Rehabilitation after MPL surgery is what turns a successful operation into a fully functional leg.

Surgery corrects the structural problem. Rehab rebuilds the muscle that was lost during the lameness period, restores normal movement patterns, and prepares the joint for the activity your dog will return to. Without structured rehab, dogs take longer to recover and often return to lower function than those who follow a proper plan.

Quick answer: Rehab after MPL surgery progresses through three phases. Weeks 1 to 2 focus on passive range-of-motion exercises and gentle movement. Weeks 3 to 6 introduce sit-to-stands, short leash walks, and massage. Weeks 6 to 12 add hydrotherapy, balance exercises, and hill walks. Each phase depends on confirmation from your vet before progressing.

Key takeaways

• Rehab accelerates recovery and improves outcomes compared to rest alone.
• Passive range-of-motion exercises start in week 1 or 2 to prevent stiffness.
• Sit-to-stands are the most important active exercise for rebuilding quadriceps strength.
• Hydrotherapy allows full muscle engagement without joint loading: ideal for the middle recovery phase.
• Hill walks build hindlimb strength more efficiently than flat-ground walking.
• Never push through pain: if limping worsens after an exercise session, reduce intensity.

Why rehab matters after MPL surgery

When a dog has MPL, they've often been sparing the affected leg for weeks or months before surgery. The thigh muscles on that side are already smaller and weaker than the other leg.

After surgery, strict rest further reduces muscle mass. By the time exercise begins, significant atrophy is typical. Without targeted rehabilitation, the leg may recover to adequate function but not full strength or confidence.

A Frontiers in Veterinary Science review (2026) on canine MPL rehabilitation notes that quadriceps strengthening and hip-focused exercise produce meaningful improvements in patellar stability and limb function. Structured rehab gives your dog a better outcome than rest and leash walks alone.

For the full recovery timeline that determines when each exercise phase begins, see the full MPL surgery recovery timeline.

Phase 1 (weeks 1 to 2): passive exercises and gentle movement

During the first two weeks, the repair site is fragile. Active resistance exercise is off the table. Passive exercises protect the joint while preventing it from stiffening.

Passive range-of-motion (PROM)

PROM involves gently moving the leg through its natural range without your dog actively participating. The goal is to maintain flexibility in the joint and prevent the scar tissue from tightening.

How to do it:

1. Have your dog lie on their side, affected leg facing up
2. Support the leg at the hip and just below the knee
3. Slowly and gently flex (bend) the knee until you feel light resistance
4. Hold for 3 to 5 seconds, then slowly extend the leg back out
5. Repeat 10 to 15 times, twice daily

Critical rules:

• Move slowly and stop if your dog shows any pain response (flinching, vocalizing, pulling away)
• Never force the joint past its comfortable range
• The leg should move like a gentle pendulum, not be pushed aggressively

Icing

Applying a cold pack wrapped in a cloth to the surgical site for 10 to 15 minutes after any handling or exercise reduces inflammation. Use two to three times daily in the first week.

Phase 2 (weeks 3 to 6): building early strength

Once your vet confirms healing is on track, active exercises begin. The focus is rebuilding the thigh muscles that support the knee.

Sit-to-stands (puppy squats)

Sit-to-stands are the most important exercise in MPL rehabilitation. They directly target the quadriceps, which are the primary muscle group that stabilizes the repaired kneecap.

How to do it:

1. Ask your dog to sit in a controlled position
2. Cue them to stand up slowly
3. Once standing, cue them to sit again
4. Repeat 5 to 10 repetitions, two to three times daily

Start with five repetitions and increase gradually as your dog builds strength and tolerance.

What to watch for: Your dog should use both back legs equally during the sit-to-stand. If they consistently avoid using the operated leg (pushing off the good leg only), bring this to your vet or rehab therapist's attention.

Short leash walks

Short, controlled leash walks on flat, even ground are introduced from week 3. The purpose is weight-bearing and muscle use, not cardiovascular exercise.

Starting protocol:

• 5 minutes per walk, two to three times daily
• Flat surface only (grass or packed dirt preferred over pavement)
• Slow pace; allow the dog to dictate the speed
• Short leash (2 to 3 feet) for control

Increase duration by 5 minutes per week if your dog is tolerating walks without increased limping after the session.

Gentle massage

Light massage of the thigh muscles on the operated side improves circulation, reduces muscle tension, and encourages your dog to use the leg more confidently.

Technique: Use gentle, circular strokes along the thigh muscle (not directly over the incision) for 3 to 5 minutes once or twice daily. Your dog should find this comfortable and calming.

For information on how these exercises also help non-surgical MPL cases, see exercises that also help non-surgical cases.

Phase 3 (weeks 6 to 12): progressive loading and coordination

After the 6 to 8 week recheck confirms good healing, exercise intensity increases. This phase focuses on rebuilding full strength, coordination, and confidence.

Hydrotherapy (underwater treadmill or swimming)

Hydrotherapy is one of the most effective rehabilitation tools after MPL surgery. Water buoyancy reduces the mechanical load on the joint while water resistance provides meaningful muscle engagement.

Benefits:

• Allows the dog to exercise through a full range of motion with less pain
• Builds muscle faster than land walking at the same effort level
• Warms the joint and reduces stiffness
• Ideal for dogs who are reluctant to use the leg on land

Types:

• Underwater treadmill: The dog walks on a submerged treadmill in a water chamber. The water level is set to reduce joint loading while the walking movement builds muscle. Most commonly available at veterinary rehabilitation centers.
• Controlled swimming: Pool or tank swimming. More cardiovascular than the underwater treadmill and introduces more rotational movement in the limb. Usually introduced after the treadmill phase.

Frequency: one to two sessions per week to start, increasing as your dog builds strength.

Balance exercises

Balance work activates the stabilizing muscles around the knee and improves proprioception (the dog's sense of where their limb is in space).

Exercises:

• Balance disc or wobble board: Have your dog stand with two or four paws on an unstable surface for 30 to 60 seconds. The instability activates the stabilizing muscles without high-impact loading.
• Cavaletti poles: Walk your dog slowly over a series of low poles spaced at walking stride length. This encourages deliberate leg placement and builds proprioceptive awareness.
• Weight shifting: Gently push your dog's weight side to side while they stand, encouraging them to shift weight onto the operated leg.

Controlled hill walks

Gentle, slow hill walking is introduced in the later stages of Phase 3. Walking uphill engages the quadriceps and hindlimb muscles significantly more than flat-ground walking.

