Description | Probability | θ′ | ||
---|---|---|---|---|

M_{A} = M_{B} = S_{A} = S_{B} | 1 | 1 | 1 | |

M_{A} = M_{B} = S_{A} ≠ S_{B} | 1 | F_{s} | F_{s} | |

M_{A} = M_{B} = S_{B} ≠ S_{A} | 1 | F_{s} | F_{s} | |

M_{A} = M_{B} ≠ S_{A} = S_{B} | 1 | 1 | 1 | |

M_{A} ≠ M_{B} = S_{A} = S_{B} | 1 | F_{s} | F_{s} | |

M_{A} = S_{A} = S_{B} ≠ M_{B} | F_{c} | 1 | F_{c} | |

M_{A} ≠ M_{B} = S_{A} = S_{B} | F_{c} | 1 | F_{c} | |

M_{A} = S_{A} ≠ M_{B} = S_{B} | F_{c} | F_{s} | θ | |

M_{A} = S_{B} ≠ M_{B} = S_{A} | F_{c} | F_{s} | θ | |

M_{A} = S_{A} ≠ M_{B} ≠ S_{B} | F_{c} | F_{s} | F_{c}F_{s} | |

M_{A} ≠ S_{A} ≠ M_{B} = S_{B} | F_{c} | F_{s} | F_{c}F_{s} | |

M_{A} ≠ M_{B} ≠ S_{A} = S_{B} | F_{c} | 1 | F_{c} | |

M_{A} ≠ S_{B} ≠ M_{B} = S_{A} | F_{c} | F_{s} | F_{c}F_{s} | |

M_{A} = S_{B} ≠ M_{B} ≠ S_{A} | F_{c} | F_{s} | F_{c}F_{s} | |

M_{A} ≠ M_{B} ≠ S_{A} ≠ S_{B} | F_{c} | F_{s} | F_{c}F_{s} |

Note that the probabilities of outcomes with

*S*_{A}*= S*_{B}sum to 1/*N*, the probabilities of outcomes with*M*_{A}*= M*_{B}sum to 1/*N*_{♀}, the probabilities of outcomes with*M*_{A}*≠ M*_{B}sum to , and the probabilities with*S*_{A}*≠ S*_{B}sum to .*M*_{A(B)}refers to the mitochondrial donor of individual A (or B).*S*_{A(B)}refers to the symbiont donor of individual A (or B).