TPLO recovery exercises for dogs are essential to help your pet regain strength and mobility after surgery. Tibial Plateau Leveling Osteotomy (TPLO) is a common procedure to repair cruciate ligament injuries, but proper rehabilitation is key to success.

This article explains the best exercises for dogs recovering from TPLO surgery. You will learn safe ways to support your dog's healing, improve joint function, and avoid complications during recovery.

What is TPLO surgery and why is recovery important?

TPLO surgery stabilizes a dog's knee joint after a torn cranial cruciate ligament. The procedure changes the angle of the tibia to reduce stress on the ligament. Recovery is critical because the joint needs time to heal and regain normal function.

Without proper recovery exercises, dogs may develop stiffness, muscle loss, or abnormal gait. Controlled rehabilitation helps restore strength and prevents long-term problems.

• TPLO purpose: TPLO surgery corrects knee instability caused by ligament tears, allowing dogs to walk and run without pain.
• Healing time: Bone healing after TPLO usually takes 8 to 12 weeks, during which exercises must be carefully managed.
• Muscle maintenance: Recovery exercises prevent muscle wasting and improve joint support for better mobility.
• Preventing stiffness: Gentle movement reduces joint stiffness and promotes healthy cartilage and ligament healing.

Following a structured exercise plan after TPLO surgery is essential for your dog's full recovery and long-term joint health.

When can I start TPLO recovery exercises for my dog?

Starting recovery exercises depends on your veterinarian's advice and your dog's healing progress. Typically, gentle exercises begin within a few days after surgery, progressing gradually over weeks.

Early movement helps reduce swelling and maintain circulation, but high-impact activities must be avoided until the bone fully heals.

• Initial rest period: Dogs usually require strict rest for the first 1 to 2 weeks to allow initial bone healing.
• Vet approval: Always consult your vet before starting any exercise to ensure it is safe for your dog's stage of recovery.
• Gradual progression: Exercises increase in intensity and duration over 8 to 12 weeks based on healing and pain levels.
• Signs to watch: Stop exercises if your dog shows limping, swelling, or pain, and contact your vet immediately.

Following a vet-approved timeline for exercises ensures your dog recovers safely and avoids setbacks.

What are the best passive TPLO recovery exercises for dogs?

Passive exercises involve moving your dog's leg without active muscle use. These help maintain joint flexibility and reduce stiffness early in recovery.

They are safe to perform soon after surgery and do not stress the healing bone or ligament.

• Range of motion: Gently bend and straighten the knee joint within a pain-free range to keep it flexible.
• Massage therapy: Light massage around the surgical site improves circulation and reduces swelling.
• Cold therapy: Applying cold packs after passive exercises reduces inflammation and discomfort.
• Leg lifts: Carefully lift and lower the leg to encourage gentle movement without weight bearing.

These passive exercises prepare your dog for more active rehabilitation phases while protecting the surgical repair.

Which active exercises help dogs regain strength after TPLO?

Active exercises require your dog to use muscles and support weight on the operated leg. These are introduced gradually to rebuild strength and coordination.

They improve muscle tone, joint stability, and overall limb function as healing progresses.

• Leash walking: Short, controlled walks on a leash encourage weight bearing and muscle use without overexertion.
• Sit-to-stand: Encouraging your dog to sit and stand repeatedly strengthens thigh muscles supporting the knee.
• Balance exercises: Using a wobble board or soft surface challenges your dog's balance and joint control.
• Controlled stairs: Slowly climbing and descending stairs helps improve joint range and muscle power.

Active exercises should be supervised and adjusted based on your dog's comfort and recovery stage.

How can hydrotherapy support TPLO recovery in dogs?

Hydrotherapy uses water to provide low-impact exercise that supports healing after TPLO surgery. The buoyancy reduces joint stress while allowing muscle strengthening.

This therapy is often recommended by vets and rehabilitation specialists to speed recovery and improve outcomes.

• Water treadmill: Walking on a submerged treadmill helps build strength with less pain and swelling.
• Swimming sessions: Swimming provides full-body exercise without weight bearing on the knee joint.
• Hydro massage: Water jets can massage muscles and reduce stiffness around the surgical area.
• Temperature control: Warm water improves circulation and relaxes muscles during therapy.

Hydrotherapy is a safe and effective way to enhance recovery when combined with other rehabilitation exercises.

What precautions should I take during TPLO recovery exercises?

Safety is critical when performing recovery exercises after TPLO surgery. Incorrect or excessive activity can cause pain, swelling, or damage to the surgical repair.

Following guidelines and monitoring your dog closely helps prevent complications and ensures steady progress.

• Follow vet instructions: Always adhere to your veterinarian's exercise plan and timelines for safe recovery.
• Monitor pain signs: Watch for limping, whining, or reluctance to move, which indicate discomfort or injury.
• Limit off-leash activity: Avoid running, jumping, or rough play until fully healed to protect the knee joint.
• Use supportive devices: Consider braces or slings if recommended to assist mobility and reduce strain.

Taking these precautions helps your dog heal efficiently and return to normal activity safely.

How long does full TPLO recovery take with exercises?

Full recovery from TPLO surgery usually takes 3 to 6 months with proper rehabilitation exercises. The timeline varies depending on the dog's age, size, and overall health.

Consistent exercise and veterinary follow-up are essential to achieve the best outcome and prevent future injuries.

• Bone healing: The bone typically heals within 8 to 12 weeks, allowing gradual increase in exercise intensity.
• Muscle rebuilding: Muscle strength improves over several months with regular active exercises.
• Joint function: Full joint mobility and stability may take up to 6 months to restore completely.
• Long-term care: Maintaining a healthy weight and regular low-impact exercise helps prevent re-injury after recovery.

Patience and commitment to the exercise plan are key to your dog's successful TPLO recovery and long-term mobility.

Conclusion

TPLO recovery exercises for dogs are vital to help your pet heal safely and regain full function after surgery. Starting with passive movements and progressing to active exercises supports bone healing and muscle strength.

Consult your veterinarian regularly and follow a structured rehabilitation plan to ensure the best outcome. With proper care and patience, your dog can enjoy a healthy, active life after TPLO surgery.

FAQs

How soon after TPLO surgery can my dog start walking?

Most dogs begin short, controlled leash walks within 1 to 2 weeks after surgery, depending on veterinary advice and healing progress.

Can I do TPLO recovery exercises at home?

Yes, many passive and active exercises can be safely done at home following your vet's instructions and supervision.

