French Bulldog Joint Problems: What Actually Goes Wrong, and When

Almost everything that goes orthopedically wrong with a French Bulldog goes wrong in the spine, and it goes wrong young — median age three and a half years in the largest recent referral series. The legs are a distant second, and the thing owners watch for hardest, a limp, is the sign this breed is least likely to give you. Learn the spinal warning signs instead: wobbling, scuffed back paws, a yelp when picked up, a dog that will not turn his neck. And if your Frenchie ever cannot use his back legs, that is an emergency tonight, not an appointment next week.

What is a French Bulldog actually built out of?#

Start with the tail, because it explains the spine.

The corkscrew tail is not a decoration. It is a run of malformed vertebrae, and it comes from a specific genetic variant. A whole-genome study across 100 dogs identified a frameshift mutation in the gene DVL2 as the variant most strongly associated with the screw-tail phenotype, and reported that this variant was fixed in Bulldogs and French Bulldogs — meaning every dog in those breeds carried it — with an allele frequency of 0.94 in Boston Terriers. It segregated with thoracic and caudal vertebral malformations in a recessive manner, with complete penetrance for the caudal (tail) malformations in all three breeds and incomplete, variable penetrance for the thoracic ones, ranging from 45.5% in Boston Terriers to 100% in Bulldogs.^[1]

That is the honest version of the screw-tail story, and it is more careful than the version that circulates. The tail and the malformed chest vertebrae come out of the same variant. The paper does not say that a tighter tail predicts a worse spine in an individual dog, and neither will we.

The second piece of the build is chondrodystrophy — the same short-legged gene package that defines the Dachshund. It comes from a retrogene copy of FGF4 on chromosome 12, and it changes disc chemistry, not just leg length. In dogs, that retrogene acts in a dominant fashion to lower the age of onset and raise the overall risk of disc disease, with odds ratios for disc surgery running from 5.5 to 15.1 in the breeds where it segregates.^[5] In French Bulldogs it is close to universal: among 81 screened Finnish French Bulldogs, 74% were homozygous, 21% heterozygous and 5% wild-type, an allele frequency of 0.85.^[4]

So: a dog carrying a variant that malforms vertebrae, stacked on a variant that hardens discs, on a heavy, wide-chested, short-legged frame. Then add the third thing, which is the flat face — and the flat face is not only an airway issue. In a survey of 574 German French Bulldog owners, having a shorter nose was significantly associated with hemivertebrae and with intervertebral disc disease, alongside the expected breathing problems.^[11] The face and the back are not separate purchases. They came in the same package.

What does this breed actually get, in order of likelihood?#

Here is the ranking that matters, and it will surprise anyone who came here expecting an arthritis article.

1. Acute disc extrusion in the spine. In 439 French Bulldogs referred for spinal disease between them carrying 448 diagnoses, acute intervertebral disc extrusion was 84.3% of diagnoses. In pugs seen at the same centres it was 6.4%.^[7] In an earlier series of 343 French Bulldogs presented for any neurological problem at all, Hansen type I disc herniation was 45.5% of every case and 70.3% of all spinal cord disease.^[6] Owner-reported figures are lower but still substantial: 18% of 574 German French Bulldogs.^[11]

2. Hemivertebrae — extremely common, usually silent. When 62 neurologically normal French Bulldogs were imaged alongside pugs and English Bulldogs, 80.7% of all the neurologically normal dogs had at least one vertebral malformation, and hemivertebrae were present in 93.5% of the French Bulldogs.^[2] A follow-up counted 243 individual hemivertebrae across 58 neurologically normal French Bulldogs — about four malformed vertebrae per dog, in dogs with nothing wrong with them.^[3]

