Chapter Text
After contemplating the tables I came up with two additional rules that ALMOST fixes the numbers.
New rules:
- AXbY (Male Ab-Alpha) can only mate with OXbY (Male Omega)
- AXbX (Female Ab-Alpha) can only mate with AYOX (Male Theta)
The genders that exist are still the same:
Phenotype Genotype
Female AA-Alpha AXAX
Male AA-Alpha AXAY
Female Ab-Alpha AXbX
Male Ab-Alpha AXbY
Male Ab-Alpha AYbX
Female Theta AXOX
Male Theta AYOX
Female Ob-Omega OXbX
Male Ob-Omega OXbY
Female OO-Omega OXOX
Female Beta bXbX
Male Beta bXbY
1. Generation
Possible Matings
- AXAX AYOX AXAY AXOX AXAY AXOX
- AXAX OXbY AXOX AXbY AXOX AXbY
- AXAY AXOX AXAX AXOX AYAX AYOX
- AXAY OXbX AXOX AXbX AYOX AYbX
- AXAY OXbY AXOX AXbY AYOX AYbY
- AXAY OXOX AXOX AXOX AYOX AYOX
- AXbX AYOX AXAY AXOX bXAY bXOX
- AXbY OXbY AXOX AXbY bYOX bYbY
- AYbX AXOX AYOX AYbX bXAX bXOX
- AYbX OXbX AYOX AYbX bXOX bXbX
- AYbX OXbY AYOX AYbY bXOX bXbY
- AYbX OXOX AYOX AYOX bXOX bxOX
- AYOX AXOX AYAX AYOX OXAX OXOX
The frequency of genders:
1. Generation
Phenotype Genotype Absolute F Relative F (YY) Relative F (No YY)
Female AA-Alpha AXAX 1 2% 2%
Male AA-Alpha AXAY 5 10% 10%
Female Ab-Alpha AXbX 2 4% 4%
Male Ab-Alpha AXbY 4 8% 8%
Male Ab_Alpha AYbX 4 8% 8%
Female Theta AXOX 12 23% 24%
Male Theta AYOX 11 21% 22%
Female Ob-Omega OXbX 6 12% 12%
Male Ob-Omega OXbY 1 2% 2%
Female OO-Omega OXOX 1 2% 2%
Female Beta bXbX 1 2% 2%
Male Beta bXbY 1 2% 2%
Miscarriage YY 3 6%
Total With YY 52 100%
Without YY 49 100%
The frequency of males, females and miscarriages:
1. Generation Absolute F Relative F
XX Female 23 44%
XY Male 26 50%
YY Miscarriage 3 6%
TOTAL 52 100%
The frequency of males and females in second gender:
Phenotype Absolute F Got (no YY) Relative F Got (YY) Relative F
Female Theta 12 24% 23%
Male Theta 11 22% 21%
Female Alpha 3 6% 6%
Male Alpha 13 27% 25%
Female Omega 7 14% 13%
Male Omega 1 2% 2%
Female Beta 1 2% 2%
Male Beta 1 2% 2%
(Miscarriage) (3) (6%)
TOTAL 49 (52) 100% 94%
The frequency of second gender:
Phenotype Got (no YY) Wanted Got (YY)
Theta 47% 50% 44%
Alpha 33% 30% 31%
Omega 16% 20% 15%
Beta 4% Rare 4%
(Miscarriage) (6%)
TOTAL 100% 94%
Comments:
I don't think there are any other changes that can be made in order to fix the numbers in the first generation except declaring something like "half of the pregnancies that would result in a Male Omega will end up as a miscarriage" (should make Male Omegas ca 1%) and that "only every tenth pregnancy that would result in a Male Beta will NOT end in a miscarriage" (should make Male Betas almost 0%) (2%/10= 0,02/10=0,002=0,2%).