Cheshire Kitty wrote:Breeding Form
Username: Bunnie love
Second cat's owner:* kissing mare2
Cat 1:
Cat 2:
Artist: Immy wimmy
Payment: wishes
Other: me and kissing mare 2 were talking about this breeding for a long time now
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To make this kitten I use real cat genetics. Therefore, I made some assumptions on the equivalent cat colours for the parents:
> African Wild Dog parent: I made assumption that this kitty carried the following genetics: Tonkinese point markings (for the dark 'points' on the face, feet and tail), some white markings (about grade 5 of 10), the sex-linked gene for orange, homozygous for the black pelt (hence the dark face, but the Tonkinese gene dilutes everywhere else a lighter colour), homozygous dominant dilution alleles (no further dilution occurs), positive for tabby markings and spotted tabby markings (polygenetic).
> Unknown pattern kitty: I made the assumption that this little kitty carried the following genetics: solid (no points, but was a Siamese carrier), some white markings (about grade 4 of 10), homozygous for black (no sex-linked orange present), homozygous recessive browning alleles (dilutes black to chocolate colour), homozygous recessive dilution alleles (dilutes brown to lilac-grey), tabby present and spotted tabby (again, polygenetic).
Now, the offspring was fun to work out and a certain dice was rolled several times to determine the colour of the offspring. The following results were obtained:
> Tokinese point (25% chance)
> Some white (grade 5 of 10, 50% chance)
> Sex-linked orange negative (Male, 50% chance)
> Heterozygous black (no brown dilution, except that with the Tonkinese point, 100% chance)
> Solid (no dilution, 25% chance)
> Homozygous dominant tabby (tabby markings show up, 25% chance of homozygous)
> Homozygous spotted tabby (polygenetic, 25% chance of homozygous outcome)
Genetic code generated: c^s/c^b / S/s / X^o/Y / B/b / D/d / A/A / Mc/Mc
Enjoy. ^^
WIP
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