LexLin’s Dior Sundance Kid x Lightning of LexLin
Highlights
LexLin’s Dior, by Sundance Kid out of Lightning of LexLin was born on June 11, 2012. This special buckskin filly was sold in-utero and belongs to a friend of one of our Gypsy Breeder’s Partnership members. Watch for more photos to come soon. Congratulations to her new family!- Breed: Gypsy Vanner
- Gender: Mare
- DOB: 06-11-2012
- Base Color: Buckskin
- DNA #: H12-04665
Registrations
- Gypsy Vanner Horse Society: GV02928
Biography
LexLin’s Dior, by Sundance Kid out of Lightning of LexLin was born on June 11, 2012. This special buckskin filly was sold in-utero and belongs to a friend of one of our Gypsy Breeder’s Partnership members. Watch for more photos to come soon. Congratulations to her new family!
Pedigree
LexLin’s DiorDNA# H12-04665Lightning of LexLinDNA# H10-00344Sundance KidDNA# H09-11439Trooper ThornWild RoseCochiseViolet’s Sisterson of Eddie Alcocks Old HorseSue EllenChips 2Black BonnyBob The BlagdonDNA# H04-17847
Color Genetics Click to View Guide
- Agouti: Aa
- Cream: nCr
- Red Black Factor: EE
- Sabino1: nn
Sire: Sundance Kid
Summer Gypsy Sale Price: $9,000. *Sale Price will be discounted by $1,000 if cash purchase paid for on contract signing date. **Financing option requires minimum 20% down financed over 2 years at 4% – no negotiaions. ***Horses must be picked up within 2 weeks of contract signing/deposit. LexLin Gypsy Ranch... Read More
Dam: Lightning of LexLin
Lightning is a beautiful black blagdon Gypsy Vanner mare who stands approximately 14.2 hands. A wonderful personality and abundant feathering are just a few of the wonderful traits this mare has. Lightning’s 2010 under saddle training was with Mike Branch of Flying B Horsemanship. Read More| Tobiano | |
|
TT
|
Homozygous. Horse carries two copies of the Tobiano gene. This horse will always produce Tobiano offspring. |
|
nT
|
Heterozygous. Horse carries one copy of the Tobiano gene. |
|
nn
|
Negative for Tobiano. |
| LWO | |
|
OO
|
Homozygous. Lethal White Foal. Horse was born with a lethal genetic intestinal disorder. |
|
nO
|
Heterozygous. Horse carries one copy of the LWO gene. Horse will usually exhibit the frame overo pattern. |
|
nn
|
Negative for Frame Overo (LWO). |
| Sabino1 | |
|
Sb1Sb1
|
Homozygous. Maximum white sabino. Horse carries two copies of the Sabino 1 gene. |
|
nSb1
|
Heterozygous. Horse carries one copy of the Sabino1 gene. Horse will exhibit sabino characteristics. |
|
nn
|
Negative for the Sabino 1 gene. |
| Red/Black Factor | |
|
ee
|
Homozygous Red. Horse carries two copies of the Red gene. Horse has a red base pigment. |
|
Ee
|
Heterozygous. Horse is Black based but carries a recessive copy of the Red gene. |
|
EE
|
Homozygous for Black Factor. Horse carries two copies of the Black gene. Horse is Black based. |
| Agouti | |
|
aa
|
Non-Agouti. If horse is black based (E), black pigment will be evenly distributed. |
|
Aa
|
Heterozygous. Horse carries one copy of the Agouti gene. |
|
AA
|
Homozygous for Agouti. Horse carries two copies of the Agouti gene. |
| Cream | |
|
CrCr
|
Homozygous. Double dilute. Horse carries two copies of the Cream Dilution gene. |
|
nCr
|
Heterozygous. Single dilute. Horse carries one copy of the Cream Dilution gene. |
|
nn
|
Negative for Cream Dilution. |
| Silver | |
|
ZZ
|
Homozygous. Horse has two copies of the Silver Dilution gene. |
|
nZ
|
Heterozygous. Horse carries one copy of the Silver Dilution gene. |
|
nn
|
Negative for Silver Dilution. |
| Champagne | |
|
ChCh
|
Homozygous. Horse has two copies of the Champagne Dilution gene. |
|
nCh
|
Heterozygous. Horse carries one copy of the Champagne Dilution gene. |
|
nn
|
Negative for Champagne Dilution. |
| Pearl | |
|
PrlPrl
|
Homozygous. Horse has two copies of the Pearl Dilution gene. |
|
nPrl
|
Heterozygous. Horse carries one copy of the Pearl Dilution gene. |
|
nn
|
Negative for Pearl Dilution. |
| Gray | |
|
GG
|
Homozygous. Horse has two copies of the Gray gene and will always produce offspring that will gray. |
|
Gg
|
Heterozygous. Horse carries one copy of the Gray gene. |
|
gg
|
Negative for the Gray gene. |