3. Patellar luxation — the commonest true limb problem. In UK primary-care records for 2016, 2.0% of 2,781 French Bulldogs were diagnosed with patellar luxation in a single year, with adjusted odds of 2.31 (95% CI 1.68–3.17, P<0.001) against non-French Bulldogs.^[8] An earlier study of 210,824 dogs, where overall prevalence was 1.30%, put the French Bulldog at 5.4 times the odds of crossbred dogs (95% CI 3.1–9.3, P<0.001).^[9]

4. Everything else, including hips. Spinal arachnoid diverticulum was 11.3% of the French series;^[6] caudal articular process dysplasia, transitional vertebrae and cranial thoracic vertebral canal stenosis are all documented in these breeds and all occur commonly in dogs with no signs.^[12] Hip dysplasia is discussed below, and the short version is that we could not verify a prevalence figure for it in this breed.

dogorthopedic.com

Now the finding that should reorganise how you read your own dog. In that same UK primary-care study, French Bulldogs were recorded with lameness less often than other dogs — 0.6% of them, adjusted odds 0.26 (95% CI 0.15–0.42, P<0.001) — while spinal cord disorders ran at 1.1% with adjusted odds of 3.00 (95% CI 1.94–4.64, P<0.001).^[8]

Read that twice. A French Bulldog in orthopedic trouble is less likely to limp than an average dog, and three times more likely to have something wrong with his spinal cord. If you are watching this breed for a limp, you are watching the wrong thing. Our guide to telling a limp from weakness is the distinction that matters most in this breed, and it matters more here than in any breed we have written about except the Dachshund.

When does it show up?#

This is the section nobody writes for this breed, and it is the one that changes what you do.

The number to carry out of that table is 44 months. Owners of this breed brace for old age. The spine does not wait for it.

“Because your dog can't tell you how much pain he or she is in.”

What does the first week of trouble look like in this breed specifically?#

Generic advice says watch for limping. In a French Bulldog, that advice is close to useless, and the data above is why.

What a first episode actually looks like:

• A yelp on being picked up, particularly if you lift under the chest or armpits. In a breed where 39.8% of disc herniations were cervical and C3–C4 alone was 57.8% of those,^[6] a neck that hurts when handled is a leading sign, and it is one owners routinely file under "he's being dramatic."
• A dog who will not turn his head to follow you, and turns his whole body instead. Frenchies are expressive dogs; a sudden loss of head movement is loud if you know to look for it.
• Back paws scuffing on pavement, or nail tips worn flat on top. That is neurological, not lazy.
• A wobble on turns rather than a limp — the back end swinging wide, or the dog sitting down mid-walk.
• Refusing the sofa he jumped on yesterday. In this breed, treat a sudden refusal as information rather than as a training regression.

For the leg problems, the picture is different and gentler. Patellar luxation in a French Bulldog most often shows up as a brief skip — the dog hops for two or three strides on a back leg, then carries on as if nothing happened. It is easy to miss and easy to dismiss. Researchers who tracked three-dimensional patellar motion in French Bulldogs with and without medial luxation found that in affected dogs the patella sat significantly more distally at touch-down (p = 0.037) and significantly more medially at midswing (p = 0.045), and attributed the mechanism to the stifle sitting far from a straight fore-and-aft plane because of the breed's broad trunk and wide pelvis.^[10] That was seven dogs, which is a small study and we will not pretend otherwise. But the conformational logic — wide chest, wide pelvis, knees that point outward — is the same logic that explains the rest of this page.

If you are not sure whether what you are seeing is pain, our guide to reading pain in a dog who will not show it covers the postural signs that come before the obvious ones.

Screening, and what a breeder's paperwork actually tells you#

This is where a lot of money changes hands on the strength of documents that do not mean what buyers think they mean.

Spinal radiographs. A chest X-ray showing hemivertebrae in a French Bulldog tells you very little on its own, because 93.5% of neurologically normal dogs in the imaging study had them.^[2] What matters is what the malformations are doing to the shape of the spine. Ventral hypoplasia — where the underside of the vertebral body fails to develop — was associated with a greater Cobb angle and a higher likelihood of kyphosis, the wedge-shaped hump that can narrow the canal the spinal cord runs through.^[3] Ask about the curve and the canal, not the count.

