There are 5 alleles at the BXR008 locus. In a large sample from the population from which the suspects come, the frequencies of the alleles (starting from lowest to highest number of repeats) are;0.1,0.2,0.5,0.15,0.05; construct a table to calculate the matching probability and answer the following;
able[[ able[[Number],[of],[repeats]],Frequency],[2,0.1],[3,0.2],[5,0.5],[7,0.15],[10,0.05]]
What is probability of the heterozygous genotype consisting of the least common allele for the BXR008 locus and the second most common.
There are 5 alleles at the BXR008 locus. In a large sample from the population from which the suspects come, the frequencies of the alleles (starting from lowest to highest number of repeats) are;0.1,0.2,0.5,0.15,0.05; construct a table to calculate the matching probability and answer the following;
Number of repeats Frequency
2
0.1
3
0.2
5
0.5
7
0.15
10
0.05
What is probability of the heterozygous genotype consisting of the least common allele for the BXR008 locus and the second most common.