Protocol from Animal Clinic of Billings: Walk the dog slowly up, down, and across a gentle hill with the surgical leg on the downhill side. This increases strength and muscle mass while improving range of motion and balance.

Use a hill that's gradual enough that you can walk it comfortably yourself. Steep hills or running on hills are not appropriate at this stage.

Signs that rehab should be paused or adjusted

Not every day of rehab goes smoothly. Know when to pull back:

• Increased limping after exercise: The dog was walking well but is now more lame than before the session. Reduce duration and intensity, and contact your vet if the limping persists beyond 30 minutes after the session ends.
• Swelling or heat at the knee after exercise: The joint is being overworked. Reduce activity, ice the knee, and consult your vet.
• Refusal to use the leg: A sudden shift to non-weight-bearing after a period of normal use warrants a vet visit.
• Pain response during exercises: Flinching, vocalizing, or pulling away during PROM or active exercises means you're at or past the dog's comfortable limit.

For a full overview of what post-surgical complications look like and when to escalate, see signs that rehab should be paused or adjusted.

Working with a canine rehabilitation therapist

While many owners successfully manage rehab at home with veterinary guidance, a certified canine rehabilitation therapist (CCRT or CCRP) offers meaningful advantages:

• Customized exercise plan based on your dog's specific surgery, grade, and progress
• Access to equipment not available at home (underwater treadmill, laser therapy, neuromuscular electrical stimulation)
• Hands-on assessment of gait, muscle mass, and joint range at each session
• Immediate adjustment if the dog shows pain or altered movement

Even one or two sessions with a rehab therapist to establish the home program and correct technique is valuable if you can't do regular sessions.

How rehab changes for bilateral cases

When both knees have been operated on, the exercise plan must account for the fact that both legs are recovering simultaneously.

In the early phases, the dog has no good leg to rely on. PROM for both legs, assisted standing, and very short controlled walks are used with additional support (sling for the hindquarters) if needed.

As recovery progresses, the protocol is similar but the total duration of each session may be shorter to avoid fatiguing both legs simultaneously.

For how the overall rehab timeline differs in bilateral cases, see how rehab differs when both knees are recovering.

How rehab contributes to long-term success rates

The published MPL surgery success rates discussed in the research literature assume reasonable post-operative management. Dogs who receive structured rehabilitation achieve better functional outcomes and lower recurrence rates compared to those with unguided rest alone.

For the data on how rehab influences overall surgical outcomes, see how rehab contributes to surgical success rates.

Frequently asked questions

When can I start hydrotherapy after MPL surgery?

Most dogs can begin hydrotherapy at 4 to 6 weeks post-surgery, once the incision is fully healed and early bone healing is confirmed. Your vet will advise based on your dog's specific progress. Starting before the incision is fully healed risks wound contamination.

Can I do rehab at home without going to a specialist?

Yes. Simple exercises like sit-to-stands, controlled leash walks, PROM, and massage can all be performed at home with your vet's guidance. An initial session with a rehab therapist to establish correct technique is helpful if accessible. The key is consistency: daily exercises performed correctly matter more than occasional specialist sessions.

How many sit-to-stands should I do per day?

Start with 5 repetitions, twice daily. Increase to 10 repetitions per session once your dog is performing them comfortably and without limping afterward. The Animal Clinic of Billings rehabilitation protocol recommends continuing sit-to-stands from week 6 through the full recovery period, as they're the most effective single exercise for rebuilding quadriceps strength after MPL surgery.

My dog won't do the exercises. What do I do?

Use food motivation. Have a treat at nose level in front of your dog during sit-to-stands to guide the movement. For PROM, start with very brief sessions immediately after pain medication has had time to take effect, when your dog is most comfortable. Never force the exercises. If your dog consistently refuses, discuss the approach with your vet or a rehab therapist.

Rehabilitation isn't the dramatic part of MPL treatment. The surgery gets all the attention. But it's the quiet, consistent daily work of the recovery phase, the sit-to-stands at 7am, the 10-minute leash walk in the rain, the hydrotherapy sessions, that determines how fully your dog comes back. The surgery creates the potential. Rehab realizes it.

Resources

• Animal Clinic of Billings. Canine Rehabilitation After Luxating Patella Surgery. animalclinicofbillings.com
• Frontiers in Veterinary Science. Translational Rehabilitation Strategies for Canine MPL. frontiersin.org
• TPLO Info. Rehab for Dogs After TPLO Surgery. tploinfo.com

Grade 2 is the one grade where there's no automatic answer.

Grade 1 rarely needs surgery. Grade 3 and 4 usually do. Grade 2 lives in the middle, and the right path genuinely depends on factors specific to your dog. Two Grade 2 dogs can be in the same room and need completely different treatment plans.

This guide walks through the decision framework so you can have a more informed conversation with your vet.

Quick answer: Grade 2 MPL doesn't automatically require surgery. Many Grade 2 dogs manage well with conservative care for years. But surgery is the better path when symptoms are frequent, quality of life is affected, bone deformity is significant, or the dog is young with a high risk of progression. The decision should be based on the global clinical picture, not grade alone.

Key takeaways

• Grade 2 is the gray zone: no automatic recommendation either way.
• Symptom frequency matters most: occasional skipping is different from daily limping.
• X-ray findings change the calculus: significant bone deformity at Grade 2 often shifts toward surgery.
• Young active dogs often benefit from early surgery before joint damage accumulates.
• Conservative management can work for years in low-symptom Grade 2 dogs managed consistently.
• The global clinical picture drives the decision, not the grade number alone.

Why Grade 2 is uniquely difficult

A Grade 1 dog's kneecap only moves when a vet presses on it. Conservative management is almost always appropriate.

A Grade 3 or 4 dog's kneecap is out of position most or all of the time, with ongoing joint damage and meaningful quality-of-life impact. Surgery is almost always appropriate.

Grade 2 sits between these two clear poles. The kneecap slips spontaneously during movement but returns on its own. Some Grade 2 dogs skip two or three times a year and are otherwise completely normal. Others skip multiple times daily and have begun avoiding stairs and play.

Vettimes summarizes the clinical position well: "The decision to opt for conservative or surgical management should not be based on the presence or grade of the luxation, but on the global clinical picture, including the presence of pain, the type and duration of lameness, and the clinical function of the limb."

The grade is a starting point. It's the rest of the clinical picture that determines the path.

For the full four-grade framework and what each grade means mechanically, see all four grades explained in context.