Genetic testing. The DVL2 variant is fixed in the breed,^[1] so a test for it in a French Bulldog cannot distinguish one dog from another. The chromosome-12 FGF4 retrogene has an allele frequency of 0.85 in the screened population, so 5% of dogs were wild-type — a test there does discriminate, but only between "very high risk" and "somewhat less high risk."^[4] Homozygous dogs were more likely to carry severe disc calcification at two years (OR 3.4, 95% CI 1.03–11.51, P = 0.045), and note how wide that confidence interval is: the lower bound is 1.03. It is a real association, sitting right on the edge of significance in 81 dogs.

Hips. Here is our honest finding, and it is a negative one. We could not verify a published, peer-reviewed prevalence figure for hip dysplasia in French Bulldogs. The percentages that circulate for this breed come from the Orthopedic Foundation for Animals' breed statistics table, which we are not going to reproduce here — go and read it at ofa.org — and which is not a prevalence estimate in the epidemiological sense. It is a tally of radiographs that owners and breeders chose to submit. And OFA's own policy page states that "unless the owner has chosen the open database, dysplastic hip grades are closed to public information."^[14] A database built from voluntary submissions, where the abnormal results are private by default, will not give you a population rate. It will give you a floor.

For what it is worth, the largest UK primary-care study of the breed lists patellar luxation as the only specific joint disorder among those with significantly increased odds in French Bulldogs; the leaders on that list are airway, skin and eye conditions.^[8] That is not proof that Frenchie hips are fine. It is a reason to be sceptical of anyone quoting you a confident number. If you want the general picture on how hip scoring works and what a grade predicts, our hip dysplasia guide and the German Shepherd page cover the scoring systems properly.

One more piece of paperwork worth asking about: OFA offers preliminary screening for dogs between 4 and 23 months of age.^[14] A preliminary result on a young dog is not a permanent one, and a breeder presenting a preliminary as a final grade is either confused or hoping you are.

dogorthopedic.com

What actually helps#

Almost none of this involves buying anything, which is why we are going to spend most of the section on the free half.

Keep him genuinely lean. This is the largest modifiable factor in joint disease and it is free, and it is worth saying plainly that a French Bulldog carries a lot of body mass on a very short frame. It is also the one lever you hold that acts on the spine, the knees and the airway at the same time.

Change how he gets down, not just up. Landings are the repeated impact, not take-offs. A dog that trots up onto the sofa and jumps down forty times a week is taking forty impacts through a spine with hardened discs. Block the jump-down routes, or give him a route he prefers.

Use a harness, never a neck collar. This is the most breed-specific piece of advice on this page, and it comes straight out of the lesion data: cervical disc herniations were 39.8% of French Bulldog herniations in the French series, with C3–C4 the single commonest space at 57.8% of those.^[6] Most chondrodystrophic-breed advice concentrates on the lower back. For a Frenchie, the neck is genuinely in play.

Discuss the timing of neutering with your vet, rather than defaulting. A 2025 retrospective review of 2,101 French Bulldog records reported that dogs gonadectomised before 12 months had a higher risk of disc herniation than intact dogs — odds of 1.92 in males, and 9.84 in females, against 2.77 in late-gonadectomised females.^[13] Take that carefully: the authors call their own results preliminary, it is retrospective rather than randomised, and a 9.84 odds ratio from record review is the kind of number that shrinks when someone runs the study properly. It is not a reason to leave a dog entire. It is a genuinely good reason to have the conversation about when, which our guide on when to spay or neuter a dog works through from both sides.

Traction indoors. Rubber-backed runners on the two or three routes he actually uses, and nails kept short. Our floor traction guide has the room-by-room version, and it costs less than anything below.

