Sex-linked recessive mutation X Autosomal Dominant mutation ( or Autosomal Incomplete Dominant mutation)


For this I'm going to use lutino (ino) as Sex-linked mutation and greygreen (grey)  as Dominant mutation.

Note: In some of this calculations are 2 red eye (lutino) paired together in almost a species you can get blind chicks, however with the lorikeets it is possible without any problems.


lutino male x SF greygreen female gives:


  • male 50% normal / lutino
  • male 50% SF greygreen / lutino


  • female 50% lutino
  • female 50 % SF greygreen lutino


SF greygreen male x lutino female  gives:


  • male 50% normal / lutino
  • male 50% SF greygreen / lutino


  • female 50% normal (pure wildcolour)
  • female 50% SF greygreen

                                                                                                           


SF greygreen male x SF greygreen lutino female gives:


  • male 50% SF greygreen / lutino
  • male 25% DF greygreen / lutino
  • male 25% normal / lutino


  • female 50% SF greygreen
  • female 25% DF greygreen
  • female 25% normal (pure wildcolour)


SF greygreen/ lutino male x lutino gives:


  • male 25% SF greygreen
  • male 25% lutino
  • male 25% SF greygreen/ lutino
  • male 25% SF greygreen lutino


  • female 25% SF greygreen
  • female 25% lutino
  • female 25% SF greygreen lutino
  • female 25% normal (pure wildcolour)


SF greygreen/ lutino male x SF greygreen lutino female gives:


  • male 12,5% lutino
  • male 12,5% normal / lutino
  • male 25% SF greygreen / lutino
  • male 25% SF greygreen lutino
  • male 12,5% DF greygreen / lutino
  • male 12,5% DF greygreen lutino


  • female 12,5% normal (pure wildcolour)
  • female 12,5% lutino
  • female 25% SF greygreen
  • female 25% SF greygreen lutino
  • female 12,5% DF greygreen
  • female 12,5% DF greygreen lutino


SF greygreen lutino male x SF greygreen lutino female gives:


  • male 50% SF greygreen lutino
  • male 25% lutino
  • male 25% DF greygreen lutino


  • female 50 % SF greygreen lutino
  • female 25% lutino
  • female 25% DF greygreen lutino


DF greygreen lutino male x SF greygreen lutino female gives:


  • male 50% SF greygreen lutino
  • male 50% DF greygreen lutino


  • female 50% SF greygreen lutino
  • female 50% DF greygreen lutino



DF greygreen lutino male x DF greygreen lutino female gives:


  • male 100% DF greygreen lutino


  • female 100% DF greygreen lutino


DF greygreen lutino male x normal (pure wildcolour) female gives:


  • male 100% SF greygreen / lutino


  • female 100% SF greygreen lutino


DF greygreen lutino male x lutino female gives:


  • male 100% SF greygreen lutino


  • female 100% SF greygreen lutino


DF greygreen / lutino male x  normal (pure wildcolour) female gives:


  • male 50% SF greygreen
  • male 50% SF greygreen / lutino


  • female 50% SF greygreen
  • female 50% SF greygreen lutino


lutino male x DF greygreen female gives:


  • male 100% SF greygreen / lutino


  • female 100% SF greygreen


normal (pure wildcolour) male x SF greygreen lutino gives:


  • male 50% SF greygreen/ lutino
  • male 50% normal / lutino


  • female 50% SF greygreen
  • female 50% normal (pure wildcolour)


normal (pure wildcolour) male x DF greygreen lutino female gives:


  • male 100% SF greygreen / lutino


  • female 100% SF greygreen


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