Megan of LexLin The Midget x Uncle Henry’s Chestnut & White Mare
Highlights
Megan is an outstanding Gypsy Vanner mare with correct conformation and a remarkable pedigree. Her sire is our wonderful Gypsy Vanner stallion The Midget and her dam is The Good Chestnut & White Mare. Megan is a friendly and easy going mare. She is very sweet and a pleasure to handle. This…- Breed: Gypsy Vanner, Gypsy Cob
- Gender: Mare
- DOB: 01-01-2008
- Base Color: Bay
- Additional Color: White
- Height: 13.3
- Weight: 950 lbs
- Bone: Thick
- DNA #: H10-00444
Registrations
- Gypsy Vanner Horse Society: GV02769P
Biography
Megan is an outstanding Gypsy Vanner mare with correct conformation and a remarkable pedigree. Her sire is our wonderful Gypsy Vanner stallion The Midget and her dam is The Good Chestnut & White Mare. Megan is a friendly and easy going mare. She is very sweet and a pleasure to handle. This mare would be a nice riding prospect or broodmare for any farm or family. She has a thick mane and tail with a curl to her feather. Megan is has a bright future ahead of her no matter what road you take.
Pedigree
Megan of LexLinDNA# H10-00444Uncle Henry’s Chestnut & White MareThe MidgetDNA# H09-11169Grandson of Eddie’s Old HorseDaughter of the Old Horse of WalesH. Price’s White HorseThe Purdy Horse DaughterThe Son of Eddie’s Old HorseThe Roan MareThe Old Horse of WalesChestnut & White MareThe Purdy Horse
Color Genetics Click to View Guide
- Agouti: Aa
- Red Black Factor: Ee
- Sabino1: nn
- Tobiano: TT
Sire: The Midget
The Midget Stallion is a Gypsy legend. According to Tom Price, The Midget is one of the best foal getters ever to leave the UK. He fixes anything the mare is lacking. LexLin is thrilled to have such an amazing Stallion standing at stud. The Midget has a superior pedigree.... Read MoreTobiano | |
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. |