Unlock the secrets of your feline friend with a Feline Long Hair (LH) DNA test. This innovative genetic test reveals whether your cat carries the long-haired gene, helping you understand their unique coat characteristics. Ideal for breeders and pet owners alike, the Feline LH DNA test ensures you make informed decisions about your cat’s care and breeding. With just a simple cheek swab, you can uncover important information about your cat's lineage and health predispositions. Embrace the beauty of your long-haired cat with confidence, knowing you have the knowledge to provide the best care. Discover the joy of understanding your pet’s genetics today!
Abbreviation :LH
Analysed mutation :FGF5 c.475A>C
Inheritance :Autosomal Recessive
Acronym
LH
Observed frequency
Normal
Clinical classification
Coat-Related Traits
Analysed mutation
FGF5 c.475A>C
Mode of inheritance
Autosomal Recessive
Alternate name:
L Locus
Test summary:
The Feline Long Hair (LH) DNA test is a genetic tool used to identify long-haired traits in cats. By analyzing specific genes, it determines whether a cat carries the gene for long fur, helping breeders make informed decisions. This test is particularly valuable for ensuring the quality and predictability of litters. Additionally, it can assist in understanding a cat's ancestry and potential health issues related to coat type. Overall, the Feline LH DNA test enhances the breeding process and promotes responsible pet ownership.
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.
Choose the pack that best fits your breeding or health strategy of your animals.
Introduction to Feline Long Hair (LH)
Feline Long Hair (LH) is a genetic trait in cats characterized by a longer coat of fur compared to short-haired varieties. This trait is governed by specific genes that influence hair length, texture, and overall coat appearance. Understanding the genetics behind this condition is crucial for breeders and cat owners who wish to predict or manage coat characteristics in their feline companions.
The Genetics of Feline Long Hair
The long hair trait in cats is primarily associated with the presence of a dominant gene known as the L gene. When a cat inherits this gene from one or both parents, it expresses the long-haired phenotype. Conversely, if a cat inherits two recessive genes, it will have a short hair coat. This simple Mendelian inheritance pattern provides a foundational understanding of how coat length is passed through generations.
Health Implications
While the Long Hair trait itself is not associated with significant health issues, it can sometimes be linked to other genetic conditions. For example, long-haired cats may require more grooming to prevent matting and hairballs, which can lead to digestive issues if not managed properly. Additionally, some long-haired breeds may be predisposed to certain genetic disorders, although these are not directly caused by the long hair trait itself.
Grooming and Care Considerations
Owners of long-haired cats need to be vigilant about grooming to maintain their pet's coat health. Regular brushing helps prevent tangles and mats, which can be uncomfortable for the cat and lead to skin problems. Bathing should also be approached with caution, as over-bathing can strip the coat of essential oils, leading to dryness and irritation.
Conclusion
Understanding the genetics of Feline Long Hair is essential for cat owners and breeders alike. By being informed about the implications of this trait, owners can provide better care for their long-haired cats, ensuring they remain healthy and happy. With appropriate grooming and care, long-haired cats can thrive and showcase their beautiful coats.
Breed recognized for the test : Feline Long Hair (LH)
Abyssinian
Aegean
Alpine Lynx
Altai
American Bobtail
American Bobtail Longhair
American Bobtail Shorthair
American Burmese
American Curl
American Curl Longhair
American Curl Shorthair
American Fold Longhair
American Fold Shorthair
American Keuda
American Longhair
American Lynx
American Miniature Cat
American Polydactyl
American Ringtail
American Shorthair
American Straight Long Hair
American Straight Shorthair
American Wirehair
Anatoli
Aphrodite
Aphrodite Giant
Aphrodite's Giant Longhair
Aphrodite's Giant Shorthair
Arabian Mau
Asian
Asian Leopard Cat
Asian Longhair
Asian Semi-longhair
Asian Shorthair
Australian Bombay
Australian Mist
Aztec
Balinese
