Omegaverse

Editing Genetics

Warning: You are not logged in. Your IP address will be publicly visible if you make any edits. If you log in or create an account, your edits will be attributed to your username, along with other benefits.

The edit can be undone. Please check the comparison below to verify that this is what you want to do, and then publish the changes below to finish undoing the edit.

Latest revision Your text
Line 6: Line 6:


== Gender ==
== Gender ==
50% of adults are male, and 34% of kids (see section below about apparent gender at birth.)
Males in the omegaverse have one of the following:
Males in the omegaverse have one of the following:
# only one active chromosome, which is a Y (ex. xͣxͣYͦ ['aaO' if the first version is difficult to read)
# only one active chromosome, which is a Y (ex. xͣxͣYͦ ['xₐxₐYₒ' if the first version is difficult to read)
# two active  chromosomes, which are X and Y (XͣxͦYͦ [AoO])
# two active  chromosomes, which are X and Y (XͣxͦYͦ [XₐxₒYₒ])
# all chromosomes active, with an X and Y having matching bonds, and the other X having a different bond (XͣXͦYͦ [AOO])
# all chromosomes active, with an X and Y having matching bonds, and the other X having a different bond (XͣXͦYͦ [XₐXₒYₒ])
# all chromosomes inactive, with an X and Y having matching bonds, and the other X having a different bond (xͣxͦyͣ [aoa])
# all chromosomes inactive, with an X and Y having matching bonds, and the other X having a different bond (xͣxͦyͣ [xₐxₒyₐ])


44% of adults are female, and 31% of kids.
Females in the omegaverse have one of the following:
Females in the omegaverse have one of the following:
# only one active chromosome, which is an X (ex. xͦXͣyͣ ['oAa' if the first version is difficult to read)
# only one active chromosome, which is an X (ex. xͦXͣyͣ ['xₒXₐyₐ' if the first version is difficult to read)
# two active  chromosomes, which are both X (XͦXͦyͣ [OOa])
# two active  chromosomes, which are both X (XͦXͦyͣ [XₒXₒyₐ])
# all chromosomes active, with both Xs having matching bonds, and Y having a different bond (XͣXͣYͦ [AAO])
# all chromosomes active, with both Xs having matching bonds, and Y having a different bond (XͣXͣYͦ [XₐXₐYₒ])
# all chromosomes inactive, with both Xs having matching bonds, and Y having a different bond (xͦxͦyͣ [ooa])
# all chromosomes inactive, with both Xs having matching bonds, and Y having a different bond (xͦxͦyͣ [xₒxₒyₐ])


6% of adults are epicene/duosex, and 34% of kids.
Epicenes in the omegaverse have one of the following:
Adult epicenes in the omegaverse have one of the following:
# all chromosomes active, with all bonds matching (XͣXͣYͣ [XₐXₐYₐ])
# all chromosomes active, with all bonds matching (XͣXͣYͣ [AAA])
# all chromosomes inactive, with all bonds matching (xͦxͦyͦ [xₒxₒyₒ])
# all chromosomes inactive, with all bonds matching (xͦxͦyͦ [ooo])


== Dynamic ==
== Dynamic ==
31% of adults are alphas.
Alphas in the omegaverse have one of the following:
Alphas in the omegaverse have one of the following:
# all chromosomes inactive, at least two of them Ɑ-bonded (xͦxͣyͣ [oaa])
# all chromosomes inactive, at least two of them Ɑ-bonded (xͦxͣyͣ [xₒxₐyₐ])
# a single chromosome active, which is Ɑ-bonded, bonds of the inactive chromosomes match each other (xͦxͦYͣ [ooA])
# a single chromosome active, which is Ɑ-bonded, bonds of the inactive chromosomes match each other (xͦxͦYͣ [xₒxₒYₐ])
# two chromosomes active, both of which are Ɑ-bonded (XͣxͦYͣ [AoA])
# two chromosomes active, both of which are Ɑ-bonded (XͣxͦYͣ [XₐxₒYₐ])
# all chromosomes active, at least two of them Ɑ-bonded (XͣXͣYͣ [AAA])
# all chromosomes active, at least two of them Ɑ-bonded (XͣXͣYͣ [XₐXₐYₐ])


