>

Dog CCL Surgery · Chantilly, VA

Expert Dog Knee Surgery in Chantilly, VA.
1,000+ Procedures. <0.5% Failure Rate.

Dr. Sayed Masood, DVM · 25+ Years of Experience · Lateral Suture & TPLO Available

The most common orthopedic injury in dogs — and one of the most treatable.

The cranial cruciate ligament (CCL) stabilizes your dog’s knee by preventing the tibia from sliding forward beneath the femur during weight-bearing. When it becomes stretched, partially torn, or completely ruptured, the knee becomes unstable, painful, and prone to rapidly progressing arthritis.

Most owners assume the knee was injured during a run or jump. In reality, most dogs develop CCL disease gradually — the ligament weakens over months or years due to degeneration, breed predisposition, excess body weight, poor conditioning, or chronic joint inflammation. Often, a seemingly minor event is simply the final straw.

Don’t wait on these symptoms. Joint damage — and arthritis — accelerate with every step on an unstable knee. Same-day evaluations available: (703) 378-9791

Signs your dog may have a CCL injury

  • Limping on a rear leg, or toe-touching when standing
  • Sitting with one leg extended outward
  • Stiffness after rest, especially in the morning
  • Difficulty standing up or reluctance to jump or climb stairs
  • A clicking or popping sound when the knee moves
  • Muscle loss in the affected rear leg over time
  • Reduced activity level or willingness to exercise
  • Intermittent lameness before a complete tear occurs

How we confirm a CCL injury.

Diagnosis combines a thorough physical examination with radiographs. Together, these give us the information needed to understand the extent of the injury, the degree of arthritis already present, and the most appropriate treatment path.

Physical Examination

  • Cranial drawer sign — tibia slides forward relative to femur
  • Tibial compression test — assesses joint instability under load
  • Joint swelling (effusion) indicating inflammation
  • Pain during knee manipulation or range of motion
  • Degree of muscle loss in the affected leg
  • Gait analysis — how your dog loads the limb

Radiographs (X-rays)

  • Joint swelling and effusion patterns
  • Existing arthritis and cartilage changes
  • Bone spurs (osteophytes) indicating chronicity
  • Tibial plateau angle — critical for surgical planning
  • Secondary changes from chronic instability
  • Evaluation of opposite knee if concern exists

Note on tibial plateau angle: Dogs with angles above 30° are generally better candidates for TPLO regardless of size. Dr. Masood measures this on every patient before making any treatment recommendation.

Meniscal injury — what it is and why it matters.

Approximately half of dogs with a complete CCL rupture also have a concurrent injury to the medial meniscus — the C-shaped cartilage that acts as a shock absorber inside the knee. Meniscal tears are painful and, if unaddressed, can cause ongoing lameness even after successful CCL repair.

Meniscal damage is assessed and addressed at the time of CCL repair when present. Your dog will not need a second procedure.

Signs that may suggest meniscal involvement

  • Persistent lameness that doesn’t improve with rest
  • A clicking or popping sound when the knee flexes
  • Ongoing pain despite initial treatment
  • Sudden worsening of lameness in a dog previously diagnosed with partial CCL tear

Your dog’s options — explained honestly.

There is no single right answer for every dog. The appropriate treatment depends on your dog’s size, tibial plateau angle, activity level, overall health, and your goals. Dr. Masood will give you a genuine recommendation — not a default.

Option 1 · Some cases

Conservative Management

  • Full evaluation always first
  • May be appropriate for mild tears, older or low-activity dogs
  • Structured rest, weight management, anti-inflammatory medication, joint support
  • Closely monitored; surgical options revisited if function declines
  • Discussed honestly upfront

Option 3 · Also available

TPLO Surgery

$6,500 – $8,500
  • Preferred for very active/working dogs & tibial angle >30°
  • Excellent long-term outcomes in appropriate candidates
  • More invasive: bone cut, metal plate + screws
  • Recovery: 12–16 weeks

For most dogs, lateral suture is the right call.

The science backs this up. Lateral suture has been performed for over 30 years and, in the words of a board-certified veterinary surgeon published in dvm360, is “quick, affordable, and safe.”

