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We group breeding programs into three levels based on testing depth. Ask your breeder directly which level they meet.
A breeder at the Great level performs all mandatory tests plus 8 additional clinically recommended screenings that reduce risk in this breed.
In addition to mandatory tests:
Collie eye anomaly (CEA)(CEA)
Augen
Collie Eye Anomaly is an inherited developmental defect affecting the eye, specifically the retina (the light-sensitive tissue at the back of the eye) and the choroid (the underlying layer of blood vessels). This genetic condition causes these structures to develop abnormally before birth. It is primarily seen in herding breeds and is inherited in an autosomal recessive manner.
Passing: CARRIER
Progressive Retinal Atrophy (PRA)(PRA)
Augen
Progressive Retinal Atrophy (PRA) is an inherited eye disease that affects the retina, which is the light-sensitive layer of tissue at the back of the eye. In this condition, the specialized cells responsible for detecting light, known as photoreceptors, gradually degenerate and die. Because these cells cannot recover or be replaced, the disease slowly but inevitably leads to complete blindness.
Passing: Clear or Carrier
Cataract(HC)
Augen und Sehvermögen
A cataract is a progressive clouding of the lens inside the dog's eye, which is the clear structure that focuses light onto the retina at the back of the eye. When the lens becomes cloudy or opaque, it blocks light from entering, gradually impairing the dog's vision. If left untreated, this condition can eventually lead to complete blindness in the affected eye.
Augen · Passing: Free (ECVO/DOK)
Exercise Induced Collapse(EIC)
Bewegungsapparat
Exercise Induced Collapse (EIC) is an inherited disorder of the nervous system where the communication between the brain and the muscles temporarily breaks down during intense physical activity or high excitement. This neurological failure prevents the muscles from receiving the signals they need to function properly, causing a sudden loss of motor control. It is inherited in an autosomal-recessive manner, meaning a dog must inherit the mutated gene from both parents to be affected.
DNA · Passing: Clear or Carrier
Hereditary myopathy - Labrador retriever/Bouviers des Flandres myopathy(CNM)
Bewegungsapparat
This is an inherited muscle disease affecting the skeletal muscles of Labrador Retrievers and Bouviers des Flandres. It is caused by a genetic defect that prevents muscle fibers from developing normally, leading to progressive muscle wasting where the muscles gradually shrink and weaken.
DNA · Passing: CARRIER
Hip dysplasia(HD)
Bewegungsapparat
Hip dysplasia is an inherited skeletal disorder where the ball and socket of the hip joint do not fit together properly. Instead of sliding smoothly, the bones rub and grind against each other, wearing down the protective cartilage. Over time, this chronic friction causes joint instability, painful inflammation, and progressive arthritis, which is the gradual wear and tear of the joint.
Roentgen · Passing: B or better
Degenerative Myelopathy(DM)
Nervensystem
Degenerative Myelopathy is a progressive disease of the spinal cord where the protective sheath around the nerves slowly breaks down. This deterioration disrupts the vital communication signals between the brain and the muscles of the hind limbs. Over time, this lack of signal transmission leads to a complete loss of muscle control in the back legs.
DNA · Passing: CARRIER
MDR1 gene mutation (drug sensitivity)(MDR1)
Nervensystem
This genetic condition affects the nervous system by impairing the blood-brain barrier, which normally acts as a protective filter for the brain. Due to a missing transport protein, certain common medications can cross this barrier unchecked and accumulate in the brain. This can lead to severe, life-threatening neurological damage.
Passing: Clear or Carrier
These levels are a comparison framework, not an official certification. They help compare breeding programs at a glance.
A complete checklist with every mandatory and recommended test plus identity and rearing questions — take it with you.
Open the full checklistFor breeders
Machine-readable mating rules, minimum ages, scoring schemes, and what's required for HonestDog verification — as a printable guide.
Example rule — Hip dysplasia (HD-FCI)
Both parents must be tested for Hip dysplasia (HD-FCI) and show a passing result.
We compile mandatory tests from official breed regulations and veterinary databases — and check every uploaded certificate for authenticity.
L1 = mandatory under breed-club regulations. L2 = recommended or clinically indicated. L3 = lower prevalence. Every assignment carries a source and confidence rating.
VDH-Zuchtordnungen, CIDD (University of PEI), OMIA (University of Sydney), curated veterinary input.
Uploaded certificates are AI-extracted and reviewed by our team for authenticity, date, and result.
0 tests are currently mandatory under the relevant breed-club regulations. The most common are —. Every test must be completed before mating, and the result must fall within the threshold defined by the regulation.
See breeders who have already uploaded their mandatory tests for verification.
View verified breedersHealth Testing Guide
Which tests are mandatory, how to spot responsible breeders — and what it costs when things go wrong.
For the Aussiedor (Australian Shepherd x Labrador) we have compiled 0 mandatory and 8 recommended health tests, drawn from breed-club regulations, the University of PEI (CIDD), and OMIA — weighted by severity and heritability.
What this grade means
As a crossbreed between an Australian Shepherd and a Labrador, the Aussiedor is not subject to official breeding regulations, which means buyers must carefully verify the health of the parent dogs themselves. This breed carries a dual risk for hip dysplasia (HD), as well as the MDR1 gene defect common in Aussies and progressive retinal atrophy (PRA) found in Labradors. Without certified genetic tests for both parents, purchasing this designer breed carries a significant health risk.
Every breed is susceptible to certain inherited conditions. Just like humans, dogs inherit predispositions from their parents. Responsible breeders screen their breeding dogs for these conditions and make informed mating decisions to reduce the risk passed on to puppies.
No — but it's the strongest tool we have. Diet, exercise, environment, and genetics all contribute to whether a dog develops a condition. When breeders use the right tests to identify risk in potential parents, the likelihood of many conditions appearing in the puppies drops significantly.
There's no one-size-fits-all here. For the Aussiedor (Australian Shepherd x Labrador) we track 0 mandatory tests plus 8 additional recommended ones. The specific tests and passing thresholds are detailed further below.
Keep in mind
Reliable screening tests still don't exist for many hereditary conditions, and tests for complex polygenic conditions are not always predictive of severity in the puppies. Even so, they're a powerful tool used by every responsible breeder.
There are two main types of health tests:
Screen the dog's DNA for known disease-causing mutations. Can be performed from puppyhood and give a binary result (clear / carrier / affected).
Clinical and imaging exams like X-ray, ultrasound, or ophthalmoscopy. They show how a predisposition actually manifests — usually only conclusive after 12–18 months.