Factors that push toward surgery for Grade 2

Symptom frequency is high or increasing

If your dog skips, limps, or shows leg-shaking behavior multiple times per day, or if the frequency has clearly increased over the past few months, the joint is under ongoing stress that conservative management may not resolve.

The benchmark question: is your dog's life clearly limited by the knee? If yes, surgery is likely the better path. If not, conservative management with monitoring is reasonable.

Your dog is young

In young dogs still developing or recently finished growing, Grade 2 MPL is more likely to progress than in older dogs. The bone deformity that drives luxation tends to worsen as growth continues, and the earlier structural correction is made, the less joint damage accumulates before surgery.

Early surgery in a young, high-risk Grade 2 dog produces better long-term outcomes than waiting until the grade worsens.

X-rays show significant bone deformity

Grade alone doesn't capture the degree of structural abnormality. Two dogs can both be Grade 2, but one has a shallow groove and near-normal bone angles, while the other has significant femoral varus, tibial rotation, and a severely shallow trochlea.

The dog with significant bone deformity at Grade 2 is more likely to:

• Progress to Grade 3 without structural correction
• Develop faster joint degeneration
• Have a larger mechanical problem that conservative management can't meaningfully address

X-rays are essential to the Grade 2 surgery decision. A physical exam grade without radiographic assessment is incomplete information for this choice.

Conservative management has been tried and isn't controlling symptoms

For Grade 2 dogs who have been managed conservatively with weight control, physical therapy, and activity modification for several months, the question becomes: is it working? If symptoms persist or worsen despite consistent management, surgery becomes appropriate.

Dogs that have already tried bracing without improvement are often good surgical candidates, because the trial of conservative care has answered the question of whether it's sufficient.

Factors that support continuing conservative management for Grade 2

Symptoms are mild and infrequent

A Grade 2 dog who skips once a week during high-speed play, then resumes full normal activity, is likely manageable conservatively. The joint is being stressed, but the dog's quality of life is not meaningfully impacted.

The dog is older with stable disease

An older dog whose Grade 2 MPL has been present for years without significant progression, and whose symptoms haven't changed substantially, may not benefit from surgery enough to justify the anesthetic risk and recovery demands.

For older dogs, the balance between surgical benefit and recovery burden shifts toward conservative management unless symptoms are clearly inadequate.

The dog is otherwise healthy and responding to management

If the current plan, including weight, physiotherapy, and activity modification, is keeping your dog comfortable and active, there's no urgent reason to change it. The key is maintaining that plan consistently and having the grade reassessed periodically.

The progression risk: Grade 2 to Grade 3

Not all Grade 2 dogs progress. But some do, and the ones who do incur additional joint damage during the progression period.

Factors that increase progression risk:

• Significant bone deformity on X-ray
• Active, high-impact lifestyle
• Young age at diagnosis
• Frequency of luxation events already increasing at current grade
• Large-breed dog, where body weight adds more mechanical force to the joint

If your vet identifies multiple progression risk factors, the argument for earlier surgery strengthens, even if current symptoms seem manageable.

Questions to ask your vet at the Grade 2 appointment

Rather than asking "does my dog need surgery?" (which puts the vet in the position of making your decision for you), try:

• "Based on the X-rays, how significant is the bone deformity?"
• "What signs would tell you that conservative management is no longer working?"
• "What's your assessment of the risk that this progresses to Grade 3?"
• "If we wait six months and reassess, what would change your recommendation?"
• "Are there features of my dog's case that would make early surgery a better choice for their long-term joint health?"

These questions open a more specific conversation and give you genuinely useful information for your decision.

For the broader framework of when surgery is appropriate across all grades, see the broader surgery decision framework.

Surgery for Grade 2: what to expect

When surgery is chosen for Grade 2 MPL, outcomes are consistently good. Grade 2 surgery typically involves simpler procedures than higher grades (less bone correction, fewer steps), and the absence of significant pre-existing joint damage at the time of surgery produces cleaner recoveries.

Success rates above 90% are commonly reported for Grade 2 surgical correction. Most dogs return to full normal function within 8 to 12 weeks.

For full success rate data, see success rates for grade 2 surgery.

For the pros and cons of choosing surgery at any grade, see pros and cons of choosing surgery for grade 2.

Conservative management for Grade 2: what it involves

If surgery is not yet the right choice, conservative management needs to be genuinely consistent to be effective. Grade 2 dogs managed casually tend to progress faster than those with a real plan.

Key components:

• Weight: Maintained at ideal body condition score, assessed at every vet visit
• Physical therapy: Targeted quadriceps strengthening 3 to 4 times per week
• Activity modification: Avoiding high-impact activities that stress the joint
• Monitoring: Grade reassessment every 6 months; any worsening of symptoms triggers a re-evaluation of the surgical decision

For what non-surgical management specifically involves, see non-surgical options for grade 2 cases.

For how bracing fits into a non-surgical Grade 2 management plan, see braces as an alternative for grade 2.

Frequently asked questions

My vet said Grade 2 doesn't need surgery yet. When should I come back?

Every 6 months is a reasonable reassessment interval for a Grade 2 dog on conservative management. At each visit, the grade should be checked, symptoms reviewed, and the question of whether the management is working should be explicitly addressed. Don't wait for a crisis to trigger the next conversation.

What if my Grade 2 dog seems totally fine?

Many Grade 2 dogs are comfortable most of the time. "Seems fine" is not the same as no problem existing. The kneecap is still slipping, cartilage is still being stressed at each luxation event, and the risk of progression to Grade 3 still exists. Monitoring is appropriate. Assuming it will stay stable indefinitely without checking is not.

Can Grade 2 stay at Grade 2 forever?

Yes, for some dogs. Particularly in dogs with mild bone deformity and infrequent luxation, Grade 2 can remain stable for years with consistent management. The challenge is that you can't know in advance which dogs will remain stable and which will progress. Monitoring provides the only way to know.

Grade 2 is the one MPL decision that genuinely requires individual judgment rather than a guideline. Two Grade 2 dogs can have the same grade number and completely different clinical pictures. The best Grade 2 decisions come from looking at the whole dog: age, symptoms, bone structure, lifestyle, and owner capacity to commit to conservative management if that's the path chosen.

Resources

• Vettimes. Canine Patellar Luxation Part 2: Treatments and Outcomes. vettimes.com
• American College of Veterinary Surgeons. Patellar Luxations. acvs.org
• Cornell University College of Veterinary Medicine. Patellar Luxation. vet.cornell.edu

MPL surgery is one of the more common orthopedic procedures in veterinary medicine, but the price range is wide and the variables that affect it are real. Knowing what drives the cost helps you understand your estimate and plan accordingly.

