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. 2016 Nov 7;205(1):333–351. doi: 10.1534/genetics.116.196238

Table 2. Wolbachia in the yakuba complex cause CI.

N Mean SD ♀I × ♂I ♀U × ♂I ♀I × ♂U ♀U × ♂U
D. teissieri ♀I × ♂I 44 0.94 0.05 623.64 1.307 23.08
♀U × ♂I 44 0.75 0.09 376.10 624.94 646.72
♀I × ♂U 44 0.94 0.04 376.10 376.10 21.77
♀U × ♂U 44 0.95 0.05 376.10 376.10 376.10
D. yakuba ♀I × ♂I 44 0.93 0.08 494.72 29.14 59.74
♀U × ♂I 44 0.79 0.11 376.10 523.85 554.45
♀I × ♂U 44 0.95 0.06 376.10 376.10 30.60
♀U × ♂U 44 0.96 0.04 376.10 376.10 376.10
D. santomea ♀I × ♂I 44 0.95 0.04 580.80 261.70 89.56
♀U × ♂I 55 0.79 0.10 356.80 320.10 491.24
♀I × ♂U 44 0.88 0.08 376.10 356.80 172.15
♀U × ♂U 44 0.93 0.05 376.10 356.80 376.10

UI crosses generally have reduced egg-to-adult viability. N is the number of single-pair matings that produced the mean and standard deviation (SD). The last four columns show our statistical analyses as 4 × 4 matrices for each species. The upper triangular matrix shows the observed Kruskal-Wallis difference. The lower triangular matrix shows the critical value required to achieve statistical significance at P < 0.05 after correcting for multiple comparisons. For example, the mean egg-to-adult viability of ♀U × ♂I D. teissieri crosses (0.75) is significantly different from the mean egg-to-adult viability of the ♀I × ♂U crosses (0.94) as evidenced by the observed Kruskal-Wallis difference (624.94) surpassing the critical value (376.10). Statistically significant differences (P < 0.05) are indicated in boldface.