1
Evaluation & X-ray
Tibial plateau angle is measured on X-ray. Weight, activity level, breed, and overall health are assessed before any technique is recommended — no dog gets a default.
2
Surgical stabilization
A high-strength nylon suture is anchored at precisely calibrated isometric points outside the joint — stabilizing the knee and stopping the forward tibial sliding that causes pain with every step.
3
Periarticular fibrosis forms
Over 16 weeks, the body builds dense scar tissue around the joint — periarticular fibrosis — which becomes the true long-term stabilizer. The suture is temporary scaffolding. The body does the permanent work.
4
Structured post-op recovery
Prescribed joint supplements, controlled rest protocol, pain management — all coordinated through one practice. First recheck included in the price of surgery.

The full picture of the science — not just the prevailing narrative.

TPLO has become the default recommendation in many practices, particularly for larger dogs. But a complete reading of the peer-reviewed literature tells a more nuanced story — and pet owners deserve to see it.

TPLO is aggressively marketed as the superior surgery — especially for larger dogs. Many pet owners are told it is simply “better” without being shown the evidence. A thorough reading of the peer-reviewed literature tells a very different story. At no published time point up to 4.6 years of follow-up does TPLO demonstrate superior outcomes to lateral suture — and the most recent long-term study shows lateral suture patients actually fared better. Here is the evidence, study by study.

At 6 months & 2 years

No significant difference between LSS and TPLO.

Multiple peer-reviewed studies find no statistically significant difference in limb function between lateral suture and TPLO at 6 months and 2 years. Equivalent outcomes — at a fraction of the cost, invasiveness, and complication risk.

Conzemius et al., JAVMA 2005 · Au et al., Vet Surg 2010

In large dogs 55–88 lb

Lateral suture restores near-normal joint mechanics — even in large breeds.

3D kinematic analysis found lateral suture restored joint movement largely comparable to a healthy stifle across multiple planes of motion in dogs the size of German Shepherds and Pit Bulls. The argument that LSS does not work in larger dogs is not supported by this data.

Del Carpio et al., PLoS ONE 2021

“TPLO is certainly not markedly superior in clinical outcome to the less expensive, less risky, and more easily performed LSS.”

— Robert J. McCarthy, DVM, MS, DACVS · Board-Certified Veterinary Surgeon, published in dvm360

Complication rates

Details
Lateral Suture (LSS) Overall complications ~16% · Re-operation rate ~4% · Primary risks: Suture failure — covered by our full repair guarantee
TPLO Overall complications 15–34% · Re-operation rate 5–9% · Primary risks: Infection, implant failure, bone fracture, osteomyelitis, patellar ligament thickening

Your dog’s recovery is as important as the surgery itself.

The surgery stabilizes the knee. What happens over the following 8–12 weeks determines how well your dog heals for the rest of their life. We structure every step and coordinate everything through one practice.

Days 1–3 · Surgery & early recovery

Strict rest — no running, jumping, or stairs. Toe-touching or partial weight-bearing begins. Monitor the incision daily for swelling or discharge. Use an Elizabethan collar if licking. Prescribed pain management as directed.

Weeks 2–4 · Gradual improvement

Short controlled leash walks only — 5 to 10 minutes, 3 to 4 times daily. No off-leash activity. Begin gentle physical therapy exercises if directed. Strict activity restriction is the most important factor protecting the repair during this window.

Weeks 4–8 · Meaningful progress

Most owners see clear improvement in comfort and limb use. Walk duration increases progressively. The loading phase of the joint support protocol is complete — transition to long-term maintenance as prescribed. Muscle rebuilding begins in the affected leg.

Weeks 8–12 · Near full function

Most dogs at or near full function. Recheck confirms healing before off-leash activity is cleared. Periarticular fibrosis is now mature — the scar tissue has become the permanent stabilizer.

Months 3–6 · Full return to activity

Most patients return to normal family activities. Prescribed joint support continues for long-term protection as directed. Weight management and muscle conditioning remain important — particularly given the 40–60% lifetime risk of the opposite knee rupturing.

Weight management matters. Even a small amount of excess weight significantly increases stress on the healing knee and accelerates arthritis. We’ll give you specific guidance on lean body condition throughout recovery.

Surgery treats the instability.
Long-term joint support protects what remains.

Surgery is the beginning, not the end. What happens in the months and years after the procedure determines how comfortably your dog lives for the rest of their life. Every patient leaves with a written post-operative plan — not a generic handout, but a protocol built around that specific dog’s age, weight, activity level, and the degree of arthritis already present at the time of surgery.