The average cost for MPL surgery is $1,000 to $5,000 per knee in the United States, based on multiple sources reviewed in 2025. Most cases fall in the $1,500 to $3,000 range per knee when the grade is moderate and the dog is a small to medium breed.

Quick answer: MPL surgery costs $1,000 to $5,000 per knee on average in the US. Higher grades, larger breeds, specialist surgeons, urban locations, and bilateral cases all push costs toward the higher end. The total cost including post-operative care (rechecks, medications, physical therapy) can add $500 to $2,000 more on top of the surgical fee.

Key takeaways

• Average range is $1,000 to $5,000 per knee; most cases land between $1,500 and $3,000.
• Grade is the biggest driver: Grade 4 cases requiring complex bone correction cost significantly more.
• Bilateral MPL roughly doubles the cost: Two knees means two surgeries, even if staged.
• Specialist surgeons charge more but bring experience that reduces complication and recurrence risk.
• Location matters: Urban clinics in high cost-of-living areas typically charge more than rural practices.
• Post-op costs are often underestimated: Rehab, medications, and rechecks add $500 to $2,000+.
• Pet insurance can help significantly if in place before diagnosis.

The main factors that affect MPL surgery cost

No two MPL cases are exactly the same, and the price reflects that. Here's what drives the variation:

1. Grade of luxation

The grade determines the complexity of the surgical correction needed. A Grade 1 or mild Grade 2 case may require only one or two procedures, performed in a relatively short operation. A Grade 3 or 4 case may need groove deepening, tibial tuberosity transposition, bone rotation correction, and soft tissue tightening, all in a single procedure.

More surgical steps mean more operative time, more anesthesia, more implants, and higher total cost.

These are estimates. Your vet will give you a specific quote after examining your dog and reviewing X-rays.

For more on how grade affects whether surgery is even necessary, see whether surgery is actually necessary.

2. Surgeon type: specialist vs. general vet

Not all MPL surgery is performed by the same type of surgeon.

General veterinarians can perform MPL surgery, particularly for lower-grade cases in small breeds. They typically charge less, but may have more limited experience with complex correction techniques.

Board-certified veterinary surgeons (Diplomates of the American College of Veterinary Surgeons, DACVS) have completed residency training specifically in orthopedics. They typically charge more, but bring a higher level of expertise to complex cases.

For Grade 3 and 4 cases, large breeds, or dogs with concurrent orthopedic issues, a board-certified surgeon is generally worth the additional cost. For simple Grade 2 cases in a small breed, a general vet with MPL experience may be appropriate.

3. Geographic location

Veterinary costs vary significantly by region. Urban areas and high cost-of-living cities (particularly in California, New York, and similar markets) tend to charge 30 to 60% more than rural areas for the same procedures.

This is worth considering if you live near the border of a lower-cost area. Some owners in expensive cities travel an hour or two for specialist surgery at substantially lower cost.

4. Unilateral vs. bilateral

If both knees need surgery, the cost is roughly doubled. Most surgeons stage bilateral procedures (one knee at a time with recovery between), which means two separate surgical fees, two anesthesia fees, two sets of post-op care.

Some surgeons offer single-session bilateral repair, which can reduce the total number of anesthesia events and associated fees, but the immediate cost is higher and recovery is more demanding.

For how bilateral MPL affects overall surgical cost, see how bilateral MPL doubles the surgical cost.

5. Dog size and breed

Larger dogs require more anesthesia, more time in surgery, larger implants, and longer monitoring periods, all of which add to cost. The surgical correction itself is often more complex in large breeds due to greater bone deformity and higher recurrence risk.

For how breed size affects MPL surgery complexity, see how grade complexity and cost differ by breed size.

What's included in the quoted price

When your vet gives you a surgical estimate, clarify exactly what it includes. Many quotes cover:

• Anesthesia and monitoring
• The surgical procedure itself
• Post-operative pain medication for a set number of days
• One or two follow-up exams within the first few weeks

What may not be included:

• Pre-operative bloodwork and X-rays (often $200 to $500 extra)
• Additional rechecks beyond the initial post-op period
• Physical therapy or hydrotherapy sessions
• Ongoing pain medication if needed beyond the initial supply
• Any revision surgery if complications occur

Post-operative care costs: what owners often underestimate

The surgical fee is just the beginning. Recovery involves additional costs that can add up quickly.

A conservative estimate for post-operative care over a 12-week recovery period is $500 to $1,500, and closer to $2,000 if you use a physical therapist extensively.

How to plan financially

Get a detailed written estimate

Ask for an itemized estimate before agreeing to anything. This protects you from unexpected additions and allows you to compare quotes from multiple practices.

Ask about payment plans

Many veterinary practices offer in-house payment plans or work with third-party financing services like CareCredit, Scratchpay, or Vetbilling. These allow you to spread the cost over months rather than paying everything upfront.

Check your pet insurance policy

If your dog has pet insurance, review your policy carefully. Coverage depends on:

• Whether the policy covers hereditary or congenital conditions (MPL is typically considered hereditary)
• Whether the diagnosis was made before or after the policy effective date (pre-existing conditions are generally excluded)
• Annual or lifetime limits on orthopedic coverage
• Your deductible and reimbursement percentage

Dogster (2025) reported a real case where a dog's MPL surgery cost nearly $4,950 and the owner received approximately $4,450 back through their MetLife Pet policy. Insurance can make a substantial difference.

Consider the cost of not treating

For Grade 3 and 4 dogs, delaying surgery has real financial consequences. Progressive arthritis, muscle atrophy, and potential cruciate ligament injury all create additional treatment costs over time. Surgery done earlier, before complications compound, is typically less expensive and more effective than surgery done after.

For a look at the long-term value and what successful surgery typically achieves, see the success rates that justify the cost.

And for lower-cost non-surgical paths that may be appropriate for Grade 1 or 2 dogs, see lower-cost non-surgical alternatives.

Frequently asked questions

Is MPL surgery worth the cost?

For most dogs who need it, yes. For Grade 3 and 4 dogs especially, the difference in quality of life before and after surgery is typically dramatic. The surgery addresses the underlying mechanical problem rather than just managing symptoms, which means better long-term outcomes and, often, lower total lifetime costs compared to years of pain management and eventual higher-grade correction.