If you are going to buy one thing#

For a French Bulldog the honest answer is that the highest-value purchase is whatever stops the daily jump down off the furniture. Before you spend: try simply blocking sofa access for two weeks and see whether the dog settles. Plenty do, and that is the end of the problem.

When it is not the end of the problem, the constraint for this breed is a specific one. A Frenchie is heavy for his height, wide, and short-legged, which makes a long car ramp geometrically awkward indoors and makes steep plastic steps unappealing to a dog who cannot see his own feet past his chest.

We are recommending it here on a narrower argument than usual: the moment that matters for this breed is the descent, and foam is the only step material on our list that gives when a 25-pound dog lands on it rather than transmitting the impact straight back up. The tradeoffs are real and we would rather you heard them from us. It is expensive for what it is — $95 to $225 depending on size, against $30 for plastic steps that will also work if your dog will use them. It takes up more floor than plastic stairs. And foam compresses over years, so this is not a lifetime purchase. If your dog will happily use $30 plastic steps, buy those instead; the foam premium is only worth paying for the dog who hesitates or lands hard.

The harness argument here is not about pulling, which is what this product is designed and marketed for. It is about the C3–C4 number above: a collar puts every correction, every lunge at a squirrel and every sudden stop through the exact region where this breed herniates discs. Any well-fitted harness does that job — a $20 one from the pet shop does it as well as this one, and we would rather you bought that than nothing. What this model adds is four adjustment points (PetSafe's own figure — we previously printed five), which genuinely matters on a barrel-chested dog with no neck to speak of, and front-clip control if he pulls. What it does not add is spinal protection beyond what any harness gives you. One correction from the kinematics literature, against our own earlier framing: we used to count the non-Y-front strap layout as a fit drawback, but the published gait study found the Y-front design restricted shoulder extension MORE than the straight-strap style (2.6° at walk, 4.4° at trot) — so on shoulder mechanics this layout is, if anything, the lighter touch.^[18] Neither of those is a reason to keep using a collar.

Where to go next, and the one question to ask a surgeon#

If your dog is in a disc episode right now, the master guide to IVDD in dogs covers grading, crate rest and the decision points, and the Dachshund IVDD page covers the same disease in the breed where it has been studied longest. If you are further along and dealing with a dog whose back end is not working properly, start with limping versus weakness — in this breed, that is the distinction that decides which specialist you need.

And if surgery is on the table, there is one question that belongs to this breed and no other on our site.

Brachycephalic dogs carry a materially higher anaesthetic risk, and it lands after the operation rather than during it. In a study matching 223 brachycephalic dogs against 223 non-brachycephalic dogs for procedure and other characteristics, post-anaesthetic complications occurred in 13.9% of the brachycephalic dogs against 3.6% of the others; intra-anaesthetic rates were far closer, and overall perianaesthetic complications were near-identical at 49.8% versus 48.4%.^[15] The risk in this breed is concentrated in the recovery period, when the tube comes out and a compromised airway has to do its own work.

That does not make surgery the wrong choice — for a dog losing neurological function, delay is far more dangerous than anaesthesia. It makes the recovery plan the thing to interrogate. Our list of questions to ask a veterinary orthopedic surgeon is where to take that conversation, and for a French Bulldog we would add one to the top: who is watching him after extubation, for how long, and has his airway been assessed before we book this? We are not going to write an airway article here; that is a different specialty and a different page. But it changes the surgical decision, so it belongs in the surgical conversation.

Two more honest notes before you go. Surgical fixation of a symptomatic hemivertebra is real but not routine — a multi-centre series of 12 brachycephalic dogs treated by spinal segmental stabilisation reported chronic complications in 58%, though most were minor and none required revision surgery.^[17] And the breed's overall picture is sobering: UK life tables for dogs that died between 2016 and 2020 put French Bulldog life expectancy at birth at 4.53 years (95% CI 4.14–5.01) against 11.23 years for dogs overall. The authors themselves flag that this is partly an artefact — Kennel Club registrations rose from 2,771 in 2011 to 39,266 in 2020, so the population is skewed young and contributes disproportionately many young deaths to the table.^[16] The German owner survey put average age at death at 8.3 years, with cancer the leading cause at 47% of deaths.^[11] Both numbers are true about the populations they describe. Neither is a prediction about your dog.

