Rehabilitation after Meniscus Surgery: Full Protocol

To learn more, consult the guide on Meniscus Injury: Symptoms and Recovery | MyPhysioHelp. To learn more, consult the guide on Knee Meniscus: Anatomy, Function, and Importance. To learn more, consult the guide on Meniscus Injury.

The meniscus, a “C”-shaped fibrocartilaginous structure located within the knee joint, plays a fundamental role in its long-term function and health. Essential for shock absorption, stabilization, and load distribution, an injury to it can severely compromise mobility and cause significant pain. When surgical intervention becomes necessary to repair or remove a damaged part of the meniscus, the subsequent phase of meniscus rehabilitation becomes the cornerstone for a complete and lasting recovery. This article, based on over thirty years of clinical experience, aims to provide an exhaustive guide on the timelines and key exercises of the rehabilitation pathway, offering a comprehensive overview from understanding the injury to future prevention.

Anatomy and Function of the Meniscus

The meniscus is a C-shaped cartilage disc in the knee joint between the femur and tibia, functioning as a shock absorber and stabilizer during movement. The knee houses two menisci: the medial (inner) meniscus and the lateral (outer) meniscus. Both are semilunar structures composed of fibrocartilage, with a triangular cross-section. The medial meniscus is larger and “C”-shaped, while the lateral meniscus is smaller and almost completely “O”-shaped.

Their main functions include:

• Shock Absorption: They act as true shock absorbers, absorbing impacts and reducing stress on the articular cartilages during movement and loading.
• Stabilization: They contribute to the stability of the knee joint, particularly during rotational and flexion-extension movements.
• Load Distribution: They evenly distribute the load across the joint, preventing the concentration of forces on specific areas and protecting the articular cartilage from premature wear.
• Lubrication: They promote the distribution of synovial fluid, improving joint lubrication.
• Proprioception: They contain nerve endings that contribute to the perception of the knee’s position and movement in space.

The integrity of the menisci is crucial for the long-term health of the knee. An injury to them can alter these functions, leading to pain, instability, and, over time, the development of osteoarthritis.

Causes and Types of Meniscal Injuries

Meniscal injuries can be classified based on their cause and morphology.

Causes of Meniscal Injuries

Injuries can originate from two main mechanisms:

• Traumatic: These are common in young individuals and athletes. They typically occur as a result of acute trauma, such as a sudden twisting of the knee while the foot is fixed on the ground, a direct impact, or forced hyperflexion/hyperextension. Sports like soccer, skiing, basketball, and rugby are frequently associated with this type of injury.
• Degenerative: More frequent in middle-aged and older individuals. These injuries are not linked to a single traumatic event, but rather to the progressive wear and tear of meniscal tissue due to aging, repeated microtrauma over time, or pre-existing arthritic processes. The meniscal tissue loses elasticity and resistance, making it more susceptible to tears even with trivial movements.

Types of Meniscal Injuries

Morphological classification is important for determining treatment and prognosis:

• Longitudinal: Tears that run parallel to the circumference of the meniscus. They can evolve into “bucket-handle” tears if a fragment displaces.
• Radial: Tears that extend from the outer circumference towards the inner part of the meniscus. They are often associated with a loss of shock-absorbing function.
• Horizontal: Tears that divide the meniscus into an upper and a lower layer.
• Oblique/Flap: Irregular tears that create a tissue flap.
• Complex: Combinations of multiple types of injuries.

A crucial aspect in evaluating an injury is its position relative to the vascularization of the meniscus. The outermost part (red zone) is well-vascularized and has a greater healing potential, while the innermost part (white zone) is avascular and has a very limited healing capacity. This distinction directly influences the decision between surgical repair (suture) and partial removal (meniscectomy).

Symptoms of a Meniscal Injury

The symptoms of a meniscal injury can vary in intensity and presentation depending on the severity and type of injury. It is crucial to recognize them for timely diagnosis and treatment.

The most common symptoms include:

• Pain: Often localized along the joint line (the point where the femur and tibia meet), on the medial or lateral side of the knee, depending on the meniscus involved. Pain can be acute and sharp at the time of injury, or dull and persistent in the case of degenerative lesions. It tends to worsen with activities that stress the meniscus, such as deep flexion, twisting, climbing or descending stairs.
• Swelling (Edema): The accumulation of fluid within the joint (effusion) is an inflammatory response to the injury. It can manifest hours or days after the injury and make the knee feel tight and painful.
• Joint Locking: A sensation that the knee “locks” or “catches,” preventing full extension or flexion movement. This occurs when a torn meniscal fragment becomes interposed between the articular surfaces.
• Clicking or Popping: A sound or sensation of “click” or “pop” during knee movement, often associated with the passage of the damaged meniscal fragment.
• Difficulty fully extending or flexing the knee: The injury can limit the range of motion (ROM) due to pain or mechanical obstruction.
• Feeling of instability: The knee may feel like it “gives way” or is unstable, especially during activities that require changes in direction or weight-bearing.

It is important to note that not all meniscal injuries cause all of these symptoms, and the intensity can vary. In some cases, especially for minor degenerative lesions, symptoms may be mild or intermittent.

Diagnosis

The diagnosis of a meniscal injury is based on a combined approach that includes medical history, physical examination, and instrumental tests.

Medical History

The doctor or physical therapist will gather detailed information about the injury:

• Mechanism of injury: How did the event occur? Was there a twist, an impact, a fall?
• Symptoms: What symptoms are present (pain, swelling, locking, clicking)? When did they start and how have they evolved?
• Clinical history: Previous knee injuries, pre-existing medical conditions (e.g., osteoarthritis), level of physical activity.