Dr. Masood prescribes joint support on a case-by-case basis. This may include injectable disease-modifying agents, oral joint supplements, anti-inflammatory medication as clinically indicated, and a structured return-to-activity program. The approach is adjusted at every recheck based on how the patient is responding. The goal is simple: maximum long-term comfort with minimum long-term medication.

Prescribed joint support is tailored to each patient.

We do not apply a one-size-fits-all supplement protocol. What Dr. Masood recommends depends on the dog’s age, the degree of existing arthritis, and how the recovery is progressing. Every recommendation is explained at discharge and reviewed at each recheck.

Weight management is part of the prescription.

Even modest weight reduction dramatically reduces mechanical stress on the healing joint and slows arthritis progression. We provide specific guidance — not a general suggestion — based on your dog’s current condition.

Long-term monitoring is included.

This is not a surgery-and-discharge practice. Dr. Masood sees every patient at every recheck and remains available between visits. If something changes, we adjust the plan. That continuity of care is one of the things that separates outcomes over time.

What to expect long-term.

With appropriate surgical treatment and rehabilitation, most dogs return to a comfortable, active lifestyle. Arthritis cannot be completely eliminated — some degree of wear has already occurred — but it can be managed effectively and slowed significantly with the right long-term support plan.

Most dogs return to full activity.

With appropriate surgery and structured recovery, the large majority of dogs return to their normal daily activities — walking, running, playing — without significant lameness.

Arthritis is managed, not cured.

Surgery stops progression. Prescribed joint support, long-term monitoring, and weight management keep most dogs comfortable without daily pain medication.

Early treatment produces the best outcomes.

The sooner the joint is stabilized after rupture, the less arthritis accumulates. Dogs treated promptly consistently do better at long-term follow-up.

Is your dog limping?
Don’t wait.

Joint damage progresses with every step on an unstable knee. The sooner the joint is stabilized, the better the long-term outcome. Schedule an evaluation — your consultation fee applies toward surgery if you proceed with us.

Serving Chantilly, Centreville, Fairfax, and Northern Virginia since 2001 · 3935 Avion Park Ct Suite A102, Chantilly, VA 20151

We accept CCL referrals from veterinary practices.

Not every practice has the surgical time, equipment, or orthopedic experience to handle CCL cases. If you are a veterinarian whose patient needs CCL evaluation or surgery, we welcome the referral. Dr. Masood will assess the patient, perform the appropriate procedure, and communicate findings and post-operative status directly back to your practice.

Cases We Accept

  • Dogs with suspected or confirmed CCL rupture requiring surgical evaluation
  • Partial tears that have progressed or failed to improve with conservative management
  • Cases where TPLO has been discussed but a second opinion on LSS is appropriate
  • Dogs requiring CCL surgery where scheduling delays at a referral hospital are a concern
  • Patients needing post-operative joint support protocol and structured recovery management
  • Second opinions on prior CCL surgery complications or re-rupture

Ideal Referring Situations

  • Practices without in-house orthopedic surgical capability
  • Cases where the owner has requested evaluation of lateral suture as an alternative to TPLO
  • Dogs with concurrent meniscal injury requiring assessment and intraoperative management
  • Patients where the referring vet wants surgical management and post-op care coordinated through one practice
  • Multi-dog households or breeding practices needing ongoing orthopedic surgical support
  • Any case where a 25+ year orthopedic surgical experience base adds value for your client

How to refer: Call us directly to discuss the case before scheduling — (703) 378-9791. We’re happy to talk through the clinical picture, the most appropriate surgical approach, and timing. Records and post-operative reports returned to your practice after every case.

Sources

  1. McCarthy RJ, DVM, MS, DACVS. "Tibial Plateau Leveling Osteotomy — Is It Really More Effective?" dvm360. dvm360.com
  2. Engdahl K, et al. Veterinary Record. 2023. doi.org/10.1002/vetr.3172
  3. Del Carpio L, et al. PLoS ONE. 2021. pmc.ncbi.nlm.nih.gov/articles/PMC8687534
  4. Au KK, et al. Veterinary Surgery. 2010;39:173–180.
  5. Conzemius MG, et al. JAVMA. 2005;226:232–236.
  6. Pacchiana PD, et al. JAVMA. 2003;222:184–193.
  7. Priddy NH, et al. JAVMA. 2003;222:1726–1732.
  8. Fitzpatrick N, Solano MA. Veterinary Surgery. 2010;39:460–474.
  9. Casale SA, McCarthy RJ. JAVMA. 2009;234:229–235.