31% of adults are omegas.
Omegas in the omegaverse have one of the following:
Omegas in the omegaverse have one of the following:
# all chromosomes inactive, at least two of them Ω-bonded (xͦxͦyͦ [ooo])
# all chromosomes inactive, at least two of them Ω-bonded (xͦxͦyͦ [xₒxₒyₒ])
# a single chromosome active, which is Ω-bonded, bonds of the inactive chromosomes match each other (xͦxͦYͦ [ooO])
# a single chromosome active, which is Ω-bonded, bonds of the inactive chromosomes match each other (xͦxͦYͦ [xₒxₒYₒ])
# two chromosomes active, both of which are Ω-bonded (xͣXͦYͦ [aOO])
# two chromosomes active, both of which are Ω-bonded (xͣXͦYͦ [xₐXₒYₒ])
# all chromosomes active, at least two of them Ω-bonded (XͦXͦYͣ [OOA])
# all chromosomes active, at least two of them Ω-bonded (XͦXͦYͣ [XₒXₒYₐ])


38% of adults are betas.
Betas in the omegaverse have one of the following:
Betas in the omegaverse have one of the following:
# a single chromosome active, bonds of the inactive chromosomes do not match each other (Xͦxͣyͦ [Oao])
# a single chromosome active, bonds of the inactive chromosomes do not match each other (Xͦxͣyͦ [Xₒxₐyₒ])
# two chromosomes active, bonds do not match (xͣXͦYͣ [aOA])
# two chromosomes active, bonds do not match (xͣXͦYͣ [xₐXₒYₐ])


== Apparent Gender At Birth ==
== Apparent Gender At Birth ==
People with all chromosomes either active or inactive tend to have much more ambiguous genitalia at birth. All chromosomes active tends to lead to fully dual genitalia at birth, and possibly development of secondary gender traits for more than one gender at puberty. All chromosomes inactive tends to lead to underdeveloped genitalia at birth, and minimal development during puberty. Development during presentation is usually normal, but does not erase the unique development during puberty. These people tend to be more androgynous than other chromosome combinations. Because they are epicene at birth, these gender-dynamics are called 'Male Epicene/Female Epicene' in medical literature, but are not distinguished from 'Male/Female' in popular culture.
People with all chromosomes either active or inactive tend to have much more ambiguous genitalia at birth. All active tends to lead to fully dual genitalia. All inactive tends to lead to underdeveloped genitalia.
 
The term 'intersex' is not used in my omegaverse, but conditions that our Earth would consider intersex still exist. Hormone insensitivities are possible, as well as chromosome variations. Genitals can develop differently than chromosomes suggest for a variety of reasons. There are even omegaverse-specific disorders of sexual development, though I will leave those for someone more knowledgeable to design. ''But please note that epicene people are NOT intersex! Intersex activists have requested that fantasy biology, including SPECIFICALLY omegaverse biology, not be called intersex. Dual genital, dual sex, or ambiguous genitals are all terms that can be used.''
 
== Reproduction ==
A female/female couple has 85% change of having a girl, an 11% of having a boy, and a 4% chance of having an epicene kid.
 
A male/male couple has 81% change of having a boy, an 13% of having a girl, and a 6% chance of having an epicene kid.
 
An epicene/epicene couple has 50% change of having a boy, an 34% of having a girl, and a 16% chance of having an epicene kid.
 
Male/female couples have much more even distributions, with female kids being slightly more likely, and epicene kids averaging out at around 5%. (Though I haven't finished the male beta data.)
 
A Male/epicene or female/epicene couple have around a 13% chance of having an epicene kid. A male/epicene couple has a 62% chance of having a boy, and a 25% chance of having a girl, and a female/epicene couple has a 57% chance of having a girl, and a 30% chance of having a boy. (Also may be affected by the male beta data. There are a LOT of male betas!)
 
