For those who do reproduction, the quality of cat reproduction is a matter of concern. Siamese cats are no exception. Of course, special circumstances are not excluded, but the following rules will occur under normal circumstances. Breeders can refer to it!
Siamese cat
When it comes to coat color group – refers to (Blue, Black, Cream, Red, etc.) Mentions of suits – refers to (tabbies, fireworks, shades, etc.) If both work, then the following general rule will combine coat/suit.
1. Male kittens will all receive the 2 coat color genes of the female cat, and the children of the male cat will all receive the female cat’s coat color (if it is a variegated female cat, one of the coat colors) or the The color of the male cat’s coat has faded – please read the instructions in General Rules 21 and 24 again.
2. The kitten receives one coat color gene from the parent cat, and the mother cat’s child will mix or lighten the coat color of the parent cat – please refer to General Rules 21 and 24 again.
3. To get a cream or red (coat/color) kitten, the male cat must be cream or red (coat/color) plus the female cat must also be red or cream– See also Rule 21.
4. Only the coat color/color of the immediate parents of the kitten can be displayed on the kitten. Those first group coat colors/colors that appear on the pedigree do not always act directly on the kitten. A notable exception is the terminal color gene, which can be shown by carrying over several offspring – see General Rules 21 & 24.
5. The kitten’s color can come from the parent cat or the mother cat.
6. Some of the main features (main coat color and color, eg: fireworks, shade, white, tabby, bicolor, etc.) will not skip the previous generation. These features will not directly affect the to the next generation.
7. A cat showing dominant coat color (black, red, tortoiseshell, etc.) must be the parent cat or the female cat showing the coat color – see General Rule 21.
8.2 parents with recessive coat color (cream, blue, etc.) do not breed kittens with dominant coat color (black, red, etc.).
9.2 parents with terminal color will not breed kittens without terminal color.
10. To get a terminal color kitten, both parents must carry the terminal color gene (even if they don’t show the terminal color).
11. The mating of a terminal color cat with a cat without the terminal color progenitor gene will produce kittens without the terminal color showing.
12. For a (non-silver-white) tabby cat, one of her parents must be shaded or tabby. For a silver-white tabby cat, one of her parents must be a silver-white tabby , shadows or fireworks – see General Rule 13.
13. All red cats must have tabby patterns. To be considered a “red tabby”, you must see whether his parent cat is a parent with tabby patterns or shaded colors. A red tabby cat, if he is not a true tabby cat, cannot produce a true red tabby kitten unless he is mated with a cat with dominant or shaded tabbies.
14. A cat with a white undercoat (fireworks or shadow) must have both of his parents also have a white undercoat–please see the general rules
15. One For a shaded cat, one of his parents must be shaded – see General Rule 21.
16. A shaded cat can produce fireworks offspring, but a non-shaded (firework) cat cannot produce shaded offspring unless he mates with a shaded cat — see General Rule 21.
17. A bi-color cat must have a bi-color cat whose parents are bi-color cats–please refer to General Rule 21.
18. Variegated cats (blue-cream, tortoiseshell, tricolor) are mostly female cats, but male cats are still occasionally produced (and not all infertile).
19. A white cat, one of the parents is a white cat.
20. A white cat mates with a white cat (can be seen as white) or with a cat marked as white (can not be seen as white), can breed white or It is the indicated coat/color. The indicated coat/color cat must be dominant, but has a white-haired pedigree. His offspring can still produce offspring of coat/color as expected in planned breeding.
21. Genetically, monochromatic white cats can act on the expected kitten’s coat/color, and such kittens will be marked with coat/color.
22.2 Long-haired parents do not produce short-haired offspring.
23.2 parents with classic tabby patterns will not produce: herringbone, spotted, or spiky tabby kittens. A cat with spiky tabby patterns must also have spiky parents Tabby. One of the parents of a herringbone or spotted tabby must be herringbone or spotted tabby — see General Rule 21.
24. The lightening gene must appear in the pedigree of both parents to produce lightened coat color.
25. Chocolate and lilac genes will produce chocolate or lilac-colored cats when Bisei appears in the bloodline of both parents at the same time.
