Table 1.

Probabilities of allele sharing between observed and random mates

Allele combinationDRB1DQA1DQB1Haplotypes
obs.exp.obs.exp.obs.exp.obs.exp.
0 shared812.845.81013.31115.2
1 shared1410.61011.91210.4139.3
2 shared42.6128.342.321.5
χ2P value0.1640.2870.2990.247
Statistical power0.4060.9990.5630.509
Allele combinationDRB1DQA1DQB1Haplotypes
obs.exp.obs.exp.obs.exp.obs.exp.
0 shared812.845.81013.31115.2
1 shared1410.61011.91210.4139.3
2 shared42.6128.342.321.5
χ2P value0.1640.2870.2990.247
Statistical power0.4060.9990.5630.509

The number of breeding pairs (n = 26) sharing 0, 1, or 2 alleles at each MHC locus and haplotype (obs.) was compared to what expected under a random chance of mating based on the breeders’ allele frequencies (exp.). The P values were computed by a χ2 test.

Table 1.

Probabilities of allele sharing between observed and random mates

Allele combinationDRB1DQA1DQB1Haplotypes
obs.exp.obs.exp.obs.exp.obs.exp.
0 shared812.845.81013.31115.2
1 shared1410.61011.91210.4139.3
2 shared42.6128.342.321.5
χ2P value0.1640.2870.2990.247
Statistical power0.4060.9990.5630.509
Allele combinationDRB1DQA1DQB1Haplotypes
obs.exp.obs.exp.obs.exp.obs.exp.
0 shared812.845.81013.31115.2
1 shared1410.61011.91210.4139.3
2 shared42.6128.342.321.5
χ2P value0.1640.2870.2990.247
Statistical power0.4060.9990.5630.509

The number of breeding pairs (n = 26) sharing 0, 1, or 2 alleles at each MHC locus and haplotype (obs.) was compared to what expected under a random chance of mating based on the breeders’ allele frequencies (exp.). The P values were computed by a χ2 test.

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