Hello, this is a supplement post for my original, found here: https://www.lioden.com/topic.php?id=304429343984

I will be producing adoptables with bases in real genetics. The creatures of the topic are called Geneops, and they are creatures domesticated and bred for scientific research and as pets.
It would be silly to explain it just in words, so I'll use pictures.


This is a pair of geneops. They are rather simply-colored but that is simply for explanation. The one on the left is male and has fangs, while the right one is a female and lacks fangs.

When the adopts are put up for sale, they will be arranged in a fashion like this:

Female
Base Orange
Paws Red
Eyes Blue
Tail X Kinked
(Price)

The information below the adopt is its genes. Its genes info is important, and if you buy the adopt you must keep it in a safe place if you want to breed your geneops at a later time. Breeding the geneops will require a fee (which i have yet to decide, suggestions welcome!).
For the sake of this demonstration though, lets perform a cross. This lists all the possible offspring based on a trait. We will do a cross based on their tails.

The female's genes are already known. The male's genes are as follows:
Male
Base Grey
Paws Grey (light)
Eyes Red (dark)
Tail Y Long/Kinked

Initially this may seem weird, but here is the cross based on their tail traits.


This cross reveals many things about their genes, and I will elaborate on all of them.
There is a presence of dominant and recessive traits. The male has two versions of a trait in his genes, one for a long tail and one for a kinked tail. This means that the male is heterozygous for a tail trait. Because the long tailed trait appears physically, though, the male's tail phenotype is a long tail and it can be assumed that the long tail is dominant over the kinked tail. The female has only a trait for a kinked tail, meaning that she is homozygous for the kinked tail trait.

Additionally, the base colors of the geneops exhibit incomplete dominance. Rather than one color dominating the other, the colors seem to mix.

There are also traits that seem to be passed down exclusively from one parent. All of the offspring exhibit their father's paw color and their mother's eye color.

This cross doesn't reveal all of the possibilities of geneops, though. As more trait possibilities are released, as well as the presence of mutations, there will be an endless way to produce the prettiest and coolest geneops for your enjoyment.

Let me know what you think. I'm still trying to figure out a unit price for each geneops, and I was even thinking of charging real currency (if that's possible on this site). Any suggestions are welcome.

Additionally, if the situation arises, yes you are allowed to make your own geneops :) The only restriction is that geneops produced by me or bred from my stock are the only ones allowed to officially breed and be considered "canon."