Can I find cheaper MPL surgery?

Cost varies by provider and region, so getting multiple quotes is reasonable. Be cautious about choosing purely based on price, particularly for complex cases. The surgeon's experience and the specific technique used have a significant impact on outcomes and recurrence risk.

Does the type of implant affect the cost?

Yes. Newer fixation techniques, such as locking plate and pin systems for tibial tuberosity transposition, may carry higher upfront implant costs but have been shown to reduce complication rates. Your surgeon can explain which approach they use and why.

What happens if I can't afford surgery?

If surgery isn't financially possible right now, conservative management can help maintain your dog's comfort, particularly for Grade 1 and 2 cases. For Grade 3 and 4 dogs, where surgery is most needed, talk to your vet about payment plans, CareCredit, or a referral to a veterinary school hospital where costs may be lower. Do not delay indefinitely for high-grade cases, as the joint damage continues to accumulate.

MPL surgery is a significant expense, and it's worth taking the time to understand what you're paying for, what's included, and how to make it manageable. Most owners who go through the process say the outcome was worth it. The key is going in with clear information and a financial plan that covers both the surgery and the recovery.

Resources

• Dogster. How Much Does Dog Patellar Luxation Surgery Cost? dogster.com
• Vety. How Much Does Luxating Patella Dog Surgery Cost? vety.com
• Daily Paws. Luxating Patella in Dogs: Signs, Treatment, and Costs. dailypaws.com
• MetLife Pet Insurance. Luxating Patella in Dogs. metlifepetinsurance.com

Some dogs have MPL in one knee. Some have it in both. The presentation, the treatment, and the recovery look different depending on which situation your dog is in.

Understanding the distinction between unilateral and bilateral MPL helps you interpret your dog's symptoms correctly and know what questions to ask when your vet discusses the diagnosis and treatment plan.

Quick answer: Unilateral MPL affects one knee, causing the characteristic skipping gait on that leg. Bilateral MPL affects both knees, often producing a bunny-hopping gait or general rear limb stiffness rather than a clear one-sided limp. Each knee is graded independently in bilateral cases. Treatment, cost, and recovery differ based on how many knees require surgery and whether procedures are staged or done simultaneously.

Key takeaways

• Unilateral MPL: One knee affected; one-sided skipping is the typical presentation.
• Bilateral MPL: Both knees affected; bunny-hopping or general reluctance to use rear limbs is more common.
• Each knee is graded independently in bilateral cases; grades may differ.
• Bilateral MPL is more common in small breeds than most owners expect.
• How laterality affects the surgery decision depends on grade, not laterality alone.
• Cost and recovery time roughly double when both knees require surgery.

How unilateral MPL presents

In unilateral MPL, only one knee is affected. The presentation is usually clear:

• Intermittent skipping on one specific back leg: The dog lifts the affected leg for a few steps, then resumes normal walking.
• Occasional leg shaking or extending: The dog kicks the affected leg out to pop the kneecap back into the groove.
• One-sided muscle atrophy: In moderate or severe cases, the thigh on the affected side becomes visibly thinner than the other.
• A clear preference for one side: The dog consistently favors one rear leg over the other.

Unilateral MPL is easier for owners to recognize because the asymmetry is obvious. One leg skips; the other is fine.

For details on what the signs look like at each grade, see what medial patellar luxation is.

How bilateral MPL presents

Bilateral MPL often doesn't look like a knee problem at first glance. With both knees unstable, the symmetry masks the one-sided skip that makes unilateral MPL recognizable.

Common presentations in bilateral cases:

• Bunny-hopping: The dog moves both rear legs together at speed rather than in alternating strides. This is a hallmark sign of bilateral hindlimb instability.
• General rear end stiffness: The dog moves stiffly at the back end without a clear preference for one side.
• Reduced activity or play: The dog seems less enthusiastic or tires more quickly than it used to, without an obvious limp to explain it.
• Weight-shifting to the front: The dog leans forward, unloading the rear legs as much as possible during movement.

Because bilateral MPL can look like general fatigue or aging, it's worth specifically asking your vet to evaluate both knees if your dog matches any of these descriptions.

For the full symptom comparison in bilateral vs. unilateral cases, see bilateral MPL in depth.

Grading: how each knee is assessed

In both unilateral and bilateral cases, the vet grades the condition using the same 1 to 4 scale. The key difference in bilateral cases is that each knee is graded independently.

Why this matters:

• A dog can have Grade 2 in one knee and Grade 3 in the other
• Treatment recommendations are based on each knee's grade, not an average
• Surgery may be appropriate for one knee but not the other, even in a bilateral case
• The more severely affected knee typically drives the initial urgency for intervention

For the full grading explanation and what each grade means for treatment, see how each knee is graded independently.

How laterality affects the surgery decision

Whether a dog has unilateral or bilateral MPL doesn't by itself change the surgery threshold. What matters is grade.

A unilateral Grade 3 dog needs surgery on that knee. A bilateral dog with Grade 2 on one side and Grade 1 on the other may only need surgery on the higher-grade knee, or may not need surgery on either yet.

The key questions for bilateral cases:

• What is the grade of each knee?
• Is each knee symptomatic, or is only one causing observable problems?
• Is the non-symptomatic knee likely to progress based on its grade and the dog's age?

When both knees are Grade 3 or 4, both typically need surgery. The decision is then whether to stage the procedures or perform them in a single session.

For the framework that guides the surgery decision for both unilateral and bilateral cases, see how laterality affects the surgery decision.

Side-by-side comparison

Cost difference between unilateral and bilateral surgery

For a unilateral case, the cost reflects one surgical procedure, one anesthesia event, and one recovery period.

For bilateral cases requiring surgery on both knees:

• Staged surgery: Two separate surgical fees, two anesthesia events, two sets of post-operative medication. Total cost is roughly twice the unilateral cost.
• Single-session surgery: One anesthesia event, but both knees corrected. Some surgeons charge a reduced fee for the second knee performed in the same session. Total cost is still significantly higher than unilateral but may be lower than two completely separate staged procedures.

For specific cost estimates across both laterality scenarios, see cost difference between unilateral and bilateral surgery.

Recovery comparison

Unilateral recovery

Standard 8 to 12 week timeline. The operated leg is strictly restricted; the non-operated leg provides full support. Leash walks on an even surface, controlled exercise, and gradual reintroduction of activity.

This is the most straightforward recovery scenario. The dog has clear support on the unaffected side throughout.

