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Champagne is a dominant trait, based on a mutation in the SLC36A1 gene. [1] A horse with either one or two champagne genes will show the effects of the gene equally. However, if a horse is homozygous for a dominant gene, it will always pass the gene on to all of its offspring, while if the horse is heterozygous for the gene, the offspring will not always inherit the color.
include the name of the base color (= black, chestnut, bay) and the modifying factors. For example: black + cream factor. Saying "factor" or "allele" instead of "gene" might be better. The descriptions of the color should be worded so that any horse of the color/carrying the color allele fits in.
Visually, the horse may be any color other than the champagne shades. CH/ch (CH/N) heterozygous. The colors most commonly associated with this genotype are gold champagne, amber champagne, and classic champagne, though the exact phenotype depends on a variety of factors.
The Champagne gene, which on a bay base produces Amber Champagne. A dilution gene that produces what looks like point coloration, but from a completely different genetic mechanism is the dominant Dun gene , which dilutes the color of the body coat but not the points, including primitive markings —a dorsal stripe down the back and, less often ...
The effect is similar to buckskin, but the coat of a bay dun is a flatter tan rather than bronze, and all duns have some form of primitive markings that include a dorsal stripe along the backbone, and sometimes faint horizontal striping at the back of the front legs. Amber champagne refers to a bay horse with at least one dominant champagne ...
Double-cream champagne: any blue-eyed cream horse that also carries the champagne gene. The champagne traits are, in the few known individuals, not visible. The skin is quite pink. Amber cream or buckskin champagne: a bay-based coat with one cream allele and at least one champagne allele. The skin and eyes have champagne traits such as skin ...
The Champagne gene, which on a bay base produces Amber Champagne. A dilution gene that produces what looks like point coloration, but from a completely different genetic mechanism is the dominant Dun gene , which dilutes the color of the body coat but not the points, including primitive markings —a dorsal stripe down the back and, less often ...
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