Traits

This form of mutation occurs only on dogs with standard fur, and results in a much smaller stature than the general Baltic Husky would be.

For dogs with dwarfism, they have a 50% chance of passing on the mutation as long as the puppy has at least one F / normal fur gene (100% if both parents have dwarfism). Any dogs with dwarfism will only have two slots maximum.

Nothing listed here yet... maybe as more dogs get released, mutations will pop up!

This form of mutation is an odd spin off similar to Siamese cats. The simplest understanding of siamese would be heat-related albinism, where color is only retained on legs, tail, ears, and the front of the face (generally along the bridge of the nose).

Since siamese is an unknown mutation, currently it is not shown to be present in huskies and the chance of passing is unknown. However, there have been some rumors of this mutation popping up...

This form of mutation results in a total absence of pigment, turning the husky completely white. Huskies with this condition are known to have very sensitive skin and are unable to compete in any form of competition, including ability based competitions. The main difference between albinism and leucism is that in albinism all pigment is effected. With leucism, the eyes are normal, and often there may be some small patches of normal color evident.

For dogs that are albino or leucistic, they will have a 25% chance of passing on the mutation (50% if both parents have the mutation). If passed on, the puppy will receive the same type as the parent; if one parent is albino while the other is leucistic, is rolled 50/50 for which one the puppy will have.

This form of mutation results in a total absence of pigment, turning the husky completely white. Huskies with this condition are known to have very sensitive skin and are unable to compete in any form of competition, including ability based competitions. The main difference between albinism and leucism is that in albinism all pigment is effected. With leucism, the eyes are normal, and often there may be some small patches of normal color evident.

For dogs that are albino or leucistic, they will have a 25% chance of passing on the mutation (50% if both parents have the mutation). If passed on, the puppy will receive the same type as the parent; if one parent is albino while the other is leucistic, is rolled 50/50 for which one the puppy will have.

This form of mutation occurs most commonly as black patches on a red base, but can occur as any patch of unexpected color. Generally these mutations are smaller and in a few areas, or one slightly larger spot on the coat. An extreme form of somatic mutations could be mosaicism, resulting in large patches across a dog's coat - this is much rarer.

For dogs with somatic, they will have a 25% chance of passing on the mutation (50% if both parents are somatic). If a puppy rolls for somatic, they will also have a 10% chance of becoming mosaic unless the parent(s) are also mosaic.