1 Border Collie breeding colors. Black white border (not that additional color genes) VS no material what the color of the border: the border can only give birth to black and white (merely with what color, all with the variety of baby color gene).
specify: color besides for meteorites.
mating with blue meteorite: about 1 / 2 black and white,
Lacoste Finham SPM Trainers, 1 / 2 blue meteorite.
mating with red meteorite: about 1 / 2 black and white, 1 / 2 red meteorite.
2. Black and white border (with chocolate gene) VS black and white border (no chocolate gene): black and white can give birth to the baby (about 1 / 4 of the baby with a chocolate gene, which just do not know).
3. Black and white border (with chocolate gene) VS black and white border (with chocolate gene): about 1 / 4 chocolate baby; 1 / 2 black and white baby (with chocolate gene),
Lacoste Casual Trainers, which just do not know; 1 / 4 black and white baby (no chocolate gene), which just do not know.
4. Black and white border (with chocolate gene) VS chocolate border: about 1 / 2 chocolate baby, 1 / 2 black and white baby (with chocolate gene).
5. VS chocolate chocolate border border: 100% baby is chocolate.
6. Black and white border (with dilution gene) VS black and white border (no dilution gene): black and white can only give birth to the baby (about 1 / 4 of the baby with the dilution gene, which just do not know).
7. Black and white border (with dilution gene) VS black and white border (with dilution gene): about 1 / 4 Blue Baby; 1 / 2 black and white baby (with dilution gene), which just do not know; 1 / 4 black and white baby (do not reduce gene), which just do not know.
8. Black and white border (with dilution gene) VS Blue Frontier: about 1 / 2 blue baby, 1 / 2 black and white baby (with dilution gene).
9. VS Blue Border Blue Border: 100% baby blue.
10. Black and white border (with dilution gene) VS chocolate border (no dilution gene): black and white can only give birth to the baby (about 1 / 4 of the baby with the dilution gene, which just do not know; 1 / 4 of the baby with a chocolate gene, not know which rats).
11. Black and white border (with dilution gene, chocolate, genes) VS chocolate border (with dilution gene): There may be black and white, blue, chocolate, lilac.
12. Blue border VS chocolate border (with dilution gene): There may be black and white, blue baby.
13. Blue border (with chocolate gene) VS chocolate border (with dilution gene): There may be blue, lilac, black and white, chocolate.
14. Blue border (with chocolate gene) VS lilac border: only the blue and purple baby,
Lacoste R75 P2 Trainers, not a black and white and chocolate baby.
15. Black and pearly boundary (yellow gene) VS dark and pearly frame (no yellow gene): black and pearly can give birth apt the baby (almost 1 / 4 of the child with the yellow gene, which equitable do not know).
16. Black and white border (yellow gene) VS black and white border (yellow gene): about 1 / 4 yellow baby; 1 / 2 black and white baby (with yellow gene), which just do not know; 1 / 4 black and white baby (not yellow unlock gene), which just do not know.
17. Black and white border (yellow gene) VS yellow border: about 1 / 2 Yellow Baby, 1 / 2 black and white baby (with yellow gene).
18. Yellow border VS yellow border: 100% baby is yellow.
19. Black and white border (with three-color gene) VS black and white border (not tri-color genes): only give birth to black and white baby (about 1 / 4 of the baby with a three-color gene, which just do not know).
20. Black and white border (with three-color gene) VS black and white border (with three-color gene): about 1 / 4 Tri-color baby; 1 / 2 black and white baby (three-color gene) do not know what only; 1 / 4 black and white baby (not three color genes),
Lacoste, which just do not know.
21. Black and white border (with three-color gene) VS tri-color border: about 1 / 2 tri-color baby, 1 / 2 black and white baby (three-color gene).
22. Three-color tri-color border border VS: 100% baby is three colors.
23. Black and white border (with chocolate gene) and blue meteorite (no chocolate gene): about 1 / 2 baby blue meteorite, 1 / 4 black and white baby (with chocolate gene), 1 / 4 black and white baby (no chocolate gene).
24. Black and white border (with chocolate gene) VS Blue meteorites (with chocolate gene): It may give birth to black and white, chocolate, blue meteorite, red meteorite baby.
25. Black and white border (with chocolate gene) VS Red meteorite: may give birth to black and white, chocolate,
Womens Lacoste Carnaby Trainers, blue meteorite, red meteorite baby.
26. Chocolate Border Blue meteorite VS (no chocolate gene): about 1 / 2 baby blue meteorite,
Lacoste Canvas Trainers, 1 / 2 black and white baby (with chocolate gene).
27. Chocolate Border Blue VS meteorites (with chocolate gene): It may give birth to black and white, chocolate, blue meteorite, red meteorite baby.
28. Chocolate border VS Red meteorite: about 1 / 2 red meteorite baby, 1 / 2 chocolate baby.
... ...
Remember: not with meteorite meteorite! ! !
why it?
meteorites and meteorite mating, the puppy is born black and white and the same mating
meteorite about half a meteorite the other half is black and white or other
the number of meteorites on the contrary, no addition
, seem about 1 / 4 little dog nativity ambition be both penniless vision disabilities
or blindness, alternatively is deaf, there will be no more alternatively dog eyeball,
have a white border likelihood is very excellent.
black and white border can not appear blue eyes, a blue eye can not breed, blue eyes meteorites permit breeding
Border Collie breeding colors
Hybrid Mode