Bambino
Bambino Curl
BamBob
Bengal
Bengal Longhair
Birman
Bobcat
Bohemian Rex
Bombay
Bramble
Brazilian Shorthair
Bristol
British Ice Longhair
British Ice Shorthair
British Longhair
British Shorthair
Burmese
Burmese European
Burmese Longhair
Burmilla
Burmilla Longhair
Burmilla Shorthair
California Spangled
California Toyger
Californian Rex
Canadian Feral Cat
Canadian Sphynx
Caracal
Celtic
Celtic Shorthair
Ceylon
Chantilly-Tiffany
Chartreux
Chausie
Chinchilla Longhair
Chinese Harlequin
Chinese Li Hua
Chinese Tank Cat
Classicat
Colorpoint Shorthair
Companion Cat
Copper
Cornish Rex
Cornish Rex Longhair
Curly Tail Cat
Cymric
Cyprus
Desert Lynx
Deutsch Langhaar
Devon Rex
Domestic Longhair
Domestic medium-haired
Domestic Shorthair
Don Sphynx
Donskoy
Dossow
Dragon Li
Dwelf
Egyptian Mau
Elf
European
European Burmese
European Shorthair
Exotic
Exotic Shorthair
Experimental
Fishing Cat
Foldex
Foreign White
Foreign White Longhair
Foreign White Shorthair
Gao Taem
Genetta
Geoffroy's Cat
German Longhair
German Rex
Havana
Havana Brown
Hemingway Curl
Hibernian Lynx
Highland Fold
Highland Lynx
Highland Straight
Highlander
Highlander Longhair
Highlander Shorthair
Himalayan
House Cat Longhair
House Cat Shorthair
Household Pet
Household Pet Kitten
Household Pet Longhair
Household Pet Shorthair
Isle of Man Longhair
Isle of Man Shorthair
Jaguarette
Jaguarundi Curl
Japanese Bobtail
Japanese Bobtail Longhair
Japanese Bobtail Shorthair
Japanese domestic
Javanese
Jungala
Jungle Cat
Jungle Curl
Jungle Lynx
Junglebob
Kanaani
Karelian Bobtail
Karelian Bobtail Longhair
Khao Manee
Khaomanee
Kinkalow
Korat
Korean Bobtail
Korn Ja
Kurilian Bobtail
Kurilian Bobtail Longhair
Kurilian Bobtail Shorthair
Lambkin
LaPerm
LaPerm Longhair
LaPerm Shorthair
Lykoi
Maine Coon
Maine Coon Polydactyl
Manx
Manx Longhair
Manx Shorthair
Me-kong Bobtail
Meerkat
Mekong Bobtail
Minskin
Minuet
Minuet Longhair
Mixed Breed
Mohave Bob
Mojave Spotted
Mokave Jag Cat
Mountain Bob
Munchkin
Munchkin Longhair
Napoleon
Nebelung
Neva Masquerade
Niebelung
Non Recognized Hairless
Non Recognized Longhair
Non Recognized Shorthair
Norwegian Forest Cat
Ocicat
Ojos Azules
Oregon Rex (extinct)
Oriental
Oriental Bicolor
Oriental Longhair
Oriental Shorthair
Original Longhair
Owyhee Bob
Pantherette
Persian
Peterbald
Pharaoh
Pixiebob
Pixiebob Longhair
Puppykat
Raas
Ragamuffin
Ragdoll
Ruffle
Russian
Russian Black
Russian Blue
Russian Tabby
Russian White
Rusty Spotted Cat
Sacred Birman
Safari
Sam Sawet
Sashkin Rex
Savannah
Scottish Fold
Scottish Fold Longhair
Scottish Longhair
Scottish Shorthair
Scottish Straight
Scottish Straight Longhair
Selkirk Rex
Selkirk Rex Longhair
Selkirk Rex Shorthair
Selkirk Straight
Serengeti
Serrade Petit
Serval
Siamese
Siamese Longhair
Siberian
Singapura
Skookum
Snowbob
Snowshoe
Sokoke
Somali
Sphynx
Suffolk
Suphalak
Tennessee Bobtail
Tennessee Rex
Thai
Thai Blue Point
Thai Lilac
Thai Lilac Point
Tiffanie
Tigrette
Tonkinese
Tonkinese Longhair
Tonkinese Shorthair
Toybob
Toyger
Traditional Siamese
Transylvanian
Tundra
Turkish Angora
Turkish Van
Turkish Vankedisi
Ukrainian Levkoy
Unknown
Ural Rex
Ural Rex Longhair
Vienna Woods
Viverral
York Chocolate
Interpretation of genotypesGenotypeStatusLearn more about the interpretation of genotypesFAQ: understanding the interpretation of resultWhat 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 genotypesLH
Genotype
Status
🟡 L/L
Non-carrier - No effect
🟡 L/l
Carrier - No effect
❌ l/l
Affected - Long Hair
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 OffspringMotherFatherNon-carrierCarrierAffectedFavorable cross: majorityCarrier riskis predominant.Majority affectedFilter by mother's genotypeFilter by father's genotypeAllPredict OffspringThe 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
L/L (Non-carrier)
L/l (Carrier)
l/l (Affected)
DNA Test FAQ
What does this DNA test detect?
This DNA test detects the mutation associated with Feline Long Hair (LH) 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 FGF5 c.475A>C.
Is a carrier animal necessarily affected?
Not necessarily. Interpretation depends on the inheritance pattern and the resulting genotype.
References
Drögemüller C, Rüfenacht S, Wichert B, Leeb T. Mutations within the FGF5 gene are associated with hair length in cats. Anim Genet. 2007 Jun;38(3):218-21. doi: 10.1111/j.1365-2052.2007.01590.x. Epub 2007 Apr 13.
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