- Pitbull Vitamins
- American Bully Kennel Club
- United Kennel Club
- XXL Pitbulls
- Styles of Bullies
- Tri Color History
- Pit Bull Bloodlines
- Gottiline Bloodline History
- Razors Edge Bloodline History
- First Pitbull Puppy
- Ear Cropping Styles
- Pet Shipping
- The Best Dog Food
- Trimming Dog Nails
- Housebreaking Puppies
- De-Worming Schedule
Here is the Music Player. You need to installl flash player to show this cool thing!
TRI COLOR PITBULLS HISTORY
By: HQ Bullies
HQ Bullies is proud to be one of the top producers of blue tri color pitbulls. We often get calls asking about how we get the tri color pitbull puppies we have for sale. Here is an explanation of how the blue tri, fawn tri, black tri, chocolate tri, champagne tri (purple tri), or any tri color pitbull is produced.
"MS TWIX" - TRI COLOR FEMALE – AVAILABLE ONLY $3500
CHAMPION PRETTY BOY FLOYD DAUGHTER! SPECIAL PRICE! FOUNDATION FEMALE TO CREATE TRI COLOR PITBULLS.
ONE OF OUR PRODUCED TRICOLOR BULLIES:
Below is an article about tri color pitbulls credited to – Ed Faron:
The tan point pattern is caused by a recessive gene on the Agouti series gene locus, the following are the alleles (variations) that are definitely known to occur in the American Pit Bull Terrier. There are also a couple of other genes on this same locus, but they are most likely not present in this breed, so we will ignore them in this article to try and keep things simple.
Agouti locus alleles present in the APBT
|A||Dominant Black: produces a solid color (ie: black, chocolate or blue)|
|ay||Dominant Yellow – Produces reds and buckskins|
|at||Tan-Point (recessive)- produces solid color with tan 'points'|
A dog needs to inherit two copies of the tan-point gene to be a black & tan. If a pup inherits one copy of the gene and one copy of the dominant yellow gene, which causes a red or buckskin coloration, then the dog will be red or buckskin, not black and tan. If the dog inherits one copy of the tan-point gene and one of the dominant black gene, the result will be a solid black dog. because of the recessive nature of the tan-point gene, it can actually remain hidden in the gene pool for many generations without expressing itself. In the case of our breed (where this is not a common color) this is what often happens, but it is important to realize that when the tan-point pattern does pop up it is not some new color mutation that appeared out of nowhere, but rather the manifestation of a gene that has been present in this breed all throughout the known history of the American Pit Bull Terrier. Though it is impossible to say for sure where the coloration originated, our best guess would be that it came from some sort of terrier blood that was introduced many, many years ago, probably during the early formation of the breed in the British Isles.
Actually, part of the reason the color is uncommon is that there has been a distinct prejudice against it by many people, either because they feel it is not a typical Pit Bull color, or even actually thought it was the result of a mixed breeding. The latter reason shows an ignorance of basic genetic principles, because the gene is recessive, there is no way you could breed a Rottweiler or a Doberman or Manchester Terrier to a Pit Bull and get puppies with the tan-point markings unless the Pit Bull was carrying the tan- point gene too. If in fact the black and tan color was not present in the APBT gene pool, you would have to breed to a dog of another tan-point breed, and then breed two offspring from such a breeding back together to get black & tan dogs, in the first generation you would get no tan-pointed offspring.
The tan point gene does not actually create a black & tan animal, the gene itself does not produce any color but rather a pattern of a solid color with light-colored 'points'. These 'points' always appear in specific places but the actual size and distribution of them is somewhat variable. The exact coloration that is produced by the tan-point gene is dependent on the color genes present at other loci, for instance if the pigmentation is black, the result will be a black & tan, but if the dog's pigmentation is chocolate or blue then the pattern would produce a chocolate & tan or a blue & tan, respectively.
If you understood this article then you know the tri color gene is recessive, which means you need both parents to be carriers in order to produce tri color pitbulls.
Also don't get fool into the hype of the tri color gene being stronger because several generations were tri colors. Having it in several generations doesn't mean anything when it's a recessive gene. It doesn't matter if every single dog in the pedigree were tri color pitbulls, it is still a recessive gene which means other colors will dominate first. So it comes down to matching two parents that carry the gene not generations of it to produce tri color pitbulls.