Mitä "Tyhjennä" tarkoittaa?
Eläin ei kanna mutaatiota. Se ei kehitä tautia eikä anna sitä eteenpäin.
Koira Cream In Australian Cattle Dog (e2)
Discover the importance of the DNA test for the Cream gene (e2) in Australian Cattle Dogs. This genetic test helps identify the presence of the e2 allele, which affects coat color expression in your dog. Understanding your Australian Cattle Dog’s DNA can assist breeders and owners in predicting coat color outcomes and maintaining breed standards. The Cream (e2) gene test is quick, accurate, and essential for responsible breeding practices. Ensure your dog’s genetic health and appearance with reliable DNA testing. Stay informed about your Australian Cattle Dog’s unique genetic makeup today!
Lyhenne: e2
Analysoitu mutaatio: MC1R c.-432G>C
Perintö: Tuntematon
Lyhenne
e2
Havaittu taajuus
Kliininen luokitus
Takkuun liittyvät ominaisuudet
Analysoitu mutaatio
MC1R c.-432G>C
Periytymistapa
Tuntematon
Vaihtoehtoinen nimi:
E Locus
Testin yhteenveto:
The Cream gene (e2) in Australian Cattle Dogs affects their coat color by diluting the typical red or tan pigmentation to a lighter cream shade. This gene is identified through a DNA test that helps breeders understand and predict coat color outcomes in puppies. Knowing the presence of the e2 allele is important for maintaining breed standards and avoiding unexpected colors. The test is simple and involves a cheek swab or blood sample sent to a specialized lab. Overall, DNA testing for the Cream gene supports responsible breeding and accurate color identification in Australian Cattle Dogs.
Saatavilla pakkauksesta: Standard
Tämä DNA-testi sisältyy pakettiin alkaen Standard — ja se on myös osa paketteja Standard, Advanced, Complete.
Katso DNA-testipaketit →Valitse pakkaus, joka sopii parhaiten eläinten jalostukseen tai terveysstrategiaan.
Understanding the Cream In Australian Cattle Dog (e2) Condition
The Cream In Australian Cattle Dog (e2) condition refers to a specific genetic variation that influences coat color in this breed. This condition is primarily associated with the dilution of the coat color, leading to a cream or light tan appearance. The e2 variant is part of a broader set of genetic factors that determine the pigmentation and coloration patterns in dogs.
Genetic Basis of Cream In Australian Cattle Dog (e2)
The genetic basis for the Cream In Australian Cattle Dog (e2) is linked to the extension locus, which plays a critical role in controlling the distribution and intensity of pigmentation in the coat. The e2 variant specifically affects the production of eumelanin (black or brown pigment), resulting in a lighter coat color. This genetic change is inherited in an autosomal recessive manner, meaning that both parents must carry the gene for their offspring to express this coat color.
Clinical Implications of the e2 Variant
While the presence of the e2 variant primarily affects coat color, it is essential to understand that it does not typically correlate with any adverse health issues. The Cream In Australian Cattle Dog (e2) condition is primarily of aesthetic interest, allowing breeders and dog owners to have a better understanding of coat color genetics within the breed. This knowledge can assist in making informed breeding decisions, ensuring that the desired coat colors are achieved while maintaining the overall health and integrity of the breed.
Breeding Considerations
When considering breeding Australian Cattle Dogs, the e2 variant can be an important factor for breeders who wish to produce dogs with specific coat colors. Responsible breeding practices involve understanding the genetic makeup of both sire and dam, including their potential to pass on the e2 variant. By doing so, breeders can work towards achieving desirable coat colors while also prioritizing the health and well-being of the dogs involved.
Johtopäätös
The Cream In Australian Cattle Dog (e2) condition showcases the complexity of canine genetics, specifically in relation to coat color. While it presents no significant health risks, understanding this genetic variant is crucial for breeders and dog owners alike. By embracing genetic knowledge, stakeholders in the breed can enhance their breeding programs and celebrate the diverse appearances of the Australian Cattle Dog.
Testissä tunnustettu rotu: Cream In Australian Cattle Dog (e2)
- Blue Heeler
FAQ: tulkinnan ymmärtäminen
Onko "Kantaja" tosissaan?
Ei. Eläin on yleensä terve, mutta voi välittää mutaation sen jälkeläisiä.
Entä jos eläin on "vaikuttunut"?
Se sisältää kaksi mutatoitua kopiota. Kliinisiä oireita odotetaan riippuen tauti. Sitä ei pidä kasvattaa.
Miksi miehen/naisen välillä on eroja?
Jotkut sairaudet ovat sukupuoleen liittyviä, joten niiden ilmeneminen vaihtelee riippuen eläimen sukupuoli.
Ennusta jälkeläisiä
E/E (ei-kuljettaja)
E/e2 (Kuljettaja)
e2/e2 (Vaikuttaa)
DNA-testin UKK
Mitä tämä DNA-testi havaitsee?
This DNA test detects the mutation associated with Cream In Australian Cattle Dog (e2) in order to identify clear, carrier, or at-risk animals.
Miksi testata siitoseläintä?
DNA-testaus auttaa kasvattajia suunnittelemaan turvallisempia pariutuksia ja vähentämään mutaation siirtymisen riskiä jälkeläisiin.
Mikä on tämän testin periytymismuoto?
The inheritance mode reported for this test is Unknown.
Mitä mutaatiota tässä testissä analysoidaan?
This test analyses the mutation MC1R c.-432G>C.
Vaikuttaako kantajaeläimeen välttämättä?
Ei välttämättä. Tulkinta riippuu perinnöllisyysmallista ja tuloksena olevasta genotyypistä.
Viitteet
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.