Hva betyr "Tøm"?
Dyret bærer ikke mutasjonen. Det vil ikke utvikle sykdommen og vil ikke gi det videre.
Achromatopsia Type 2 (ACHM2) in Labrador Retrievers is a genetic condition causing complete color blindness and vision impairment. This DNA test identifies carriers and affected dogs, helping breeders make informed decisions to reduce the risk of passing ACHM2 to puppies. Early detection through genetic testing ensures better management and care for affected Labradors. By using the ACHM2 DNA test, breeders promote healthier bloodlines and improve the overall quality of life for their dogs. This test is essential for responsible Labrador Retriever breeding programs focused on eye health. Protect your Labrador’s vision with accurate ACHM2 genetic screening today. Stay informed and support canine genetic health with reliable DNA testing services.
Achromatopsia Type 2 (ACHM2) in Labrador Retrievers is a genetic condition causing complete color blindness and light sensitivity. This inherited disorder affects the cone cells in the retina, leading to vision problems from an early age. A DNA test can identify carriers and affected dogs, helping breeders make informed decisions. Early detection through genetic testing is crucial for managing the health and well-being of affected Labradors. Responsible breeding can reduce the incidence of ACHM2 in future generations.
Denne DNA-testen er inkludert fra pakken vår Basic — og er også en del av pakkene Basic, Standard, Advanced, Complete.
Se DNA-testpakker →Achromatopsia Type 2 (ACHM2) is a genetic eye disorder that affects the vision of Labrador Retrievers. This condition results from mutations in the CNGB3 gene, which plays a crucial role in the function of photoreceptor cells in the retina. Affected dogs exhibit a range of visual impairments, primarily characterized by a lack of color vision and sensitivity to bright light.
Dogs with Achromatopsia Type 2 typically demonstrate several noticeable symptoms. These may include photophobia (aversion to bright light), nystagmus (involuntary eye movement), and reduced visual acuity. Owners may observe their pets having difficulty navigating in brightly lit environments or showing signs of discomfort in sunlight. The condition often leads to a significant reduction in the quality of life, as affected dogs may struggle with everyday activities.
The underlying cause of Achromatopsia Type 2 is linked to genetic mutations in the CNGB3 gene, which is essential for the normal functioning of cone photoreceptors in the retina. These photoreceptors are responsible for color vision and visual clarity. When the CNGB3 gene is mutated, it disrupts the normal signaling pathways, leading to the characteristic symptoms of achromatopsia. The condition follows an autosomal recessive inheritance pattern, meaning that both parents must carry the mutated gene for the offspring to be affected.
Diagnosis of Achromatopsia Type 2 is typically confirmed through genetic testing. A DNA test can identify the presence of mutations in the CNGB3 gene, providing a definitive diagnosis. Early identification of the condition is crucial for managing the visual challenges faced by affected Labrador Retrievers. Regular veterinary check-ups and consultations with a veterinary ophthalmologist can help monitor the progression of the disease and address any complications that may arise.
While there is no cure for Achromatopsia Type 2, management strategies can help improve the quality of life for affected Labrador Retrievers. Owners are encouraged to create a safe and accommodating environment, minimizing exposure to bright lights and ensuring that their pets have a clear understanding of their surroundings. Additionally, training and behavioral modifications can assist these dogs in adapting to their visual limitations, allowing them to navigate their environments more confidently.
Achromatopsia Type 2 is a significant genetic condition that affects the vision of Labrador Retrievers, resulting in challenges related to color perception and light sensitivity. Understanding the genetic basis and symptoms of this condition is vital for dog owners and breeders alike. With appropriate management and care, affected dogs can lead fulfilling lives despite their visual impairments.
Dyret bærer ikke mutasjonen. Det vil ikke utvikle sykdommen og vil ikke gi det videre.
Nei. Dyret er generelt sunt, men kan overføre mutasjonen til dens avkom.
Den har to muterte kopier. Kliniske tegn forventes avhengig av sykdommen. Det skal ikke avles.
Noen sykdommer er kjønnsbundne, så uttrykket deres varierer avhengig av dyrs kjønn.
This DNA test detects the mutation associated with Achromatopsia Type 2 In Labrador Retriever (ACHM2-LR) in order to identify clear, carrier, or at-risk animals.
DNA-testing hjelper oppdrettere med å planlegge sikrere parringer og redusere risikoen for å overføre mutasjonen til avkom.
Arvemodusen som er rapportert for denne testen er autosomal recessiv.
This test analyses the mutation CNGA3 c.1931_1933del.
Ikke nødvendigvis. Tolkning avhenger av arvemønsteret og den resulterende genotypen.
Tanaka Naoto, Dutrow Emily V, Miyadera Keiko, Delemotte Lucie, MacDermaid Christopher M, Reinstein Shelby L, Crumley William R, Dixon Christopher J, Casal Margret L, Klein Michael L, Aguirre Gustavo D, Tanaka Jacqueline C, Guziewicz Karina E. Canine CNGA3 Gene Mutations Provide Novel Insights into Human Achromatopsia-Associated Channelopathies and Treatment. PLoS One. 2015 Sep 25;10(9):e0138943. doi: 10.1371/journal.pone.0138943. eCollection 2015.
Ditt privatliv, ditt valg
Vi bruker viktige informasjonskapsler for å drive nettstedet. Valgfrie informasjonskapsler (som leverandører av innebygd innhold) er deaktivert som standard og er bare aktivert hvis du samtykker. Du kan endre valget ditt når som helst ved å bruke "Cookies"-knappen.
Nødvendig for kjernefunksjoner og sikkerhet. Alltid aktivert.
Forbedrer funksjoner som lagring av preferanser eller ikke-annonsering.
Hjelper oss å forstå nettstedets bruk. Deaktivert som standard.
Annonsering/sporing på tvers av nettsteder (noen video-/kartinnbygginger). Deaktivert som standard.