== Summary ==
These are the gender-dynamics different chromosome combinations are grouped under. Image shows the same information as the chart.
{| class="wikitable"
|+ Omegaverse Gender-Dynamics
|-
!  !! 'Strong' Alphas !! 'Neutral' Alphas !! 'Weak' Alphas !! 'Strong' Betas !! 'Neutral' Betas !! 'Weak' Omegas !! 'Neutral' Omegas !! 'Strong' Omegas
|-
| Male || XͣxͦYͣ, xͦXͣYͣ [AoA, oAA] || xͦxͦYͣ [ooA] || || XͣxͣYͦ, XͦxͣYͣ, XͣxͦYͦ, XͦxͦYͣ, xͣXͣYͦ, xͣXͦYͣ, xͦXͣYͦ, xͦXͦYͣ [AaO, OaA, AoO, OoA, aAO, aOA, oAO, oOA] || xͣxͦYͣ, xͦxͣYͣ, xͣxͦYͦ, xͦxͣYͦ [aoA, oaA, aoO, oaO] ||  || xͣxͣYͦ [aaO] || xͣXͦYͦ, XͦxͣYͦ [aOO, OaO]
|-
|  || xͣXͣYͣ, XͣxͣYͣ [aAA, AaA] ||  ||  ||  ||  ||  ||  || xͦXͦYͦ, XͦxͦYͦ [oOO, OoO]
|-
| Male Epicene || XͣXͦYͣ, XͦXͣYͣ [AOA, OAA] || xͣxͣYͣ [aaA] || xͣxͦyͣ, xͦxͣyͣ [aoa, oaa] ||  ||  || xͣxͦyͦ, xͦxͣyͦ [aoo, oao] || xͦxͦYͦ [ooO] || XͣXͦYͦ, XͦXͣYͦ [AOO, OAO]
|-
| Epicene || XͣXͣYͣ [AAA] ||  || xͣxͣyͣ [aaa] ||  ||  || xͦxͦyͦ [ooo] ||  || XͦXͦYͦ [OOO]
|-
| Female Epicene || XͣXͣYͦ [AAO] || xͣXͣyͣ, Xͣxͣyͣ [aAa, Aaa] || xͣxͣyͦ [aao] ||  ||  || xͦxͦyͣ [ooa] || xͦXͦyͦ, Xͦxͦyͦ [oOo, Ooo] || XͦXͦYͣ [OOA]
|-
| Female || XͣXͣyͦ [AAo] || Xͣxͦyͦ, xͦXͣyͦ [Aoo, oAo] || || XͣXͦyͣ, XͦXͣyͣ, XͣXͦyͦ, XͦXͣyͦ [AOa, OAa, AOo, OAo] || xͣXͣyͦ, xͦXͣyͣ, xͣXͦyͦ, xͦXͦyͣ, Xͣxͣyͦ, Xͣxͦyͣ, Xͦxͣyͦ, Xͦxͦyͣ [aAo, oAa, aOo, oOa, Aao, Aoa, Oao, Ooa] ||  || Xͦxͣyͣ, xͣXͦyͣ [Oaa, aOa] || XͦXͦyͣ [OOa]
|-
|  || XͣXͣyͣ [AAa] ||  ||  ||  ||  ||  ||  || XͦXͦyͦ [OOo]
|}
 
[[File:Omegaverse Gender-Dynamics.png|thumb]]
 
[[Category: Pages]]
[[Category: Biology]]
Please note that all contributions to Omegaverse are considered to be released under the Creative Commons Attribution-ShareAlike 4.0 International (CC BY-SA 4.0) (see Omegaverse:Copyrights for details). If you do not want your writing to be edited mercilessly and redistributed at will, then do not submit it here.
You are also promising us that you wrote this yourself, or copied it from a public domain or similar free resource. Do not submit copyrighted work without permission!
Cancel Editing help (opens in new window)
Retrieved from "https://omegaverse.wikioasis.org/wiki/Genetics"