What to do this week#

Take the collar off the lead and put a harness on it. That is a ten-minute change and it acts directly on the region where this breed herniates most.

Then watch him get down off the furniture once, deliberately, and decide whether you are going to block that route or give him a better one. Not the way up. The way down.

Then, at the next routine appointment — not a special one — ask for a neurological check alongside the joint check: paw placement, reflexes, and whether he will follow a treat with his head turned to each side. It adds about two minutes. In a breed where lameness is the sign you are least likely to get and spinal cord disease is three times more likely than average, that is the examination that finds things early.

None of that prevents disc disease. The chemistry was decided before you met him. What it does is shorten the delay between the first sign and the appointment, and in this breed, at three and a half years old, on a Tuesday night, the delay is the injury.

Sources#

1. Mansour TA, Lucot K, Konopelski SE, et al. "Whole genome variant association across 100 dogs identifies a frame shift mutation in DISHEVELLED 2 which contributes to Robinow-like syndrome in Bulldogs and related screw tail dog breeds." PLoS Genetics. 2018;14(12):e1007850. doi:10.1371/journal.pgen.1007850 — DVL2 frameshift variant fixed in Bulldogs and French Bulldogs, allele frequency 0.94 in Boston Terriers; segregates with thoracic and caudal vertebral malformations recessively; complete penetrance for caudal malformations in all three breeds, thoracic penetrance 45.5% (Boston Terrier) to 100% (Bulldog).
2. Ryan R, Gutierrez-Quintana R, ter Haar G, De Decker S. "Prevalence of thoracic vertebral malformations in French bulldogs, Pugs and English bulldogs with and without associated neurological deficits." The Veterinary Journal. 2017;221:25-29. doi:10.1016/j.tvjl.2017.01.018 — 171 neurologically normal dogs (62 French bulldogs, 68 pugs, 41 English bulldogs) and 10 neurologically affected; 80.7% of neurologically normal animals had at least one vertebral malformation; hemivertebrae in 93.5% of French bulldogs; clinically relevant malformations in 4.7% of pugs, significantly higher than the other breeds.
3. Ryan R, Gutierrez-Quintana R, ter Haar G, De Decker S. "Relationship between breed, hemivertebra subtype, and kyphosis in apparently neurologically normal French Bulldogs, English Bulldogs, and Pugs." American Journal of Veterinary Research. 2019;80(2):189-194. doi:10.2460/ajvr.80.2.189 — 243 hemivertebrae identified in 58 French Bulldogs, 100 in 30 English Bulldogs, 19 in 12 Pugs; ventral hypoplasia associated with greater Cobb angle and higher likelihood of kyphosis; kyphosis defined as Cobb angle >10° and most frequent in pugs.
4. Reunanen VLJ, Jokinen TS, Lilja-Maula L, Hytönen MK, Lappalainen AK. "Allelic frequency of 12-FGF4RG and the association between the genotype with number of calcified intervertebral discs visible on radiographs in Coton de Tuléar and French Bulldog breeds." BMC Veterinary Research. 2025;21:140. doi:10.1186/s12917-025-04573-7 — 81 French Bulldogs; 60 homozygous (74%), 17 heterozygous (21%), 4 wild-type (5%), allele frequency 0.85; mean age at screening 27.4 months (SD 5.0); 33 dogs (41%) had IDC grade 3; homozygous dogs had higher probability of grade 3 than grade 0 (OR 3.4, 95% CI 1.03–11.51, P = 0.045).