Is hydrotherapy necessary for TPLO recovery?

Hydrotherapy is not mandatory but highly beneficial for low-impact strengthening and faster recovery when available.

What signs mean I should stop exercises and call my vet?

Stop exercises if your dog shows increased limping, swelling, pain, or reluctance to move and contact your veterinarian promptly.

How long do I need to restrict my dog's activity after TPLO?

Activity restriction usually lasts 8 to 12 weeks, gradually easing as bone healing progresses and exercises increase.

TPLO surgery requires general anesthesia that is tailored to the individual patient. For most healthy adult dogs, TPLO anesthesia is straightforward and low-risk.

For older dogs, obese dogs, or those with concurrent medical conditions, the anesthetic plan requires additional planning.

Understanding what the protocol involves helps owners know what to expect and how to prepare their dog.

Quick answer: TPLO anesthesia includes a preoperative blood panel; premedication with an opioid and sedative; induction with propofol or alfaxalone; maintenance with isoflurane or sevoflurane; continuous monitoring; and multimodal pain management including NSAIDs, nerve blocks (sciatic/femoral or epidural), and post-operative opioids.

Key takeaways

• Preoperative blood work is standard for all TPLO patients: CBC and biochemistry identify organ dysfunction and conditions that increase anesthetic risk
• TPLO anesthesia is multimodal: combining opioids, NSAIDs, nerve blocks, and inhalant anesthetic reduces total drug doses and improves pain control
• Nerve blocks are now standard in TPLO anesthesia: femoral and sciatic blocks with bupivacaine reduce post-operative opioid requirements
• A published feasibility study achieved total opioid-free post-operative analgesia in TPLO dogs using nerve blocks, ketamine, isoflurane, and meloxicam
• Epidural analgesia reduces post-operative opioid requirements by 36% compared to no epidural, per PMC study data
• Food is withheld 8 to 12 hours before surgery to reduce aspiration risk; water restriction is typically shorter

Pre-anesthetic assessment

Every dog undergoing TPLO is evaluated before anesthesia to identify risk factors and optimize the anesthetic plan.

Physical examination: body weight, cardiovascular and respiratory status, mucous membrane color and capillary refill, hydration status, and assessment of concurrent conditions.

Blood work: complete blood count (CBC) detects anaemia, infection, and platelet abnormalities. Biochemistry panel assesses kidney function (creatinine, BUN), liver function (ALT, ALP, bilirubin), blood glucose, and electrolytes. These results determine anesthetic drug selection and guide fluid therapy.

ASA classification: anesthesiologists use the American Society of Anesthesiologists (ASA) physical status classification (1 to 5) to communicate overall health status. Most TPLO patients are ASA class 1 (healthy) or 2 (mild systemic disease). Dogs with significant cardiac, renal, or hepatic disease may be ASA 3 or higher and require additional monitoring or modified protocols.

Premedication

Premedication is given 20 to 40 minutes before induction.

It serves to calm the dog, reduce anxiety, provide early analgesia (preemptive analgesia), reduce the amount of induction and maintenance agent required, and make induction smoother.

Opioids (most common premedication component for TPLO):

• Hydromorphone: commonly used as a premedication; the PubMed perioperative analgesia study used hydromorphone plus acepromazine as premedication in all 56 TPLO dogs
• Methadone: provides both opioid analgesia and NMDA receptor antagonism; commonly used as a premedication in many European centres
• Morphine: used in some protocols, particularly when combined with epidural administration

Sedatives:

• Acepromazine: a phenothiazine tranquilizer that provides reliable sedation; use is reduced in patients with cardiovascular compromise due to vasodilatory effects
• Medetomidine or dexmedetomidine: alpha-2 agonists providing sedation, analgesia, and muscle relaxation; used in the opioid-free feasibility protocol (PMC 2024)
• Midazolam: benzodiazepine used particularly in geriatric or debilitated dogs for its minimal cardiovascular effects

Anesthetic induction

Induction agents produce rapid unconsciousness, allowing placement of an endotracheal tube for airway control.

Propofol: the most commonly used induction agent in healthy dogs. Provides smooth, rapid induction with a short duration, making induction-to-intubation management easy.

Alfaxalone: a neuroactive steroid with a similar profile to propofol. Used in some protocols as an alternative, particularly in smaller dogs or where propofol is not available.

Ketamine + midazolam: used in some protocols as an alternative induction combination, particularly when some degree of analgesia is desired at induction. Also used in opioid-sparing protocols.

Intraoperative maintenance

Inhalant anesthetics (isoflurane or sevoflurane) are delivered via endotracheal tube to maintain unconsciousness throughout the surgery.

Isoflurane is the most widely used agent in veterinary anaesthesia for TPLO. Sevoflurane provides faster recovery but is more expensive. Both are effective.

IV constant rate infusions (CRI) during surgery augment inhalant anesthesia and reduce inhalant requirements:

• Ketamine CRI: used in opioid-sparing protocols; the PMC feasibility study used ketamine CRI at 0.6 mg/kg/h throughout surgery
• Morphine-lidocaine-ketamine (MLK CRI): a well-established combination providing balanced intraoperative analgesia with reduced inhalant requirements
• Fentanyl CRI: an opioid CRI providing titratable intraoperative analgesia

Regional analgesia (nerve blocks)

Nerve blocks have become a key component of TPLO anesthesia because they provide superior post-operative pain control compared to systemic opioids alone.

Femoral and sciatic nerve blocks (FSNB): block the main sensory nerves to the stifle joint and hind limb. Performed before surgery with bupivacaine. PMC research comparing nerve blockade approaches for TPLO confirms that femoral and sciatic nerve blocks provide superior postoperative analgesia compared to IV CRI alone.

Lumbosacral epidural: injection of morphine and bupivacaine into the epidural space. PMC data (epidural + liposomal bupivacaine study) found epidural analgesia produced 36% fewer post-operative opioid injections compared to no epidural.

Intra-articular injection: bupivacaine injected directly into the stifle joint before or after surgery. Used as an alternative or supplement to nerve blocks in some protocols.

Intraoperative monitoring

Standard TPLO monitoring includes:

• ECG: continuous heart rate and rhythm monitoring
• Pulse oximetry (SpO2): peripheral oxygen saturation
• Capnography (end-tidal CO2): assesses ventilation adequacy; dogs are often placed on mechanical ventilation during TPLO
• Blood pressure: direct arterial or indirect Doppler/oscillometric
• Temperature: hypothermia is a common complication of long anesthetic events; warming devices are used routinely
• Depth of anesthesia assessment: clinical signs including eye position, jaw tone, and response to surgical stimulation

Post-operative pain management

TPLO is a significant orthopedic procedure and post-operative pain management directly affects recovery quality and rate of return to function.

