of seven markers can be identified using only three markers (the SNP SNP8NRG221533 and the two microsatellites 478B14-848 and 420M9-1395) [ 59].
The qBK1 WD region from the primary mapping was further analyzed with 46 additional InDel markers for the insertion/deletion sites and 15 tetra markers for the SNPs based on the resequencing data of the Wonseadaesoo and Junam varieties.
This method estimates haplotype frequencies across all specified markers, including the SNPs of interest and the tag HLA alleles.
This summary focuses on the most abundant genetic marker, the SNP, in the human genome.
We believe that single nucleotide polymorphisms (SNPs) will become the main source of genetic markers, because the SNP is the most frequent type of DNA polymorphism.
Furthermore, we develop molecular markers based on the SNPs found.
The less polymorphic marker was the SNP g.522 > G for which the G allele was fixed in 18 breeds.
Recombination events are stochastic and different sub-sets of the markers (SNPs) are informative in the different pedigrees.
b The SNPs markers correspond to 47 gene loci and 143 contigs.
The green bars represent the chromosome fragments derived from Kongyu 131, the red bars represent the chromosome fragments derived from GKBR, and the horizontal black lines indicate the SNP markers(the shorter, darker lines represent the centromeres).
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