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. 2008 Oct 8;105(41):15831–15836. doi: 10.1073/pnas.0804253105

Table 2.

Viability effects of mtRPOL genotype in interpopulation hybrids

mtRPOL genotypes
Hardy–Weinberg Allele frequencies
Match Heterozygote Mismatch
ABxSCN
    Observed 69 94 50 χ2 = 2.5909 pmatch = 0.54 χ2 = 3.206
    Expected 63 106 44 P = 0.1075 pmismatch = 0.46 P = 0.073
ABxSD
    Observed 77 79 32 χ2 = 1.2549 pmatch = 0.62 χ2 = 21.543
    Expected 72 89 27 P = 0.2626 pmismatch = 0.38 P < 0.0001
SCNxAB
    Observed 67 115 35 χ2 = 1.5118 pmatch = 0.57 χ2 = 9.428
    Expected 71 106 39 P = 0.2188 pmismatch = 0.43 P = 0.002
SCNxSD
    Observed 62 71 17 χ2 = 0.2435 pmatch = 0.65 χ2 = 26.316
    Expected 63 68 18 P = 0.6217 pmismatch = 0.35 P < 0.0001
SDxAB
    Observed 22 61 59 χ2 = 0.8698 pmatch = 0.37 χ2 = 19.282
    Expected 19 66 56 P = 0.3510 pmismatch = 0.63 P < 0.0001
SDxSCN
    Observed 30 89 75 χ2 = 0.1781 pmatch = 0.38 χ2 = 20.876
    Expected 29 92 74 P = 0.6730 pmismatch = 0.62 P < 0.0001

Genotypic numbers and χ2 test to Hardy–Weinberg expectations for mtRPOL genotypes in F4 hybrid adults reared under control conditions. Also shown are the mtRPOL allelic frequencies (matched = same source population as for the mtDNA) and chi-square test for deviation from the neutral expected frequency of 0.5. All crosses are listed as (female parent population) × (male parent population). AB = Abalone Cove; SCN = Santa Cruz; SD = San Diego.