NSAIDs: meloxicam or carprofen are administered in the peri-operative period and continued at home for 7 to 14 days minimum. The PMC opioid-free protocol administered meloxicam 0.2 mg/kg IV intraoperatively.

Opioids: hydromorphone or buprenorphine for 24 to 48 hours post-operatively, reducing as the nerve block wears off and NSAID analgesia covers the residual pain.

Gabapentin: increasingly prescribed for the first 1 to 2 weeks post-operatively to address neuropathic pain components associated with the surgical trauma and healing nerve tissues.

For the full recovery guide and what to expect after waking up, see what to expect after TPLO surgery in dogs.

For the leg shaking guide that often relates to anesthetic recovery, see dog leg shaking after TPLO surgery.

For the incontinence guide related to catheterization and anesthesia effects, see dog incontinence after TPLO surgery. For the post-surgical pain guide, see dog whining after TPLO surgery: causes and care.

Frequently asked questions

Is TPLO anesthesia safe for dogs?

For healthy adult dogs, TPLO anesthesia is considered low-risk. The most significant risks involve cardiovascular depression from the anesthetic agents and hypothermia during the procedure.

These are managed through continuous monitoring and supportive care. Pre-anesthetic blood work identifies dogs with conditions that increase risk.

How long is the dog under anesthesia for TPLO?

Total anesthesia time typically ranges from 1.5 to 2.5 hours for a standard TPLO, depending on the surgeon's experience and any complications.

Dogs are usually extubated within 15 to 30 minutes of the end of surgery as they recover consciousness.

What happens if my dog is in pain when it wakes up from TPLO?

Post-operative pain assessment is performed by the veterinary team as the dog recovers. Rescue analgesia (additional opioid doses) is given if pain scores exceed defined thresholds.

The goal of the multimodal protocol is to prevent pain peaks rather than treat pain after it occurs.

Contact the surgical team if your dog appears to be in significant pain after discharge.

My dog is older. Is anesthesia more dangerous?

Age increases anesthetic risk because older dogs are more likely to have subclinical cardiac, renal, or hepatic disease, slower drug metabolism, and reduced physiological reserve.

Thorough pre-anesthetic bloodwork and cardiac assessment (chest X-ray, echocardiogram in selected cases) helps quantify risk. The anesthetic team adjusts protocols for older patients with reduced drug doses and enhanced monitoring.

What does fasting before TPLO mean?

Food is typically withheld for 8 to 12 hours before anesthesia to reduce the risk of vomiting and aspiration during induction or recovery.

Water restriction is typically shorter often until the night before or only 2 to 4 hours before surgery.

Follow your surgeon's specific instructions, which are tailored to your dog's size and health status.

Resources

• PMC. Postoperative Opioid-Free Analgesia in Dogs Undergoing TPLO: A Feasibility Study. pmc.ncbi.nlm.nih.gov
• PMC. Incidence of Postoperative Opioids in TPLO Dogs After Liposomal Bupivacaine With or Without Morphine Epidural. ncbi.nlm.nih.gov
• PubMed. Comparison of Perioperative Analgesic Protocols for Dogs Undergoing TPLO. pubmed.ncbi.nlm.nih.gov
• PMC. Effects of Saphenous and Sciatic Nerve Blocks, Lumbosacral Epidural or MLK CRI on Postoperative Pain in TPLO Dogs. pmc.ncbi.nlm.nih.gov
• VCA Animal Hospitals. Tibial Plateau Leveling Osteotomy (TPLO) in Dogs. vcahospitals.com

"Failure rate" is used loosely when owners discuss TPLO, which can cause significant confusion. A complication is not the same as a failure.

Understanding what the published data actually shows and distinguishing minor complications from true surgical failures gives owners a much clearer picture of what to expect.

Quick answer: The overall TPLO complication rate is 10 to 34% across studies; most are minor. Major complications requiring reoperation occur in 2 to 7%. Infection is the most common major complication. Long-term good outcomes are reported in 90 to 93% of dogs.

Key takeaways

• Overall complication rate is 10 to 34% across published studies; most complications are minor and resolve without additional surgery
• Major complication rate requiring reoperation is 2 to 7%: a 1,000-dog study found 14.8% overall with 6.6% major complications
• SSI is the most common major complication: 2.9% to 25.9% across studies; giant breeds over 50 kg are at highest risk
• Small dogs under 15 kg have significantly lower complication rates: 4.44% in one 90-dog study, with no revisions
• Good to excellent long-term outcomes in 90 to 93% of dogs: the complication rate does not equal the failure rate
• Surgeon experience is the most modifiable risk factor: complication rates are consistently lower at high-volume specialty centers with board-certified surgeons

Defining "failure" vs. "complication"

This distinction is critical for interpreting the literature and for setting owner expectations accurately.

Complication: any deviation from the expected post-operative course. This includes minor findings like superficial wound dehiscence, mild swelling, or radiographic evidence of delayed osteotomy healing with no clinical signs. Many publications include these minor events in their complication rates.

Major complication: an event requiring additional surgical intervention or causing extended lameness. Major complications represent the subset of complications that meaningfully affect recovery and outcome.

Failure: the most restrictive definition surgery that did not achieve its goal of stifle stabilization, resulting in persistent instability and requiring revision with a different technique. True failure in this sense is uncommon after TPLO.

What published complication data shows

Overall complication rates

Vetamac confirms: complication rates following TPLO surgery range from 14% to 34%, with less than 10% of cases requiring a second surgery.

PMC (intraoperative bacterial culture study) confirms: the complication rate of TPLO varies between 10% and 34%, with 2 to 4% requiring surgical revision.

Today's Veterinary Practice reports a 14.8% complication rate in 1,000 TPLO patients (6.6% major — requiring repeat surgery or extended lameness), including 2.8% late meniscal injury and 6.6% infections.

Infection rates

Infection is the most common major complication and the one with the greatest variation by dog size and surgical setting.

PMC confirms: SSI rate after TPLO is reported to be 2.9% to 25.9% across studies, which is higher than other clean orthopedic surgeries (2.0 to 6.7%).

Surgical site infection rates of 21.3% to 25.9% have been reported specifically for giant-breed dogs weighing over 50 kg.

