Kabai Foal Immunodeficiency Syndrome (FIS)

Foal Immunodeficiency Syndrome (FIS) is a serious genetic disorder affecting Arabian horses, leading to severe immune system deficiencies in foals. Early DNA testing for FIS is crucial to identify carriers and prevent breeding affected foals. By using a reliable Foal Immunodeficiency Syndrome DNA test, breeders can make informed decisions to maintain healthy bloodlines. This test detects the specific mutation responsible for FIS, ensuring accurate results. Implementing FIS DNA testing helps reduce the risk of foal mortality and promotes overall herd health. Trust certified laboratories for precise and timely Foal Immunodeficiency Syndrome testing. Protect your Arabian horses with essential FIS genetic screening today.

Abreviashon : FIS

Mutashon analisá : SLC5A3 c.1352C/T

Herensha : Autosomal Resesivo

Sigla

FIS

Frekuensha opservá

Poko komun

Severidat klíniko

Grave

Klasifikashon klíniko

Malesanan Imunologiko

Mutashon analisá

SLC5A3 c.1352C/T
p.(P451L)

Modo di herensia

Autosomal Resesivo (Kompletu)

Resumen di prueba:

Foal Immunodeficiency Syndrome (FIS) is a genetic disorder affecting Arabian horses, causing severe immune system failure in foals. A DNA test can identify carriers of the FIS gene, helping breeders avoid mating two carriers and thus preventing affected foals. Early detection through testing is crucial for responsible breeding decisions. This test contributes to healthier horse populations by reducing the incidence of this fatal condition. Overall, DNA testing for FIS is an important tool in equine genetic management.

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Overview of Foal Immunodeficiency Syndrome (FIS)

Foal Immunodeficiency Syndrome (FIS) is a genetic disorder that affects young horses, particularly foals. This condition is caused by a mutation in the gene responsible for the development of a functional immune system. As a result, affected foals exhibit severe immunosuppression, making them susceptible to a wide range of infections and diseases. The condition typically manifests within the first few months of life, leading to a high rate of morbidity and, in many cases, mortality.

Clinical Signs of FIS

Foals with FIS may show various clinical signs that can include recurrent infections, poor growth, and failure to thrive. Common symptoms are respiratory issues, diarrhea, and a general lack of energy. These foals may also suffer from infections that are otherwise manageable in healthy animals, leading to an increased risk of serious complications and prolonged veterinary care. The immunologic deficiencies can be attributed to the inability of the foal's immune system to respond adequately to pathogens, which compromises their overall health.

Genetic Basis of FIS

The genetic mutation responsible for FIS is inherited in an autosomal recessive manner, meaning both parents must carry the gene mutation for a foal to be affected. Carriers of the mutation typically do not show any signs of the disorder and can appear healthy. Understanding the genetic basis of FIS is crucial for breeders, as it allows them to make informed decisions to manage the risk of producing affected foals.

Importansia di Prueba di DNA

DNA testing for Foal Immunodeficiency Syndrome is an essential tool for horse breeders and owners. By identifying carriers of the gene mutation, breeders can take proactive steps to avoid mating pairs that would produce affected foals. This genetic testing not only helps to manage the health of individual horses but also contributes to the overall improvement of the breed by reducing the incidence of this debilitating condition.

Management and Treatment

Currently, there is no cure for Foal Immunodeficiency Syndrome, and management typically focuses on supportive care. Affected foals require close monitoring and may need aggressive treatment for infections as they arise. This can include the use of antibiotics and other supportive therapies to help stabilize their condition. Breeders are encouraged to implement strict biosecurity measures to minimize exposure to infections, as well as to consult with veterinarians to develop individualized care plans for affected animals.

Konklushon

Foal Immunodeficiency Syndrome poses a significant challenge in equine health management. Through genetic testing and responsible breeding practices, the incidence of this condition can be reduced. Awareness of FIS and its implications is vital for breeders, veterinarians, and horse owners to ensure the health and wellbeing of future generations of horses.