Bilateral recovery (staged)

Two full 8 to 12 week recovery periods, sequenced one after the other. During the first recovery, the second knee provides support. During the second recovery, the first (now healed) knee provides support.

Total restricted activity: 16 to 24 weeks across both surgeries.

Bilateral recovery (single-session)

One recovery period of 8 to 12 weeks, but with greater demands in the early phase. Neither rear leg is fully reliable in the first week or two.

• Hindquarter sling use during outdoor time in the first week
• More intensive owner involvement in daily care
• Mental stimulation through non-physical activities is important

Despite the more demanding early phase, the total recovery duration is significantly shorter than staged bilateral surgery.

For the full recovery timeline applicable to both scenarios, see how recovery differs between cases.

Frequently asked questions

How do I know if my dog has unilateral or bilateral MPL?

Your vet determines this through a physical examination of both knees. Even if only one knee is causing visible symptoms, the other should always be evaluated. Approximately 50 to 75% of dogs with MPL in one knee have concurrent or developing MPL in the other, particularly in small breeds.

If only one knee is symptomatic, should I treat both?

Not necessarily at the same time. If the non-symptomatic knee is Grade 1 or low-grade 2 with no signs of discomfort, monitoring may be appropriate. If it's Grade 3 or higher, treating both may make more sense than waiting for the second knee to become symptomatic. Discuss the specific grades and your surgeon's recommendation.

Can unilateral MPL become bilateral over time?

Yes. A dog diagnosed with unilateral MPL may develop MPL in the other knee as the condition progresses. The same genetic and anatomic factors that affected one knee are present in both. Regular evaluation of both knees allows you to detect progression in the second knee early.

Is bilateral surgery riskier than unilateral?

Published research in small dogs shows comparable complication rates between unilateral, staged bilateral, and single-session bilateral surgery. For larger dogs, staged surgery is generally preferred to reduce the recovery complexity. Your surgeon will advise based on your dog's size, health status, and grade.

Whether your dog has one affected knee or two, the treatment principles are the same: grade each knee, match the intervention to the grade, and support recovery with consistent rehabilitation. The bilateral path adds complexity, but the outcomes the research shows for dogs who go through it are strong. Most dogs with bilateral MPL who receive appropriate treatment return to full, comfortable function.

Resources

• NIH/PMC. Comparison of complication rates: unilateral, staged, and single-session bilateral MPL surgery. pmc.ncbi.nlm.nih.gov
• PubMed. Unilateral or single-session bilateral surgery for MPL in small dogs. pubmed.ncbi.nlm.nih.gov
• American College of Veterinary Surgeons. Patellar Luxations. acvs.org

"Will the surgery actually work?" is the first question most owners ask once they've decided surgery is the right path.

The honest answer is: for most dogs, yes. MPL surgery has a strong overall success record. But success rates aren't uniform across all grades, and understanding what the published research actually says helps you go into the process with realistic expectations.

Quick answer: MPL surgery has an overall success rate of approximately 90 to 93% across most studies, with lower grades consistently achieving better outcomes than higher grades. Recurrence (the kneecap slipping again after surgery) occurs in roughly 8 to 21% of cases depending on grade, with Grade 4 carrying the highest complication risk. For most dogs, surgery produces meaningful improvement in function and quality of life.

Key takeaways

• Overall success rate is approximately 90 to 93% across published MPL surgery studies.
• Lower grades have better outcomes: Grade 1 and 2 dogs achieve higher success rates than Grade 3 and 4.
• Recurrence happens in roughly 8 to 21% of cases depending on grade and surgical technique.
• Grade 4 carries the highest complication rate but still achieves a 93% overall success rate in major studies.
• Most dogs return to full or acceptable function even when minor complications occur.
• Early surgery improves outcomes: Less joint damage at the time of surgery means a cleaner repair and faster recovery.

What "success" means in MPL surgery research

Before looking at the numbers, it helps to understand what researchers mean by a "successful" outcome in MPL surgery.

Most studies define success as: no catastrophic complication, with the dog returning to full or acceptable function as reported by both the surgeon and the owner. This is measured through a combination of:

• Orthopedic exam findings (pain and lameness scores)
• Owner questionnaires about daily activity, mobility, and comfort
• Radiographic follow-up in some studies

A dog can have minor complications and still be classified as a success if they return to good function. This distinction matters when reading statistics.

What the research shows by grade

Grades 1 and 2: excellent outcomes

Lower-grade MPL surgery consistently achieves the best results. Published data across multiple studies shows recurrence rates below 10% for Grades 1 and 2, and most dogs return to full, normal function within 8 to 12 weeks.

According to a review cited in ResearchGate (2021), approximately 92% of dogs overall were considered sound at follow-up. In Grade 2 cases specifically, success rates above 90% are commonly reported, with many dogs experiencing complete resolution of lameness.

The main reasons lower grades do better:

• Less bone deformity to correct
• Less cartilage damage has accumulated before surgery
• Simpler procedures with lower complication risk
• Younger dogs are more commonly operated on early

For a full explanation of what drives the surgery decision for Grade 2, see how to decide whether surgery is right.

Grade 3: good outcomes, higher complication rate

Grade 3 MPL surgery produces good outcomes in most dogs, but with more variability than lower grades. The kneecap has been out of alignment for longer, meaning more cartilage wear, more secondary muscle atrophy, and sometimes more complex bone correction needed.

Published recurrence rates for Grade 3 are generally in the 8 to 15% range across studies. Most dogs with recurrence experience a lower-grade luxation (Grade 1 or 2) rather than returning to their original grade, and many of these do not require a second surgery.

Grade 4: favorable overall success despite higher complexity

Grade 4 is the most surgically complex form of MPL, and it carries the highest complication rate. But the overall success rate remains strong.

A JAVMA study (Dunlap et al., 2016) of 24 dogs and 29 stifle joints undergoing Grade 4 MPL correction found:

• 24% of joints had major complications
• 21% had recurrence (Grade 2 to 4)
• 93% had an overall successful outcome (full or acceptable return to function)
• Surgeon-assigned pain and lameness scores at final follow-up were below 2 out of 5 for all dogs

A separate Rakuno Gakuen University study (PMC9270935) of Grade 4 corrections found no major or catastrophic complications, with good prognosis across all cases using combined correction techniques.

The takeaway: Grade 4 surgery requires more from both the surgeon and the dog's recovery process, but most dogs still achieve meaningful improvement.

For how grade affects surgical success rates in more detail, see how grade affects surgical success rates.