The implant removal rate due to infection is 3 to 7.4% per published literature (PMC PRP study; ResearchGate implant removal study).

Complication rates by dog size

Dog size is a consistent predictor of complication risk.

PLOS One retrospective (90 dogs under 15 kg): overall complication rate 4.44%, with no complications requiring surgical revision.

The study confirms: the complication rate in dogs under 15 kg is less than that historically reported in heavier dogs.

PubMed retrospective (small and medium dogs, 2.0 and 2.7 mm plates): overall complication rate 36%.

The most common complications were radiographic evidence of delayed healing (9%), patellar tendon thickening (8%), and tibial tuberosity fracture (6%). Only 7% of complications were major.

PLOS One confirms: the TPLO complication rates range from 10% to 34% and vary in severity from swelling and bruising to fractures and osteomyelitis.

Implant-related complications reportedly occur in under 10% of all TPLO procedures.

Long-term success rates

Complication rates must be interpreted alongside long-term success rates.

The retrospective cohort study comparing TPLO, Tightrope, and TTA found: function greater than 1 year after surgery was 93.1% for TPLO, 92.7% for Tightrope, and 89.2% for TTA.

SustainableVet.org confirms: good to excellent long-term outcomes are achieved in 90.4% of patients up to 6.8 years after TPLO surgery; 80 to 90% of owners are satisfied with their dog's long-term recovery.

A dog can have a complication even a significant one like an infection and still achieve a good long-term outcome after the complication is resolved.

The complication rate and the long-term success rate address different aspects of the outcome.

Factors that affect complication and failure rates

Surgeon experience and volume

This is the most consistently cited modifiable risk factor. High-volume specialty centers and board-certified surgeons consistently report lower complication rates than general practitioners performing occasional TPLO procedures.

Surgical efficiency, technique precision, and post-operative protocol standardization all contribute.

Dog size and body weight

Larger dogs generate higher joint forces, have larger dead space at the surgical site, and place more mechanical demand on the implant during healing.

These factors contribute to the higher complication rates seen in large and giant breeds.

Excessive tibial plateau angle (TPA)

Dogs with TPA above 35 degrees (excessive TPA, or eTPA) have higher complication rates.

Today's Veterinary Practice notes: owner-perceived outcome was superior for eTPA group dogs when TPLO resulted in TPA of 14 degrees or less compared to those with TPA greater than 14 degrees.

Postoperative complications were more common in dogs with eTPA.

Post-operative activity restriction compliance

Dogs that are over-active during recovery have higher rates of implant complications, seroma formation, and wound complications.

Strict adherence to the prescribed restriction protocol is the owner's primary contribution to reducing complication risk.

For the complications overview, see 15 common complications after TPLO surgery in dogs. For the infection signs guide, see TPLO plate infection signs and treatment.

For the long-term outcomes guide, see long-term outcomes of TPLO surgery. For the plate removal guide, see TPLO plate removal recovery guide.

Frequently asked questions

What is the TPLO failure rate?

Depends on how "failure" is defined. If failure means any complication: 10 to 34% across studies. If failure means major complications requiring surgery or causing extended lameness: 2 to 7%.

If failure means persistent instability requiring revision with a different technique: uncommon and not consistently reported across large series.

Is TPLO safe for large breed dogs?

Yes, but with a higher complication risk than small dogs. Vetamac confirms: for large breeds, TPLO is still the gold standard, providing better long-term stability than alternatives.

The higher complication rate in large dogs reflects the greater mechanical demands and surgical challenges, not a fundamental unsafety of the procedure.

What percentage of TPLO dogs need a second surgery?

Across published studies, 2 to 10% require a second surgical intervention. Most second surgeries address infection (requiring plate removal), late meniscal tears (requiring partial meniscectomy), or implant complications.

Does my dog's vet experience affect failure rate?

Yes, substantially. Surgeons performing fewer than a set number of TPLO procedures per year have higher complication rates than high-volume specialists.

This is one reason referral to a board-certified orthopedic surgeon (ACVS diplomate) is recommended for TPLO.

If my dog has a complication, does that mean the TPLO failed?

Not necessarily. Many dogs who develop complications including infections requiring plate removal still achieve good to excellent long-term function after the complication is resolved.

The complication rate and the long-term outcome are different measures.

Resources

• Today's Veterinary Practice. Canine Cranial Cruciate Disease: Evidence-Based Look at Current Treatment Modalities. todaysveterinarypractice.com
• PLOS One. Risk Factors for Short-Term Postoperative Complications in Dogs Weighing Less Than 15 kg. journals.plos.org
• PubMed. Short-Term Complications Associated With TPLO in Dogs Using 2.0 and 2.7 mm Plates. pubmed.ncbi.nlm.nih.gov
• PMC. Clinical Relevance of Positive Intraoperative Bacterial Culture in TPLO in Dogs. ncbi.nlm.nih.gov
• Vetamac. TPLO Surgery for Dogs: Success Rates and Alternative Options. vetamac.com

Keeping a dog calm during TPLO recovery is one of the hardest parts of the process -- and one of the most important.

A dog that feels physically capable of running at week 3 is not biologically ready to run at week 3. The osteotomy has not consolidated. The plate can fail.

Activity restriction is not optional.

Quick answer: Most effective strategies for keeping a dog calm after TPLO surgery: crate confinement during unsupervised periods, food puzzles and scent games, consistent pain management, a quiet low-stimulus environment, and trazodone or gabapentin for highly anxious dogs. Keep a leash on the dog indoors.

Key takeaways

• Crate confinement is the foundation of activity control: large enough to stand and turn but not pace; prevents the spontaneous running, jumping, and spinning that cause plate failure
• Mental stimulation substitutes for physical activity: food puzzles, lick mats, frozen Kongs, and scent games provide neural reward without physical impact
• Pain management compliance directly affects calmness: uncontrolled pain causes restlessness; giving NSAIDs and gabapentin on schedule keeps the dog comfortable enough to rest
• The environment must be actively managed: loud TV, visitors, and other pets cause arousal and movement; a quiet, predictable low-stimulus space reduces arousal
• Trazodone and gabapentin can be prescribed for highly anxious dogs: VetSurgInfo confirms trazodone is inexpensive, safe, and effective for anxiety and sedation during TPLO recovery
• Always use a leash indoors during early recovery: a dog that slips or startles can displace the plate; a house leash gives the owner control at all times

The crate: foundation of confinement

A crate is the safest confinement tool for TPLO recovery.

