- Joined
- Jun 10, 2013
- Messages
- 123
- Reaction score
- 36
- Location
- Monterey, Ca
- Gender
- Male
- Political Leaning
- Libertarian
Currently there are two gender chromosomes, x and y.
xx = female (f)
xy = male (m)
These permit only one possible pairing and two normal offspring gender outcomes (not counting tripple chromosome disorders).
f + m = f, m
* note the comma means 'or'
The introduction of a 3rd gender chromosome (z) creates 4 additional genders.
In the presence of an x chromosome, the z chromosome is triggered (t) to behave like a y,
producing a half shemale.
xz(t) = half shemale (hs)
In the presence of a y chromosome, the z chromosome reverts (r) to behaving like an x,
producing an alt male.
yz(r) = alt male (am)
In the presence of another z chromosome, one or both of them must revert to x behavior,
producing either a full shemale or an alt female. They cannot both be triggered.
zz(r,t) = full shemale (fs)
zz(r,r) = alt female (af)
This introduces 14 additional pairings and 10 additional sets of offspring gender outcomes.
f + hs = f, hs
f + am = m, hs
f + fs = hs
m + hs = f, m, hs, am
m + fs, af = hs, am
hs + hs = f, hs, fs, af
hs + am = m, hs, am, fs
hs + fs, af = hs, fs
am + fs, af = am, fs, af
fs + fs, af = fs
xx = female (f)
xy = male (m)
These permit only one possible pairing and two normal offspring gender outcomes (not counting tripple chromosome disorders).
f + m = f, m
* note the comma means 'or'
The introduction of a 3rd gender chromosome (z) creates 4 additional genders.
In the presence of an x chromosome, the z chromosome is triggered (t) to behave like a y,
producing a half shemale.
xz(t) = half shemale (hs)
In the presence of a y chromosome, the z chromosome reverts (r) to behaving like an x,
producing an alt male.
yz(r) = alt male (am)
In the presence of another z chromosome, one or both of them must revert to x behavior,
producing either a full shemale or an alt female. They cannot both be triggered.
zz(r,t) = full shemale (fs)
zz(r,r) = alt female (af)
This introduces 14 additional pairings and 10 additional sets of offspring gender outcomes.
f + hs = f, hs
f + am = m, hs
f + fs = hs
m + hs = f, m, hs, am
m + fs, af = hs, am
hs + hs = f, hs, fs, af
hs + am = m, hs, am, fs
hs + fs, af = hs, fs
am + fs, af = am, fs, af
fs + fs, af = fs
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