Recurrence: what it means and how often it happens

Recurrence means the kneecap displaces again after surgery. It's the most common reason a second procedure might be needed.

Importantly, not every recurrence requires surgery. A 2021 review noted that 68% of recurrence cases resulted in Grade 1 MPL, which can often be managed conservatively.

Recurrence is most commonly caused by:

• Insufficient transposition of the tibial tuberosity during the original procedure
• Bone healing complications affecting alignment
• Large-breed anatomy where the forces on the kneecap are greater
• Failure to follow post-operative rest and rehab instructions

Factors that affect your dog's individual outcome

The published success rates are population averages. Your dog's individual outcome depends on several variables:

Age: Younger dogs generally heal faster and have less secondary joint damage at the time of surgery. Older dogs may have slower recovery and more established arthritis.

Weight: Overweight dogs place more stress on the repair during healing. Maintaining a healthy weight before and after surgery is one of the most controllable outcome factors.

Grade and bone deformity: Higher-grade cases with more significant bone rotation or shallow grooves require more complex correction. More complex correction carries more variables.

Breed size: Large breeds have a higher rate of recurrence after surgery compared to small breeds, based on published data. Their greater body weight creates more mechanical force on the repair.

Bilateral surgery timing: Dogs having both knees operated on at the same session (single-session bilateral) face slightly higher complication risk than those staged. Outcomes remain good, but the immediate recovery period is more demanding.

Surgeon experience and technique: The specific fixation method used for the tibial tuberosity transposition (the most common procedure) affects outcomes. A locking plate and pin technique (PMC12263244) showed no recurrences in 64 of 65 stifles in one study, compared to historical recurrence rates of 5 to 12.4% with traditional methods.

What happens when bilateral MPL needs surgery

When both knees need to be operated on, success rates remain good but the process is more involved.

A University of Minnesota study (PMC4790236) of single-session bilateral MPL repair found a 7.7% reluxation rate and an overall complication rate of approximately 31%, comparable to reported rates for unilateral surgery when both knees are done in one session. Most dogs in the study still achieved good function.

For how success rates change when both knees need surgery, see how success rates change with bilateral MPL.

Knowing what to expect from recovery

Success rates are measured at follow-up, meaning recovery has to go well to achieve the outcome. The published studies measure outcomes weeks to months after surgery, not immediately.

Typical timeline for a successful outcome:

• Week 1 to 2: Strict rest, some swelling, limited weight-bearing expected
• Week 2 to 6: Gradual return to short leash walks; physical therapy often begins
• Week 6 to 12: Progressive activity increase; most dogs noticeably more comfortable
• 3 to 4 months: Most dogs achieving full or near-full function

For full detail on what recovery actually involves, see what recovery looks like after a successful surgery.

Weighing success rates against cost

High success rates only matter if surgery is financially achievable. For the cost breakdown by grade, size, and region, see what successful MPL surgery costs.

For a broader look at the full benefits and risks before committing, see full pros and cons to weigh.

Frequently asked questions

What is the recurrence rate after MPL surgery?

Recurrence rates range from roughly 5 to 21% depending on grade. Lower grades (1 and 2) have recurrence rates below 10% in most studies. Grade 4 cases have the highest reported recurrence at around 21%, though most dogs still achieve a successful overall outcome. Many recurrences are low-grade and don't require revision surgery.

Is MPL surgery more risky in large dogs?

Yes, somewhat. Large dogs have higher recurrence rates after MPL surgery than small dogs, primarily because of greater mechanical forces on the repaired joint. However, success rates remain high overall, and with appropriate surgical technique and post-operative management, large dogs do well.

Can MPL come back after a successful surgery?

Yes. The 5 to 21% recurrence range means this does happen. When it does, many recurrences are lower grade than the original luxation and don't require a second procedure. If you notice your dog skipping again after recovery, contact your vet for evaluation.

Does physical therapy after MPL surgery improve success rates?

Yes. Post-operative rehabilitation helps rebuild the muscle mass that the dog lost during the lameness period and supports healthy healing of the repair. Dogs who complete structured rehabilitation generally achieve better and faster functional recovery than those with rest alone.

The surgery works well for most dogs. The evidence is clear on that. What the evidence also makes clear is that grade matters, timing matters, and what happens during recovery matters. Understanding all three puts you in the best possible position to support a good outcome for your dog.

Resources

• JAVMA. Outcomes and complications following surgical correction of grade IV medial patellar luxation in dogs. avmajournals.avma.org
• NIH/PMC. Positive outcomes after surgical correction of grade IV MPL in small breed dogs. pmc.ncbi.nlm.nih.gov
• NIH/PMC. Clinical results of single-session bilateral medial patellar luxation repair. pmc.ncbi.nlm.nih.gov

When your dog is diagnosed with MPL, two paths come up quickly: brace the knee or fix it surgically. The comparison sounds clean, but the reality is more nuanced.

Braces are not a surgical alternative for most dogs. They're a management tool. Surgery corrects the underlying structural problem. Those are fundamentally different things, and the right choice depends almost entirely on your dog's grade, symptoms, and what you're actually trying to achieve.

The verdict up front: For Grade 1 and mild Grade 2 dogs with minimal symptoms, bracing as part of conservative management is a reasonable approach. For Grade 3 and 4, and for Grade 2 dogs with frequent or worsening symptoms, surgery is the appropriate path. A brace cannot correct the bone alignment or groove depth that causes luxation. Only surgery can do that.

Key takeaways

• Braces manage symptoms; surgery corrects the structural problem. These are not equivalent options.
• Grade 1 and mild Grade 2: Bracing works best here, alongside weight control and physical therapy.
• Grade 3 and 4: Surgery is the appropriate recommendation; bracing provides inadequate control.
• Braces don't prevent progression: They reduce discomfort but don't stop the joint from worsening over time.
• Many dogs start with bracing and transition to surgery when conservative care stops working.
• Surgery costs more upfront but typically delivers permanent structural correction.

What a dog knee brace actually does

A knee brace for MPL is designed to provide external support to the joint during movement. It wraps around the stifle (knee) area and applies gentle lateral pressure intended to reduce medial displacement of the kneecap.