It limits the movements that risk plate failure -- spontaneous jumping, running to the door, sudden pivoting -- and gives the dog a defined, safe space.

Crate selection:

• Large enough for the dog to stand, turn, and lie down comfortably
• Not so large the dog can pace or run inside
• Soft bedding on non-slip material
• Location in the household main area, not isolated -- isolation increases anxiety

SustainableVet.org confirms: use a crate, pen, or small room with non-slip flooring. Crates prevent jumping, running, and twisting. Choose a crate large enough to stand and turn.

Exercise pen alternative: for dogs that do not tolerate crates, an exercise pen (X-pen) provides a larger confined space while still restricting free movement. Place the X-pen in the main living area so the dog is not isolated.

Small room alternative: a bathroom, laundry room, or small bedroom with a baby gate can work. Remove furniture the dog could jump on.

Mental stimulation: the most underused tool

A dog confined physically but not cognitively engaged becomes frustrated, which leads to escape attempts and activity that risks the repair.

Mental stimulation provides the same dopamine reward as physical activity with zero mechanical risk.

Effective mental stimulation options:

Food puzzles and slow feeders: scatter meals in a puzzle feeder or across a lick mat instead of in a bowl. A meal that takes 15 minutes to eat provides significant cognitive engagement.

Frozen Kongs: stuff with wet food, peanut butter (xylitol-free), or kibble soaked in broth; freeze for several hours. A frozen Kong can occupy a dog for 20 to 30 minutes.

Sniff games: hide small treats in a folded towel, a muffin tin covered with tennis balls, or a scatter across the crate bedding. Sniffing is cognitively tiring -- it is physiologically equivalent to sustained physical exercise in terms of neural engagement.

Chew toys: long-duration chews (bully sticks, raw bones appropriate for the dog's size, frozen chicken necks) keep the dog occupied without movement.

Animal Outpatient Surgery confirms: soft music, white noise, or pheromone diffusers create a serene atmosphere. Mental engagement through food puzzles and scent games reduces frustration from limited mobility.

Environmental management

The dog's immediate environment directly controls arousal level.

Reduce auditory stimuli: loud TV, doorbell sounds, and street noise cause the dog to alert and attempt to move. White noise machines or calm background music reduce stimulus peaks.

Manage household traffic: visitors who excite the dog, children who rough-house nearby, and other pets that want to interact all cause arousal. Limit access to the dog during early recovery.

Manage other pets: other dogs and cats approaching the recovering dog cause arousal and can trigger sudden jumping or running. Keep them separated during the early weeks, particularly unsupervised.

Non-slip flooring: rugs and yoga mats in the dog's movement area prevent slipping, which generates uncontrolled leg movements that can stress the plate.

Laveen Vet Center confirms: set up a quiet, confined area free from loud noises, active children, and other pets. White noise or soft music helps create a serene atmosphere.

Pain management and its role in calmness

An undertreated dog is a restless dog. Pain creates the exact behaviors -- panting, pacing, inability to settle, licking the leg -- that also indicate anxiety.

Distinguishing pain from anxiety is important because the response is different.

Pain management checklist:

• Give NSAIDs and gabapentin on the exact schedule prescribed, not as needed
• Never skip doses because the dog appears comfortable -- the medication is maintaining that comfort
• Give medications approximately 30 minutes before walks (TPLO home recovery protocols recommend this timing)
• Contact your vet if the dog cannot settle despite correct medication administration

VetSurgInfo confirms: gabapentin provides both analgesia and sedation; the sedating effect facilitates recovery and rest, particularly in the first 7 days.

Prescribed calming medications

For dogs with high anxiety, separation anxiety, or an inability to settle despite environmental and mental stimulation management, veterinary-prescribed medications are appropriate and safe.

Trazodone: a serotonin modulator used off-label in dogs for anxiety and sedation. VetSurgInfo confirms: dogs do very well on trazodone for anxiety and sedation during TPLO recovery; it is inexpensive and can facilitate recovery, rest, and calm during vet visits.

Gabapentin: the analgesic side effect of sleepiness helps with calmness in addition to pain control.

Alprazolam or other benzodiazepines: may be appropriate for situational anxiety (specific triggers like thunder).

SustainableVet.org confirms: vets can prescribe mild sedatives or calming medications for dogs who remain overly anxious; these drugs are safe when dosed correctly and can prevent harmful overactivity.

Never give human anxiety medications to dogs. Never use human supplements without vet approval -- some contain xylitol or other ingredients toxic to dogs.

Owner behavior and management

Owners unintentionally promote activity.

Do not excitedly greet the dog: excited greetings cause the dog to jump and spin. Calm, quiet greetings reduce arousal.

Leash the dog indoors: a house leash (a short, light leash attached to the collar) gives the owner control when the dog is out of the crate. If the dog startles or tries to move suddenly, the leash prevents uncontrolled movement.

Maintain a predictable routine: dogs are routine-oriented. Predictable meal times, bathroom walk times, and crate times reduce anticipatory anxiety. Variation creates excitement; routine creates calm.

Keep visits short: sitting with the dog is good. Prolonged exciting interaction is not. Brief, calm contact several times daily is better than one long exciting session.

For the recovery timeline, see what to expect after TPLO surgery in dogs. For infection prevention, see post-operative care mistakes that increase TPLO infection risk.

For swelling management, see fluid buildup after TPLO surgery in dogs. For exercise, see TPLO recovery exercises for dogs.

Frequently asked questions

My dog screams and cries in the crate for hours. What do I do?

Contact your vet. Sustained, intense crate distress may indicate: inadequate pain control (the dog is in pain, not just anxious), genuine severe separation anxiety, or insufficient mental stimulation.

Ask about trazodone or gabapentin for anxiety management. Do not give up on crate confinement -- the alternative is uncontrolled movement that risks the repair.

Is it okay to let my dog out of the crate to sit with me on the sofa?

Only if the dog is on a leash and cannot jump. Allow the dog to lie next to you on the floor or on a low dog bed beside you.

Do not allow the dog onto the sofa -- falling or jumping off generates the same plate-failure risk as running.

My dog seems much better at 3 weeks. Can I relax the restrictions?

No. Clinical improvement does not mean bone healing is complete. The osteotomy is not confirmed healed until radiographs at 8 to 12 weeks.

Plate failure typically happens when owners relax restrictions based on the dog appearing well. Maintain full restrictions until vet clearance.

What is the best medication for a high-energy dog that can't settle?

