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Guthrie Tumbler is our 14.3 h.h. 20 year old chestnut roan stallion. He has an unbelievable amount of feather.
When people actually see him for real, they cannot believe the phenomenal amount of feather this stallion has!
Yes that is his picture at the top of all our pages on the site!
This is one of the heaviest feathered horses we have ever seen, and many top breeders have verified this. Tumbler is a proven top producer, he passes on his good bone, all round excellent confirmation and abundance of feather to his offspring. This stallion has an impeccable temperament and he is a perfect ride and drive. He can be ridden and driven by a child, but can also satisfy the most experienced horseman. Tumbler will be standing to a small number of select mares this breeding season.
Contact Guthrie Gypsy Horses if you are interested in a breeding to this magnificent Stallion.
The Guthrie Family
Ed, Kelly, Payton & Megan
Kelly (954) 347-2308 Cell
Ed (954) 347-2312 Cell
15011 North Saxon Circle
Southwest Ranches, FL 33331
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TEST RESULTS
| Horse Name |
Breed |
Tobiano |
Sabino1 |
Red Factor |
Agouti |
Silver |
| Tumbler |
Gypsy Cob |
nn |
nn |
ee |
AA |
nn |
Result Guide:
Tobiano
|
| TT |
Only Tobiano allele detected. The horse tested homozygous for Tobiano. |
| nT |
Both Tobiano and non-Tobiano alleles detected. The horse is Tobiano heterozygous. |
| nn |
No Tobiano was detected. |
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|
Sabino1
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| Sb1Sb1 |
Tested homozygous positive (two copies) for the Sabino1 gene mutation. |
| nSb1 |
Both normal and Sabino1 alleles detected. Horse tested heterozygous for Sabino1 and carries one copy of the Sabino1 gene mutation. |
| nn |
Tested negative for the Sabino1 gene mutation. |
Red Factor
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| ee |
Only the red factor detected. The horse tested homozygous for red pigment. The basic color is chestnut or sorrel, but depending on genes at other color loci, the horse could be red dun, palomino, cremello, gray or white. |
| Ee |
Both black and red factors detected. The horse tested heterozygous for the red factor. It can transmit either E or e to its offspring. The basic color of the horse will be black, bay or brown, but depending on genes at other color loci, the horse may be buckskin, zebra dun, grullo, perlino, gray, or white. |
| EE |
Only the black factor detected. The horse tested homozygous for black pigment. It cannot have red foals regardless of the color of the mate. The basic color of the horse will be black, bay or brown, but depending on genes at other color loci, the horse may be buckskin, zebra dun, grullo, perlino, gray or white. |
Agouti
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| aa |
Only recessive allele detected. Black pigment distributed uniformly. The basic color of the horse will be black in the absence of other modifying genes. |
| Aa |
Horse tested Heterozygous for Agouti. Black pigment distributed in point pattern. The basic color of the horse will be bay or brown in the absence of other modifying genes. |
| AA |
Only dominant allele detected. Black pigment distributed in point pattern. The basic color of the horse will be bay or brown in the absence of other modifying genes. |
Silver Dilution
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| ZZ |
Horse tested Homozygous for Silver Dilution (Two copies of the Silver allele detected). Black-based horses will be chocolate with flaxen mane and tail. Bay-based horses will have pigment on lower legs lightened and flaxen mane and tail. No effect on chestnut color. |
| nZ |
Horse tested Heterozygous for Silver Dilution (One copy of the Silver allele detected). Black-based horses will be chocolate with flaxen mane and tail. Bay-based horses will have pigment on lower legs lightened and flaxen mane and tail. No effect on chestnut color. |
| nn |
Horse tested negative for Silver Dilution. |
Gypsy Horse Registry of America, Inc.
Registry # A00000741
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