Dè tha “Soilleir” a’ ciallachadh?
Chan eil am beathach a’ giùlan a’ mhùthaidh. Cha toir e leasachadh air an tinneas agus cha toir e seachad e.
Cat Cluasan fillte (FE)
Discover the fascinating world of the DNA test for Folded Ears (FE) in cats, a genetic trait that gives certain breeds their unique appearance. This genetic test identifies the presence of the dominant gene responsible for the iconic folded ear structure. Understanding your cat's genetics can help predict potential health issues and ensure responsible breeding practices. With a simple cheek swab, you can uncover whether your feline friend carries the FE gene. As the demand for exotic breeds rises, knowing your cat’s genetic background is crucial for breeders and pet owners alike. Explore our comprehensive guides on cat genetics and ensure your furry companion's health and happiness. Invest in a DNA test today to learn more about your cat's heritage!
Giorrachadh: FE
Mion-sgrùdadh air mutation: TRPV4 c.1024G>T
Oighreachd: Autosomal Dominant
Acronym
FE
Tricead air a choimhead
Seòrsachadh clionaigeach
Feartan cnàimhneach
Mion-sgrùdadh air mutation
TRPV4 c.1024G>T
p.(V342F)
p.(V342F)
Modh oighreachd
Autosomal Dominant (Incomplete)
Geàrr-chunntas deuchainn:
Folded Ears (FE) is a genetic trait in cats characterized by ears that fold forward and downward, giving them a distinct appearance. This trait is primarily associated with the Scottish Fold breed, which has gained popularity for its unique look and charming personality. The Folded Ears condition is caused by a mutation in the gene responsible for cartilage development. While FE cats are often beloved for their adorable features, potential owners should be aware of the health issues that can accompany this gene, particularly related to cartilage and bone growth. Responsible breeding practices are essential to ensure the well-being of these charming felines.
Ri fhaighinn bhon phasgan: Standard
Tha an deuchainn DNA seo air a thoirt a-steach bhon phasgan againn Standard - agus tha e cuideachd na phàirt de na pacaidean Standard, Advanced, Complete.
Thoir sùil air pacaidean deuchainn DNA →Tagh am pasgan as freagarraiche do ro-innleachd briodachaidh no slàinte do bheathaichean.
Understanding Folded Ears (FE) in Cats
Folded Ears (FE) is a genetic condition observed in certain cat breeds characterized by the unique folding of the cat's ear cartilage. This distinct physical trait results in ears that appear to be bent or folded downwards, giving the cat a distinctive and often endearing appearance. The condition is caused by a mutation in a specific gene that affects the development of ear cartilage.
Genetic Basis of Folded Ears
The genetic mutation responsible for Folded Ears involves the cartilage growth and development in kittens. This mutation can lead to variations in ear shape and size, resulting in the characteristic folded appearance. It is important to note that this condition is heritable, meaning it can be passed down from parents to offspring, making genetic testing crucial for breeding decisions.
Health Implications of Folded Ears
While Folded Ears is primarily a cosmetic trait, it can sometimes be associated with other health issues. Some cats with this condition may experience ear infections due to the shape of their ears, which can trap moisture and debris. Additionally, the genetic mutation may be linked to other skeletal or cartilage-related problems, though not all cats with Folded Ears will experience these issues.
DNA Testing for Folded Ears
DNA testing serves as a valuable tool for cat breeders and owners who want to understand the genetic background of their cats. By conducting a DNA test, individuals can gain insight into whether their cat carries the Folded Ears mutation. This information can assist in making informed breeding choices, ultimately aiming to reduce the incidence of genetic disorders in future generations.
Co-dhùnadh
Folded Ears (FE) is a fascinating genetic condition that not only impacts the physical appearance of cats but also raises important considerations regarding health and breeding. Understanding the genetics behind this trait is essential for responsible breeding practices and ensuring the overall well-being of these unique felines.
Gnè aithnichte airson an deuchainn: Cluasan fillte (FE)
- Scottish Fold
- Scottish Fold Longhair
🧬 Interpretation of genotypes FE
Genotype
Inbhe
🟡 N/N
Neo-ghiùlain - Gun bhuaidh
🟡 N/FE
Carrier - Folded Ears
❌ FE/FE
Affected - Folded Ears
Ceistean Cumanta: tuigse air a’ mhìneachadh
A bheil “Giùladair” dona?
Chan eil. Tha am beathach fallain sa chumantas ach faodaidh e am mùthadh a thoirt thuige sliochd.
Dè ma tha beathach “fo bhuaidh”?
Tha dà leth-bhreac mutated ann. Tha dùil ri comharran clionaigeach a rèir an galair. Cha bu chòir a bhith air a briodadh.
Carson a tha eadar-dhealachaidhean eadar fireannaich/boireann?
Tha cuid de ghalaran co-cheangailte ri gnè, agus mar sin bidh an dòigh-labhairt aca ag atharrachadh a rèir an gnè ainmhidh.
Dèan ro-innse air clann
N/N (neo-ghiulan)
N/FE (Fear-giùlain)
FE/FE (Buaidh)
Ceistean Cumanta deuchainn DNA
Dè a lorgas an deuchainn DNA seo?
This DNA test detects the mutation associated with Folded Ears (FE) in order to identify clear, carrier, or at-risk animals.
Carson a nì thu deuchainn air beathach briodachaidh?
Bidh deuchainnean DNA a’ cuideachadh luchd-briodaidh a bhith a’ dealbhadh maidsean nas sàbhailte agus a’ lughdachadh a’ chunnart gun tèid am mùthadh a thoirt do chlann.
Dè am modh oighreachd a th’ aig an deuchainn seo?
The inheritance mode reported for this test is Autosomal Dominant.
Dè am mùthadh a thèid a sgrùdadh san deuchainn seo?
This test analyses the mutation TRPV4 c.1024G>T.
A bheil buaidh riatanach air beathach giùlain?
Chan eil gu feum. Tha eadar-mhìneachadh an urra ris a’ phàtran oighreachd agus an genotype a thig às.
Iomraidhean
Gandolfi B, Alamri S, Darby W G, Adhikari B, Lattimer J C, Malik R, Wade C M, Lyons L A, Cheng J, Bateman J F, McIntyre P, Lamandé S R, Haase B. A dominant TRPV4 variant underlies osteochondrodysplasia in Scottish fold cats. Osteoarthritis Cartilage. 2016 Aug;24(8):1441-50. doi: 10.1016/j.joca.2016.03.019. Epub 2016 Apr 6.