Dog Husky White Coat (e3)

Discover the Husky White Coat (e3) DNA test, a vital tool for dog owners and breeders aiming to understand their pet’s unique genetic makeup. This test identifies the presence of the e3 allele, which influences the distinctive white coat coloration in Huskies. By analyzing your dog’s DNA, you can predict coat color patterns, aiding in responsible breeding and enhancing your Husky’s health profile. Accurate genetic insights from the Husky White Coat (e3) test help prevent hereditary issues linked to coat color genes. Whether you’re a breeder or a Husky enthusiast, this DNA test offers valuable information for maintaining breed standards. Unlock the secrets behind your Husky’s stunning white coat with our reliable and easy-to-use DNA testing service. Ensure your dog’s genetic health and beauty today with the Husky White Coat (e3) DNA test.

Abbreviation : e3

Analysed mutation : MC1R c.816_817del

Inheritance : Autosomal Recessive

Acronym

Observed frequency

Normal

Clinical classification

Coat-Related Traits

Analysed mutation

MC1R c.816_817del
p.(I272Mfs*22)

Mode of inheritance

Autosomal Recessive

Alternate name:

E Locus

Test summary:

The Husky White Coat (e3) DNA test helps identify the presence of the e3 allele, which influences coat color in dogs. This gene variant is associated with lighter or white fur patterns commonly seen in Siberian Huskies. By analyzing this genetic marker, breeders can predict and select for desired coat colors. The test provides valuable information for maintaining breed standards and enhancing the aesthetic qualities of the dog. Overall, it supports responsible breeding and better understanding of canine genetics.

Available from the pack : Standard

This DNA test is included starting from our pack Standard — and is also part of the packs Standard, Advanced, Complete.

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Choose the pack that best fits your breeding or health strategy of your animals.

Introduction to Husky White Coat (e3) DNA Test

The Husky White Coat (e3) DNA test is a genetic analysis designed to identify specific mutations associated with the white coat phenotype in Siberian Huskies. This condition is linked to the presence of a recessive allele that affects the pigmentation of the dog's coat. Understanding this genetic trait can provide valuable insights into breeding practices and the overall health of the breed.

Genetic Basis of White Coat in Huskies

The white coat in Siberian Huskies is primarily caused by a mutation in the gene responsible for coat color. This mutation leads to a lack of pigmentation, resulting in the distinctive white or light-colored fur. The e3 mutation is one of several that can influence coat color, and it is important for breeders to understand its implications for offspring.

Implications for Breeding

Breeding practices can be significantly impacted by the understanding of the Husky White Coat (e3) DNA test results. Breeders who are aware of the genetic makeup of their dogs can make informed decisions to either promote or avoid the white coat trait. This knowledge helps maintain genetic diversity and health within the breed while also catering to the preferences of potential dog owners.

Health Considerations

While the white coat itself is not directly linked to health issues, understanding the genetic background can help identify potential risks associated with inbreeding. Responsible breeders will consider the e3 results alongside other health tests to ensure that they are not inadvertently perpetuating genetic disorders. This holistic approach to breeding can contribute to the long-term well-being of the Siberian Husky population.

Conclusion

The Husky White Coat (e3) DNA test serves as a crucial tool for breeders and owners alike, providing insights into the genetic factors behind coat color. By understanding the implications of this test, stakeholders can make informed decisions that benefit both the individual dogs and the breed as a whole. As genetics continue to play a key role in dog breeding, tests like the e3 provide essential information for responsible practices.

Breed recognized for the test : Husky White Coat (e3)

Alaskan Husky
Siberian Husky

Interpretation of genotypes Genotype Status Learn more about the interpretation of genotypes FAQ: understanding the interpretation of result What does “Clear” mean? The animal does not carry the mutation. It will not develop the disease and will not pass it on. Is a “Carrier” serious? No. The animal is generally healthy but can transmit the mutation to its offspring. What if an animal is “Affected”? It carries two mutated copies. Clinical signs are expected depending on the disease. It should not be bred. Why are there differences between male / female? Some diseases are sex-linked, so their expression varies depending on the animal’s sex. The animal has two normal copies of the gene. No risk of developing or transmitting the disease. Heterozygous carrier: one mutated copy. The animal is usually not clinically affected but can pass the mutation to offspring. Male carrier or affected depending on the inheritance mode. Males have only one X or Y chromosome. Heterozygous female carrier: one mutated copy. She can pass the mutation on and may sometimes show mild clinical signs depending on the condition. Two mutated copies of the gene. The animal is at risk of developing the associated condition.

🧬 Interpretation of genotypes e3

Genotype

Status

🟡 E/E

Non-carrier - No effect

🟡 E/e3

Carrier - No effect

❌ e3/e3

Affected - Husky White Coat

FAQ: understanding the interpretation

What does “Clear” mean?

The animal does not carry the mutation. It will not develop the disease and will not pass it on.

Is a “Carrier” serious?

No. The animal is generally healthy but can transmit the mutation to its offspring.

What if an animal is “Affected”?

It carries two mutated copies. Clinical signs are expected depending on the disease. It should not be bred.

Why are there differences between male / female?

Some diseases are sex-linked, so their expression varies depending on the animal’s sex.

Genotype Forecast for Offspring Mother Father Non-carrier Carrier Affected Favorable cross: majority Carrier risk is predominant. Majority affected Filter by mother's genotype Filter by father's genotype All Predict Offspring The animal has two normal copies of the gene. No risk of developing or transmitting the disease. Heterozygous carrier: one mutated copy. The animal is usually not clinically affected but can pass the mutation to offspring. Male carrier or affected depending on the inheritance mode. Males have only one X or Y chromosome. Heterozygous female carrier: one mutated copy. She can pass the mutation on and may sometimes show mild clinical signs depending on the condition. Two mutated copies of the gene. The animal is at risk of developing the associated condition.

Predict Offspring

Filter by mother's genotype Filter by father's genotype

E/E (Non-carrier)

E/e3 (Carrier)

e3/e3 (Affected)

DNA Test FAQ

What does this DNA test detect?

This DNA test detects the mutation associated with Husky White Coat (e3) in order to identify clear, carrier, or at-risk animals.

Why test a breeding animal?

DNA testing helps breeders plan safer matings and reduce the risk of transmitting the mutation to offspring.

What is the inheritance mode of this test?

The inheritance mode reported for this test is Autosomal Recessive.

Which mutation is analysed in this test?

This test analyses the mutation MC1R c.816_817del.

Is a carrier animal necessarily affected?

Not necessarily. Interpretation depends on the inheritance pattern and the resulting genotype.

References

Dürig N, Letko A, Lepori V, Hadji Rasouliha S, Loechel R, Kehl A, Hytönen M K, Lohi H, Mauri N, Dietrich J, Wiedmer M, Drögemüller M, Jagannathan V, Schmutz S M, Leeb T. Two MC1R loss-of-function alleles in cream-coloured Australian Cattle Dogs and white Huskies. Anim Genet. 2018 Aug;49(4):284-290. doi: 10.1111/age.12660. Epub 2018 Jun 22.

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