5. Batcher K, Dickinson P, Giuffrida M, et al. "Phenotypic Effects of FGF4 Retrogenes on Intervertebral Disc Disease in Dogs." Genes. 2019;10(6):435. doi:10.3390/genes10060435 — the chromosome 12 FGF4 retrogene acts in a dominant manner to decrease age of onset and increase overall risk of disc disease; odds ratios for disc surgery risk 5.5 to 15.1 in mixed and segregating breeds; additive effect on radiographic disc calcification.
6. Mayousse V, Desquilbet L, Jeandel A, Blot S. "Prevalence of neurological disorders in French bulldog: a retrospective study of 343 cases (2002–2016)." BMC Veterinary Research. 2017;13:212. doi:10.1186/s12917-017-1132-2 — Hansen type I IVDH 45.5% of all cases and 70.3% of myelopathies; cervical 39.8% of IVDH with C3-C4 57.8% of cervical cases; thoracolumbar/lumbar 60.2% with T13-L1 the commonest at 20.6%; median age 4.2 years cervical, 4.0 years thoracolumbar; vertebral malformations 8.6% of myelopathies, 89.5% of those hemivertebra with major kyphosis; spinal arachnoid diverticulum 11.3%.
7. Kerr S, Skovola E, Maskell L, De Decker S. "Prevalence and breed predisposition for spinal diseases in pugs and French bulldogs." Veterinary Record. 2025;196(4):e5122. doi:10.1002/vetr.5122 — 439 French bulldogs with 448 diagnoses and 106 pugs with 125 diagnoses; acute intervertebral disc extrusion 84.3% of French bulldog diagnoses versus 6.4% in pugs; median age at presentation 44 months in French bulldogs (range 3–120) versus 71.5 months in pugs; 62.0% of French bulldogs had acute onset; clinically relevant hemivertebra with kyphosis in 2.9% of French bulldogs versus 16.0% of pugs.
8. O'Neill DG, Packer RMA, Francis P, Church DB, Brodbelt DC, Pegram C. "French Bulldogs differ to other dogs in the UK in propensity for many common disorders: a VetCompass study." Canine Medicine and Genetics. 2021;8:13. doi:10.1186/s40575-021-00112-3 — 2,781 French Bulldogs and 21,850 non-French Bulldogs, 2016 data; patellar luxation 2.0%, aOR 2.31 (95% CI 1.68–3.17, P<0.001); musculoskeletal injury 2.5%, aOR 5.45 (3.89–7.65); spinal cord disorder 1.1%, aOR 3.00 (1.94–4.64); lameness 0.6% with reduced odds, aOR 0.26 (0.15–0.42, P<0.001).
9. O'Neill DG, Meeson RL, Sheridan A, Church DB, Brodbelt DC. "The epidemiology of patellar luxation in dogs attending primary-care veterinary practices in England." Canine Genetics and Epidemiology. 2016;3:4. doi:10.1186/s40575-016-0034-0 — 210,824 dogs at 119 clinics; overall prevalence 1.30% (95% CI 1.21–1.39); French Bulldog OR 5.4 (95% CI 3.1–9.3, P<0.001) versus crossbreds; median age at diagnosis 4.0 years (IQR 1.7–7.5).
10. Lehmann SV, Andrada E, Taszus R, Koch D, Fischer MS. "Three-dimensional motion of the patella in French bulldogs with and without medial patellar luxation." BMC Veterinary Research. 2021;17:76. doi:10.1186/s12917-021-02787-z — seven adult female French bulldogs; in affected dogs the patella sat significantly more distally at touch-down (p = 0.037) and significantly more medially at midswing (p = 0.045); authors attribute risk to the non-parasagittal stifle position caused by a broad trunk and wide pelvis.
11. Hinze MAG, Meyer KOH, Heilmann RM, Müller U. "Health status and disease prevalences in French bulldogs in Germany: insights from a survey-based study." Companion Animal Health and Genetics. 2025;12:9. doi:10.1186/s40575-025-00149-8 — owner-reported survey covering 574 French bulldogs (499 alive, 75 deceased), median age 4 years; tail malformations 98%, hemivertebrae 25%, intervertebral disc herniation 18%; shorter nose significantly associated with hemivertebrae and IVDD; average age at death 8.3 years, cancer the leading cause at 47%. Owner-reported data, not clinical records.
