Collared Crew - French Bulldogs

Core Tests(5/6)

View breed core tests

Collared Crew - French Bulldogs conducts 5 out of 6 core health tests which RightPaw believe are most important to conduct for the French Bulldog.

Fit-to-breed Certificate

Physical Test

Breeders of breeds who fall under the RightPaw Brachycephalic Policy are required to provide an… Read more

Hip Dysplasia

Physical Test

These breeders have had x-rays taken on their breeding dogs to assess their ‘hip score’. Dogs with… Read more

Patellar Luxation

Physical Test

Dogs affected by patellar luxation have loose kneecaps that may pop in and out of the knee joint,… Read more

Spinal Abnormalities

Physical Test

Many breeds with screw-tails or long backs are prone to congenital spinal abnormalities such as… Read more

Stenotic Nares

Physical Test

French Bulldogs, Pugs and British Bulldogs have particularly small and narrow (stenotic) nostrils… Read more

Collared Crew - French Bulldogs conducts 9 additional tests available for the French Bulldog.

ADAMTS3

Genetic Test

A mutation in the ADAMTS3 gene has been associated with airway disease in dogs. The mutation causes airway swelling and fluid build up which can make affected dogs very prone to breathing problems. There is now a DNA test available in some breeds to identify whether a breeding dog has a mutation in their ADAMTS3 gene. Breeders can use this test to inform their breeding program and help minimise the risk of breathing problems in their puppies.

CDDY/IVDD

Genetic Test

Chondrodystrophy (CDDY) is a condition causing abnormal development of cartilage. Many breeds are prone to this condition, especially short-legged breeds. CDDY makes a dog high risk for developing Intervertebral Disc Disease (IVDD), or ‘slipped discs’ in their spine. There is a DNA test available to identify if a dog is carrying genes making their puppies higher risk for CDDY/IVDD.

CMR

Genetic Test

Canine Multifocal Retinopathy (CMR) is a genetic disorder causing local detachment of the retina in young dogs. It does not always cause impaired vision or blindness but can in severe cases. There are three types of CMR affecting different breeds. A DNA test is available to identify if a breeding dog is carrying this condition.

Degenerative Myelopathy (DM)

Genetic Test

This is a disease affecting the spinal cord of older dogs, initially causing wobbliness and eventually hindlimb paralysis. It can affect a wide range of breeds. There is now a DNA test that can indicated if a breeding dog is carrying this disease.

HC

Genetic Test

Hereditary Cataracts (HC) is a genetic form of cataracts. There is a DNA test available in some breeds to indicated whether a breeding dog is carrying this disease.

HUU

Genetic Test

Hyperuricosuria (HUU) is a genetic disease that causes a build-up of uric acid in the urine, predisposing to painful bladder and kidney stones. It can occur in a range of breeds. There is a DNA test available to identify whether a breeding dog is carrying this disease.

PRA

Genetic Test

Progressive Retinal Atrophy (PRA) in dogs is a type of genetic eye disease causing deterioration of the retina and eventually, blindness. There are a variety of sub-types of PRA, which can occur in various breeds. There are various DNA tests available to identify whether a breeding dog is carrying this condition.

Screw-Tail Gene (DVL2)

Genetic Test

The DVL2 gene is the common cause of the 'screw-tail' shape in many breeds including Bulldogs and Boston Terriers. This very short, kinked tail is linked to other skeletal abnormalities such as hemivertebrae, which can predispose these dogs to slipped discs and other spinal problems. Breeders can now identify if their breeding dogs are carrying the mutated DVL2 gene. Dogs who are positive for this gene and have had any hemivertebrae noted on their spinal xrays, should not be bred.

Tracheal Hypoplasia

Physical Test

British Bulldogs are known to be high risk for tracheal hypoplasia, where the trachea (windpipe) is very narrow. Some breeders have xrays taken of their breeding dogs to ensure the diameter of their trachea at the level of the thoracic inlet (where the windpipe enters the lungs) is not extremely narrow. Research is still being conducted to determine the significance of these results for puppies.