Trazodone is the most commonly prescribed agent for activity restriction in TPLO dogs. It is effective, safe, inexpensive, and can be used for the full restriction period.

Discuss with your vet at or before surgery -- it is easier to start early than to address a crisis at week 2.

Can I take my dog to visit friends or family during recovery?

Very limited visits in controlled, quiet environments where the dog is leashed and confined.

No visits to households with other active dogs, children who will excite the dog, or any environment where the dog cannot be kept calm. Unfamiliar environments increase anxiety and exploration behavior.

Resources

• SustainableVet. How to Keep a Dog Calm After TPLO Surgery. sustainablevet.org
• VetSurgInfo. TPLO Recovery Tips. vetsurginfo.com
• Animal Outpatient Surgery. How to Keep a Dog Calm After TPLO Surgery. animaloutpatientsurgery.com
• Laveen Vet Center. How to Keep a Dog Calm After TPLO Surgery. laveenvetcenter.com

TPLO surgery is a major orthopedic procedure that requires careful preparation before surgery and structured management after.

The recovery period -- 8 to 12 weeks of graduated activity restriction, multiple vet visits, and daily wound monitoring -- is as important as the surgery itself.

Most owners who struggle with recovery do so because they underestimated what the post-operative period involves. This guide walks through every phase.

Quick answer: Before TPLO surgery: complete pre-surgical bloodwork, fast 8 to 12 hours, prepare a crate and non-slip mats, fill prescriptions. After TPLO: crate rest weeks 1 to 2, progressive walking weeks 2 to 6, radiographic assessment weeks 6 to 8, activity increase after healing. Muscle recovery takes 4 to 6 months.

Key takeaways

• The home environment must be set up before surgery day: crate, non-slip mats, baby gates, low bedding, and supplies must be in place before the dog arrives home
• Fasting is required before surgery: no food for 8 to 12 hours before general anesthesia; water rules vary by facility
• The first 2 weeks are the most critical and restrictive: no running, jumping, stairs, or off-leash activity; bathroom trips on a short leash only; incision checked daily
• Radiographic assessment at 6 to 8 weeks is the gate that controls activity increase: without imaging confirmation, activity must not increase; radiographs are the only reliable confirmation
• Food intake should be reduced by approximately 30% during recovery: activity restriction rapidly leads to weight gain; extra weight stresses the healing osteotomy
• Full muscle recovery takes 4 to 6 months after bone healing is confirmed: bone healing at 12 weeks and full functional recovery are different endpoints

Before surgery: preparation checklist

Medical preparation (weeks before surgery)

Pre-surgical examination and bloodwork: your vet will perform a full physical examination and order a complete blood count and blood chemistry panel. These confirm the dog can safely handle anesthesia and healing. Senior dogs or those with health conditions may need additional testing.

Medication review: tell your vet all current medications and supplements. NSAIDs, certain supplements, and some other drugs need to be stopped before surgery. Never discontinue a prescription medication without vet instruction.

Weight management: if your dog is overweight, weight reduction before surgery reduces anesthetic and surgical risk. Even a 5 to 10% body weight reduction before surgery is beneficial.

Pre-surgical bathing: bathe 1 to 2 days before surgery if you wish; post-surgical bathing is restricted for 10 to 14 days.

Home preparation (day before surgery)

The recovery space:

• Crate (correctly sized: stand, turn, lie comfortably, not pace) in the main family living area
• Non-slip mats or yoga mats over all hard flooring in the recovery area
• Soft, washable bedding in the crate
• Water and food bowls at floor level
• Baby gates on stairs
• All furniture inaccessible to prevent jumping

Supplies to have ready:

• E-collar (confirm with the surgical facility whether one will be provided)
• Ice pack or bag of frozen peas for cold therapy
• Sling or lifting harness for larger dogs
• Short leash (4 to 6 foot, not retractable)
• Medications filled at the pharmacy before surgery day

SustainableVet.org confirms: before your dog comes home, prepare a safe and quiet recovery space with a crate or small room, soft bedding, good airflow, and away from stairs or slippery floors.

Fasting

No food for 8 to 12 hours before surgery. Water rules vary by facility -- confirm with your vet. Give no food the morning of surgery even if the dog appears hungry.

Surgery day: what to expect

Drop-off: typically early morning. The dog is admitted, weighed, examined, and an IV catheter is placed. IV antibiotics are given before the incision.

The procedure: the surgeon makes a medial incision over the proximal tibia, performs a small arthrotomy to assess the meniscus, makes the curved osteotomy cut, rotates the tibial plateau to approximately 5 degrees, and secures the plate and screws. The wound is closed in layers.

Duration: typically 1.5 to 2 hours.

Post-surgical care: the dog spends several hours in recovery before discharge (same day at some facilities; overnight at others).

Discharge: written instructions for medications, wound care, activity restrictions, and follow-up appointments are provided.

After surgery: week-by-week recovery timeline

Weeks 1 to 2: acute post-surgical phase

Activity: crate rest at all times except bathroom trips. Leash walks of 5 minutes maximum, 3 to 5 times daily. No stairs, no furniture, no off-leash time.

Weight bearing: most dogs begin toe-touching within the first few days. Some do not bear weight for the full 2 weeks -- both presentations are within normal range.

Wound care: e-collar on at all times except supervised eating. Inspect the incision daily at the same time. No bathing or wet incision exposure.

Cold therapy: 10 to 15 minutes of ice pack (wrapped in cloth) applied to the incision, 3 to 4 times daily for the first 3 to 5 days.

Medications: NSAIDs and gabapentin on the exact prescribed schedule. Give NSAIDs with food.

SustainableVet.org confirms: the first two weeks focus on rest and healing; the dog stays confined; short controlled leash walks are for bathroom breaks; check the incision daily for redness, swelling, or discharge.

2-week recheck: incision assessment, suture or staple removal if healing is confirmed, early mobility and pain management review.

Weeks 3 to 6: graduated activity phase

Activity: leash walk duration increases progressively. TPLO Info recommends increasing by up to 5 minutes per week. No off-leash activity. No stairs without guidance. No playing with other pets.

Weight bearing: most dogs should be bearing increasing weight through the operated leg. Three-legged walking during activity is still common but should be decreasing.

Passive range-of-motion exercises: gentle flexion and extension of the stifle, 5 to 10 repetitions, 2 to 3 times daily if the vet has approved.