Rasa rekonosé pa e tèst: Foal Immunodeficiency Syndrome (FIS)

Dales
Fell Pony

Interpretashon di genotiponan Genotipo Estado Siña mas tokante e interpretashon di genotipo FAQ: komprondementu di e interpretashon di resultado Kiko “Kla” ta nifiká? E animal no ta karga e mutashon. E no lo desaroyá e malesa i lo no pas’é pa otro hende. Un “Transportadó” ta serio? No. E animal ta generalmente salú pero por transmití e mutashon na su yunan. Kiko si un bestia ta “Afektá”? E ta karga dos kopia mutá. Ta spera señalnan klíniko dependiendo di e malesa. E no mester wòrdu kriá. Dikon tin diferensia entre hòmber/muhé? Algun malesa ta ligá na sekso, pues nan ekspreshon ta varia dependiendo di e sekso di e animal. E animal tin dos kopia normal di e gene. No tin riesgo di desaroyá òf transmití e malesa. Portadó heterozigoto: un kopia mutá. E animal por lo general no ta wòrdu afektá klínikamente pero por pasa e mutashon pa e yunan. Portadó maskulino òf afektá dependiendo di e moda di herensia. Maskulino tin solamente un kromosoma X òf Y. Portadó femenino heterozigoto: un kopia mutá. E por pasa e mutashon i tin bia por mustra señalnan klíniko leve dependiendo di e kondishon. Dos kopia mutá di e gene. E animal ta kore riesgo di desaroyá e kondishon asosiá.

🧬 Interpretation of genotypes FIS

Genotipo

Estado

🟡 N/N

No-transportador - Sin Riesgo

🟡 N/FIS

Transportadó - Sin Riesgo

❌ FIS/FIS

Afektá - Na Riesgo

FAQ: komprondementu di e interpretashon

Kiko “Kla” ta nifiká?

E animal no ta karga e mutashon. E no lo desaroyá e malesa i lo no pasa esaki.

Un “Transportadó” ta serio?

No. E animal ta generalmente salú pero por transmití e mutashon na su yu.

Kiko si un bestia ta “Afektá”?

E ta karga dos kopia mutá. Ta spera señalnan klíniko dependiendo di e malesa. E no mester wòrdu kriá.

Dikon tin diferensia entre hòmber/muhé?

Algun malesa ta mará na sekso, pues nan ekspreshon ta varia dependiendo di e sekso di bestia.

Pronóstiko di Genotipo pa Desendientenan Mama Tata no-transportador Transportador Afektá Krus faborabel: mayoria Riesgo di transportadó ta predominante. Mayoria afektá Filter pa genotipo di mama Filter pa genotipo di tata Tur Pronostiká Desendiente E animal tin dos kopia normal di e gene. No tin riesgo di desaroyá òf transmití e malesa. Portadó heterozigoto: un kopia mutá. E animal por lo general no ta wòrdu afektá klínikamente pero por pasa e mutashon pa e yunan. Portadó maskulino òf afektá dependiendo di e moda di herensia. Maskulino tin solamente un kromosoma X òf Y. Portadó femenino heterozigoto: un kopia mutá. E por pasa e mutashon i tin bia por mustra señalnan klíniko leve dependiendo di e kondishon. Dos kopia mutá di e gene. E animal ta kore riesgo di desaroyá e kondishon asosiá.

Pronostiká Desendiente

Filter pa genotipo di mama Filter pa genotipo di tata

N/N (no-transportador) )

N/FIS (Transportador) )

FIS/FIS (Afektá) )

FAQ di Prueba di DNA

Kiko e tèst di DNA aki ta detektá?

This DNA test detects the mutation associated with Foal Immunodeficiency Syndrome (FIS) in order to identify clear, carrier, or at-risk animals.

Dikon tèst un bestia di krio?

Prueba di DNA ta yuda kriadónan plania parehamentu mas sigur i redusí e riesgo di transmití e mutashon na yunan.

Kiko ta e moda di herensia di e tèst aki?

E moda di herensia raportá pa e tèst aki ta Outosomal Resesivo.

Kua mutashon ta wòrdu analisá den e tèst aki?

This test analyses the mutation SLC5A3 c.1352C/T.

Un bestia kargadó ta nesesariamente afektá?

No nesesariamente. Interpretashon ta dependé di e patronchi di herensia i e genotipo resultante.

Referensianan

FoxClipsham Laura Y, Carter Stuart D, Goodhead Ian, Hall Neil, Knottenbelt Derek C, May Paul D F, Ollier William E, Swinburne June E. Identification of a mutation associated with fatal Foal Immunodeficiency Syndrome in the Fell and Dales pony. PLoS Genet. 2011 Jul;7(7):e1002133. doi: 10.1371/journal.pgen.1002133. Epub 2011 Jul 7.

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