In practice, what braces can do:

• Reduce pain and discomfort during mild episodes of luxation
• Provide some joint support during walking and light activity
• Help manage symptoms in low-grade cases between veterinary visits
• Give a dog some stability during the period between diagnosis and a planned surgery

What braces cannot do:

• Correct the shallow femoral groove that allows the kneecap to slip
• Realign the tibial tuberosity attachment point
• Prevent the condition from progressing to a higher grade
• Replace the surgical correction that addresses the anatomic cause

PetLab Co. puts it plainly: "Vets don't typically recommend a luxating patella brace for dogs... the patella is very small and can be hard to hold in place, so a brace is very unlikely to prevent it from luxating."

This doesn't mean braces are useless. It means their role is comfort and symptom management, not cure.

When bracing makes sense

Bracing is a reasonable option in specific situations:

Grade 1 and mild Grade 2 dogs with infrequent symptoms

For dogs whose kneecap slips only occasionally and who have minimal pain, a brace used during activity can reduce discomfort without the cost and recovery of surgery. It works best as part of a broader conservative plan including weight management, low-impact exercise, and joint supplements.

Puppies still growing

In puppies with mild MPL who haven't finished skeletal development, some vets take a watch-and-wait approach with supportive bracing. The goal is to slow progression and maintain comfort until the puppy matures, at which point the grade can be reassessed and surgery planned if needed.

Dogs who can't safely undergo anesthesia

Older dogs with significant cardiac or metabolic disease may not be good surgical candidates. For these dogs, bracing combined with pain management and rehabilitation may be the most practical path, even if it's not the ideal one.

Short-term use between diagnosis and surgery

If surgery is planned but there's a waiting period (financial preparation, specialist availability, pre-surgical testing), a brace can help manage discomfort in the interim.

For an overview of which grades may respond to conservative management, see which grades may respond to conservative management.

When surgery is the appropriate choice

Surgery becomes the right path when:

• Symptoms are frequent or worsening: Multiple skipping or limping episodes daily, or a clear trend toward more severe symptoms over months
• Quality of life is visibly affected: The dog avoids activities it previously enjoyed, shows reluctance to move, or appears to be in regular discomfort
• Grade 3 or 4 is confirmed: At these grades, bracing provides inadequate control and the joint continues to deteriorate without correction
• A Grade 2 dog fails conservative management: If a dog that initially managed well on conservative care starts getting worse despite consistent treatment, surgery becomes appropriate
• The dog is young with significant bone deformity: Early surgical correction prevents the deformity from worsening during growth and reduces long-term joint damage

For the complete framework of when surgery is the right call, see when surgery is the only appropriate option.

Side-by-side comparison

What conservative management actually involves

When bracing is chosen, it's almost never used in isolation. The full non-surgical management plan typically includes:

• Brace use during activity to reduce luxation frequency
• Weight management to reduce mechanical load on the joint
• Physical therapy or targeted muscle strengthening to build the quadriceps and hip muscle support around the knee
• Anti-inflammatory medication during flare-ups
• Activity modification to avoid high-impact movements that stress the joint
• Joint supplements (glucosamine, chondroitin, omega-3s) to support cartilage health

For a full breakdown of what non-surgical management looks like in practice, see other non-surgical treatment options.

Can you start with bracing and switch to surgery later?

Yes, and this is actually a common path. Many owners try conservative management first and transition to surgery if symptoms worsen or the grade progresses.

Starting with bracing does not negatively affect surgical outcomes, as long as the grade hasn't advanced to the point where more significant joint damage has occurred. The main risk of delaying surgery in higher-grade dogs is that arthritis accumulates and the surgical correction becomes more complex.

If you're managing a Grade 2 dog with bracing, monitoring grade at each vet visit is important. A vet who graded your dog as Grade 2 six months ago should reassess: if symptoms have worsened, it may be time to move to surgery.

How brace costs compare to surgery costs

Knee braces for dogs typically cost $100 to $400, depending on the brand, sizing, and whether a custom-fit device is used. This is significantly lower than the $1,000 to $5,000 per knee surgical cost.

However, the long-term cost calculation is more complex:

• Braces need to be replaced as they wear or as the dog grows
• Conservative management requires ongoing medications, supplements, and vet visits
• For dogs who eventually need surgery anyway, the total spent on conservative management is added to the surgical cost, not substituted for it

For dogs where surgery is indicated, early surgery is often less expensive in total than years of conservative management followed by eventual surgery.

For specific cost comparisons, see how brace costs compare to surgery costs.

Surgery success rates: what to expect

For dogs who proceed with surgery, the outcomes are good. Success rates are approximately 90 to 93% across grades, with lower grades achieving consistently better results. Recurrence ranges from 5 to 21% depending on grade and technique.

For full success rate data, see surgery success rates to weigh against brace outcomes.

For a comprehensive look at both paths, including all the advantages and disadvantages of choosing surgery, see full pros and cons of the surgical option.

Frequently asked questions

Can a brace permanently fix my dog's MPL?

No. A brace is a management device. It provides external support during movement but cannot correct the shallow groove, misaligned tibial attachment, or bone angulation that allows the kneecap to slip. Surgery is the only intervention that addresses the structural cause of MPL.

My vet recommended surgery but I want to try a brace first. Is that okay?

For Grade 1 or mild Grade 2, trying conservative management first is reasonable. For Grade 3 or 4, delaying surgery in favor of bracing means continued joint damage during the waiting period. If your vet is recommending surgery for a higher-grade case, ask specifically what the risk of delay is for your dog's situation before choosing bracing instead.

How long can a dog wear a knee brace per day?

Most brace manufacturers recommend 4 to 8 hours of use during activity, with the brace removed for rest. Continuous use is not recommended and can cause pressure sores or skin irritation under the brace. Your dog should be checked regularly for any redness, rubbing, or signs of discomfort at the brace contact points.

Do vets generally recommend braces for MPL?

Opinions vary. Some vets are supportive of bracing as a conservative management tool for mild cases. Others feel that the patella is too small and mobile for a brace to meaningfully prevent luxation. Most agree that bracing does not replace surgery for moderate to severe grades.

A brace and a surgery are not competing choices for the same problem. They solve different parts of it. For a dog with mild, manageable MPL, a brace is a practical way to reduce discomfort without surgery. For a dog with significant or worsening MPL, surgery addresses the problem at its source, and a brace only delays the inevitable while the joint continues to change. Knowing which situation your dog is in is the only way to make the right call.

Resources

• Cornell University College of Veterinary Medicine. Patellar Luxation. vet.cornell.edu
• PetLab Co. Dog Luxating Patella: Causes, Signs and Treatment Options. thepetlabco.com
• Neighborhood Veterinary Clinic. Medial Luxating Patella (MPL) in Pets. neighborhoodvetclinic.com