Veterinary Healthcare Associates confirms: weeks 3 to 4, swelling should decrease; gradual increase in leash walking; passive range-of-motion exercises may begin.

Food management: Medcovet confirms reducing food intake by approximately 30% during the restriction period to prevent weight gain from inactivity.

Weeks 6 to 8: radiographic checkpoint

6-week radiograph (critical): images confirm whether the osteotomy is healing as expected. If healing is progressing, activity can be increased. If healing is delayed, restrictions continue.

If healing is confirmed: leash walks increase to 15 to 20 minutes, physiotherapy begins, short controlled hill walking may begin.

If healing is delayed: investigate for infection or non-union; extend restrictions; consider additional diagnostics.

Veterinary Healthcare Associates confirms: weeks 5 to 6, recheck X-rays may be taken to evaluate healing; improvement in weight-bearing and stability should be evident.

Weeks 8 to 12: consolidation and return to activity

8 to 10 week radiograph (in many protocols): confirms continued healing progression.

12-week radiograph (final major milestone): confirms bone union before lifting restrictions. After this confirmation:

• Running and off-leash play can gradually resume
• Stairs without support
• Normal household access

Post-12-week activity return: progressive reintroduction of activity over the following 4 to 6 weeks rather than an immediate full return.

Animal Outpatient Surgery confirms: in the final phase, your dog can return to normal activity levels, including running, jumping, and playing; continue monitoring for discomfort and maintain a balanced exercise routine.

Long-term: months 3 to 6

Full muscle recovery takes 4 to 6 months after bone healing. During this period:

• Progressive strengthening continues
• Hydrotherapy, balance work, and controlled running rebuild the atrophied operated leg
• Joint supplements (omega-3 fatty acids, glucosamine) are typically started or continued
• Weight management remains critical

Most dogs reach 90 to 95% of pre-injury function by 6 months with a compliant recovery.

For the recovery tips guide, see 10 essential TPLO recovery tips for pet owners. For confinement, see how to confine your dog after TPLO surgery.

For physical therapy, see when to start physical therapy after TPLO surgery. For long-term outcomes, see long-term outcomes of TPLO surgery.

Frequently asked questions

How strict does the activity restriction need to be in the first 2 weeks?

Very strict. No exceptions for stairs, sofa access, running, jumping, or unsupervised time without confinement.

A single running or jumping episode in the first 2 weeks can displace the plate before the osteotomy has any mechanical strength.

The restriction is designed to protect a bone that cannot yet protect itself.

My dog is eating less and seems depressed after surgery. Is this normal?

Yes, in the first 3 to 5 days. Anesthesia, post-surgical pain, and opioid medications can reduce appetite and alter behavior.

If the dog is not eating at all by day 3 or shows signs of significant distress, contact your vet.

Most dogs gradually return to normal eating and behavior within the first week.

When can my dog go swimming after TPLO?

Controlled hydrotherapy (underwater treadmill) can begin after the incision is confirmed healed at the 2-week recheck. Open water swimming (lakes, rivers) is typically not recommended until after the 12-week radiographic clearance.

Confirm with your vet in both cases.

Should I put my dog on a diet during recovery?

Reduce caloric intake rather than switching to a formal diet. Medcovet recommends approximately 30% reduction in food intake during the restriction period to prevent weight gain from inactivity.

If your dog was already at an ideal weight, a modest reduction (10 to 20%) is appropriate. Discuss with your vet.

My dog seems completely fine at week 4 and is pulling on the leash. Should I increase activity?

No. Continue the restriction protocol until the 6-week radiograph confirms bone healing progression.

The dog feeling well at week 4 is a positive sign, but bone healing lags significantly behind the dog's perceived comfort.

Dogs routinely feel ready to run before the osteotomy is safe to run on.

Resources

• SustainableVet. Before and After TPLO Surgery. sustainablevet.org
• Veterinary Healthcare Associates. TPLO Surgery in Dogs: Before and After. vhavets.com
• Medcovet. Essential Guide to Dog Recovery TPLO Surgery. medcovet.com
• TPLO Info. Preparing for Your Dog's TPLO Surgery. tploinfo.com

TPLO incision infection is one of the most common complications after surgery. Most incision infections are preventable with consistent owner-managed wound care, and most are treatable when caught early.

The window between a superficial incision infection (treatable with antibiotics) and a deep implant infection (requiring surgical intervention) is measured in days -- which is why daily inspection is not optional.

Quick answer: Normal TPLO incision healing shows mild redness fading from day 5, no discharge after day 3, and a clean approximated incision line. Infection signs: spreading redness, increasing warmth, cloudy or malodorous discharge, swelling not resolving, wound edges separating, or lameness worsening. Prevention centers on e-collar compliance, dryness, and daily inspection.

Key takeaways

• Licking is the most common preventable cause of TPLO incision infection: the oral cavity carries S. pseudintermedius that can inoculate the incision; e-collar compliance for 10 to 14 days is the most protective owner action
• The distinction between normal healing and early infection is trajectory-based: mild redness and clear serum discharge are normal for 2 to 3 days; anything worsening from day 5 onward warrants veterinary attention
• Infection signs requiring a same-day call: spreading redness, yellow or green discharge, malodorous discharge, wound dehiscence, or systemic signs alongside local wound changes
• Keeping the incision dry is the second most important prevention measure: bacteria proliferate in moist environments; no bathing or wet-grass walks until incision healing is confirmed by the vet
• Daily inspection at the same time each day creates a baseline: daily comparison of today to yesterday reveals whether the incision is improving or worsening
• Most superficial incision infections resolve with oral antibiotics if treated promptly: treatment escalates significantly if deep implant involvement occurs; early action prevents this escalation

Normal TPLO incision healing: what to expect

Understanding normal healing is the prerequisite for recognizing abnormal changes.

Days 1 to 3: acute inflammatory phase

Normal: the incision is red, mildly swollen, and warm. A small amount of clear to pale yellow serum may seep from the wound edges. The swelling may extend slightly beyond the incision line.

Context: this is the inflammatory phase -- the biological response to surgical trauma. It is expected and appropriate.

Days 3 to 5: peak swelling subsides

Normal: redness should be fading. Swelling should begin to reduce. Any discharge should have stopped by day 3. The incision line should be approximated (edges together and not gaping).

Days 5 to 10: healing consolidation

Normal: redness is minimal or absent. No discharge. The incision line is dry and the skin edges are growing together. The dog may experience some surface itching as new skin forms.

Suture/staple removal: typically at 10 to 14 days. The vet confirms incision healing before removal.