12. De Decker S, Rohdin C, Gutierrez-Quintana R. "Vertebral and spinal malformations in small brachycephalic dog breeds: Current knowledge and remaining questions." The Veterinary Journal. 2024;304:106095. doi:10.1016/j.tvjl.2024.106095 — review; thoracic hemivertebra, caudal articular process dysplasia, transitional vertebra and cranial thoracic vertebral canal stenosis all occur commonly in neurologically normal dogs; severe kyphosis and hemivertebra in pugs associated with increased likelihood of neurological signs.
13. Tabbì M, Troisi A, Fugazzotto D, et al. "Influence of gonadectomy and age at gonadectomy on the risk of developing intervertebral disc herniation in French Bulldogs: a retrospective study." Frontiers in Veterinary Science. 2025;12:1729833. doi:10.3389/fvets.2025.1729833 — 2,101 French Bulldog medical records reviewed retrospectively; gonadectomy before 12 months associated with higher IVDH risk than intact status, OR 1.92 in males and OR 9.84 in females, against OR 2.77 in late-gonadectomised females. The authors describe the results as preliminary.
14. Orthopedic Foundation for Animals. "Hip Dysplasia." ofa.org — grades of excellent, good and fair are within normal limits and receive OFA numbers; "unless the owner has chosen the open database, dysplastic hip grades are closed to public information"; preliminary screenings available for dogs between 4 and 23 months of age. We did not reproduce OFA's breed statistics table and could not verify a French Bulldog hip dysplasia prevalence figure from the peer-reviewed literature.
15. Gruenheid M, Aarnes TK, McLoughlin MA, Simpson EM, Mathys DA, Mollenkopf DF, Wittum TE. "Risk of anesthesia-related complications in brachycephalic dogs." Journal of the American Veterinary Medical Association. 2018;253(3):301-306. doi:10.2460/javma.253.3.301 — 223 brachycephalic and 223 matched non-brachycephalic client-owned dogs; postanaesthetic complications 13.9% versus 3.6%; perianaesthetic complications near-identical at 49.8% versus 48.4%; brachycephalic status and longer anaesthesia associated with higher perianaesthetic complication risk.
16. Teng KT, Brodbelt DC, Pegram C, Church DB, O'Neill DG. "Life tables of annual life expectancy and mortality for companion dogs in the United Kingdom." Scientific Reports. 2022;12:6415. doi:10.1038/s41598-022-10341-6 — 30,563 dogs that died between 1 January 2016 and 31 July 2020, of which 232 were French Bulldogs; life expectancy at age 0 was 11.23 years overall (95% CI 11.19–11.27), 4.53 years for French Bulldogs (95% CI 4.14–5.01) and 12.72 years for Jack Russell Terriers; the authors note UK Kennel Club French Bulldog registrations rose from 2,771 in 2011 to 39,266 in 2020, biasing the dataset toward younger dogs.
17. Mavrides D, Charalambous M, Freeman P. "Long-term follow-up of spinal segmental stabilization for surgical treatment of dorsal hemivertebrae associated with kyphosis in brachycephalic dogs." Canadian Veterinary Journal. 2021;62(12):1323-1327. PMC8591567 — 12 cases across three university hospitals, minimum one year follow-up; chronic complications in 7 of 12 dogs (58%), most minor and none requiring revision surgery.

This article is educational and does not replace veterinary advice. Sudden hind-limb weakness, knuckling, dragging, loss of bladder control or crying out on being handled in a French Bulldog is an emergency, not a wait-and-see. The hero illustration on this page is a generated likeness of the breed, not a photograph of a specific dog, and is not evidence about conformation or size.