Day 14 onward

Normal: incision is healed, sutures removed, skin intact. Mild surface discoloration (pink to pale) is normal for several weeks. No further discharge.

Signs of TPLO incision infection

Spreading redness (most concerning early sign)

Normal healing produces redness confined to the incision line (typically 1 to 2 mm on each side).

Infection produces redness that spreads outward from the incision -- a widening halo of red skin extending beyond the original margins.

SustainableVet.org confirms: redness that worsens, especially with pain or heat, often accompanies infection. Contact your vet the same day if spreading redness is observed.

Warmth that is increasing rather than decreasing

Mild warmth is normal in the first 3 to 5 days.

Warmth that is increasing at day 7 or beyond -- when normal healing produces cooling -- indicates ongoing active inflammation, typically from infection.

Discharge type and timing

• Clear serum for 24 to 48 hours: normal
• Any discharge after day 3: concerning
• Cloudy, yellow, or green discharge at any stage: infection until proven otherwise
• Malodorous discharge: infection; contact vet immediately

SustainableVet.org confirms: inspect the incision daily for redness, swelling, or discharge; yellow or green discharge is not normal and needs immediate attention.

Wound dehiscence

The incision edges separate, exposing subcutaneous tissue or deeper structures. Most often caused by licking, but can occur from excessive activity, suture reaction, or infection undermining the tissue.

SustainableVet.org (complications article) confirms: if stitches are removed too soon or dehiscence occurs, a vet should assess the wound immediately.

Swelling that is not resolving

Expected swelling peaks at days 2 to 5 and consistently resolves after that.

Swelling that is the same or larger at day 7 as it was at day 3 is not following the expected trajectory.

Systemic signs alongside local changes

Fever (rectal temperature above 39.5 C / 103.1 F), lethargy, reduced appetite, or behavioral changes accompanied by any local wound sign constitute an emergency call. These suggest the infection is systemic.

SustainableVet.org (redness article) confirms: systemic signs including fever, lethargy, or loss of appetite along with redness indicate the infection may be spreading; contact your vet immediately.

Prevention: the actions that matter most

1. E-collar compliance without exception

The e-collar prevents the single most common preventable cause of TPLO incision infection: licking. Even one licking episode directly inoculates the wound with oral bacteria.

SustainableVet.org confirms: even brief periods of licking can introduce bacteria; an Elizabethan collar or medical pet shirt should be used at all times until the incision fully heals.

The e-collar must be worn:

• During sleep
• Unsupervised periods in the crate
• Whenever the dog is not under direct eye contact with the owner

If the dog can reach the incision with the collar on, the collar is the wrong size -- contact the vet for a larger size.

2. Keep the incision dry

Moisture promotes bacterial growth and skin maceration at the incision edges. No bathing or submerging the leg until the vet confirms healing at the 2-week recheck.

During wet weather, minimize wet-grass time on outdoor bathroom trips. Pat the leg dry immediately if it gets wet.

SustainableVet.org confirms: keep the incision clean and dry; avoiding moisture reduces infection risks.

3. Daily incision inspection

Inspect the incision at a consistent time each day. Compare today directly to yesterday. The trajectory (better, same, worse) is more diagnostically useful than any single observation.

Inspection takes 30 seconds. Pick a time (e.g., after the evening bathroom walk) and make it routine.

4. Do not clean with unapproved solutions

Unless instructed by your vet, do not apply hydrogen peroxide, alcohol, iodine, or other antiseptics to the incision. These can damage healing tissue and delay closure.

If cleaning is needed, use the vet-approved solution (typically dilute chlorhexidine or sterile saline).

5. Clean bedding weekly

Bedding in contact with the incision area accumulates skin bacteria. Wash crate bedding weekly in hot water.

6. Hand hygiene before touching the wound

Wash hands before any wound inspection or dressing change. Human skin also carries bacteria capable of contaminating an open or healing incision.

Treatment

Superficial infection (SSI-S): oral culture-directed antibiotics for 2 to 4 weeks; wound cleaning; continued e-collar compliance; wound recheck in 3 to 5 days to confirm response.

Progressing or deep infection: surgical debridement; deep culture; IV or long-course oral antibiotics; imaging to assess implant involvement.

Implant-associated infection: see the dedicated TPLO plate infection guide. Treatment typically includes plate removal once the osteotomy has healed.

For the infection signs guide, see earliest signs of TPLO infection. For the prevention mistakes guide, see post-operative care mistakes that increase TPLO infection risk.

For the staph infection guide, see staph infection after TPLO surgery. For the plate infection guide, see TPLO plate infection signs and treatment.

Frequently asked questions

My dog's incision looks red but the vet said it looks normal at the 2-week recheck. Should I still be worried?

If the vet examined the incision in person at 2 weeks and found it normal, trust that assessment. Post-recheck monitoring continues -- if the incision changes after the recheck, contact the vet.

A single normal exam does not guarantee no infection will develop later.

Can I tell the difference between a seroma and an infection at the incision?

Seromas are soft, fluctuant (fluid-filled), non-painful swellings without redness, warmth, or discharge. Infection produces warmth, redness, possible discharge, and pain. If you cannot clearly distinguish the two, contact your vet for assessment.

The incision looked fine yesterday but today there is yellow discharge. What do I do?

Call your vet the same day. Yellow discharge at any point after the first 2 to 3 days is concerning. Do not wait to see if it resolves.

Keep the e-collar on and do not apply any home remedies to the wound before the vet advises.

My dog keeps trying to lick the incision even with the e-collar. What else can I try?

Ensure the collar is the correct size -- most dogs can reach their hind legs with a too-small collar.

A longer cone, a recovery suit (medical pet shirt), or a contact bandage over the incision site (applied by your vet) can supplement the collar.

Ask your vet about trazodone or gabapentin if anxiety is driving the licking behavior.

Does the incision need to be cleaned every day?

In most cases, no. Daily cleaning is not required and may introduce contamination or irritate healing tissue. Daily inspection is required.

Clean only if the vet specifically instructs it and with the approved solution only.

Resources

• SustainableVet. TPLO Incision Infection: Symptoms and Prevention. sustainablevet.org
• SustainableVet. Earliest Signs of TPLO Infection. sustainablevet.org
• SustainableVet. TPLO Plate Infection Signs and Treatment. sustainablevet.org
• VCA Animal Hospitals. Tibial Plateau Leveling Osteotomy (TPLO) in Dogs. vcahospitals.com