Physical Examination

The professional will evaluate the knee through:

• Inspection: Checking for swelling, redness, deformity.
• Palpation: Identification of painful points along the joint line.
• Assessment of Range of Motion (ROM): Measurement of the knee’s ability to flex and extend.
• Specific tests: There are several maneuvers that can elicit pain or clicking, suggesting a meniscal injury. Among the most common:

• McMurray’s Test: The knee is flexed and then extended while the doctor applies internal or external rotation and a valgus or varus force. A “click” or pain may indicate an injury.

• Apley’s Test: The patient is prone, knee flexed at 90°. The doctor applies compression and rotation.

• Thessaly Test: Performed in single-leg stance with the knee flexed at 20°, the patient rotates the trunk.

Instrumental Examinations

• X-rays: Useful for ruling out bone fractures or assessing the presence of osteoarthritis, but do not directly visualize the menisci.
• Magnetic Resonance Imaging (MRI): It is the imaging examination of choice for diagnosing meniscal injuries. It provides detailed images of soft tissues (menisci, ligaments, cartilage) and can identify the type, location, and extent of the injury with high precision.

The combination of these elements allows the doctor to formulate an accurate diagnosis and plan the most appropriate treatment.

Treatment Options

The treatment of a meniscal injury can be conservative or surgical, and the choice depends on various factors, including the type, size, and location of the injury, the patient’s age, activity level, and symptoms.

Conservative Treatment

Indicated for minor injuries, stable degenerative lesions, or for patients with contraindications to surgery.

• Rest, Ice, Compression, Elevation (RICE): Initial measures to reduce pain and swelling.
• Non-Steroidal Anti-Inflammatory Drugs (NSAIDs): To control pain and inflammation.
• Physiotherapy: A targeted exercise program to strengthen the thigh muscles (quadriceps and hamstrings), improve knee stability, and regain range of motion. Manual therapy can help reduce pain and improve mobility.

Surgical Treatment

When conservative treatment is not sufficient or the injury is of a type that requires intervention, surgery is performed. Most meniscal surgeries are performed arthroscopically, a minimally invasive technique involving small incisions and the use of a camera and thin instruments.

The main surgical procedures are:

• Partial Meniscectomy: This is the most common procedure. It involves removing only the damaged portion of the meniscus, trying to preserve as much healthy tissue as possible. The goal is to eliminate the fragment causing pain or locking, while maintaining the residual function of the meniscus.
• Meniscal Repair (Suture): This procedure involves suturing the meniscal tear. It is preferable to meniscectomy when possible, as it preserves the entire meniscal structure, reducing the risk of future osteoarthritis. It is primarily indicated for stable longitudinal tears in the vascularized zone (red zone) of the meniscus, especially in young and active patients. Healing requires longer times and a more protected rehabilitation protocol.
• Meniscal Transplant: A rarer procedure, considered for young patients who have undergone total meniscectomy and develop pain and signs of early osteoarthritis. It involves implanting a donor meniscus.

The decision on the type of intervention is made by the orthopedic surgeon based on a complete evaluation of the case. Regardless of the chosen procedure, post-operative rehabilitation is a determining factor for long-term success.

Post-Surgical Rehabilitation: General Principles

Rehabilitation after meniscus surgery is a critical and personalized process, essential for restoring full knee function and preventing complications. The primary goal is to guide the patient through a gradual and safe recovery, maximizing the results of the surgical intervention.

Rehabilitation Goals

The general goals of rehabilitation include:

• Pain and swelling control: Manage post-operative inflammation.
• Range of Motion (ROM) recovery: Restore full knee flexion and extension.
• Muscle strengthening: Regain strength in the thigh muscles (quadriceps, hamstrings) and hip and trunk stabilizing muscles.
• Improvement of proprioception and balance: Restore the knee’s ability to perceive its position in space and react to stimuli.
• Normalization of gait: Allow the patient to walk without limping.
• Return to daily, work, and sports activities: Gradual resumption of normal activities, with particular attention to preventing new injuries.

Personalization and Progression

Each rehabilitation program must be personalized based on:

• Type of intervention: Partial meniscectomy or meniscal suture have significantly different protocols.
• Individual patient conditions: Age, pre-operative activity level, presence of other pathologies.
• Response to rehabilitation: The program must be adapted based on the patient’s progress and reactions.

Progression is always gradual, from low-impact and controlled-load exercises to more complex and high-impact exercises. Adherence to the timelines and instructions of the doctor or physical therapist is fundamental to avoid compromising healing or causing a re-injury.

Phases of Rehabilitation after Partial Meniscectomy

Rehabilitation after a partial meniscectomy is generally faster than after a meniscal suture, as a long protection phase for the repair is not necessary.

Phase 1: Immediate Post-operative (Weeks 0-2)

• Goals: Reduce pain and swelling, regain full ROM (extension and flexion), activate thigh muscles.
• Management: Ice, elevation, compression. Full weight-bearing with crutches if necessary, but often tolerated without.
• Exercises:

• Passive and active assisted mobilization: Heel slides, passive knee extension (by placing a rolled towel under the ankle to facilitate full extension).

• Isometric contractions: Quadriceps contractions (quad sets) and hamstring contractions to maintain muscle tone without joint movement.

• Straight Leg Raise (SLR): In different directions (flexion, abduction) to strengthen hip and quadriceps muscles.

• Ankle exercises: Circumductions, flexion-extensions to maintain circulation and prevent stiffness.

• Patellar mobilization: Gentle mobilization of the patella in all directions to prevent adhesions.

Phase 2: Initial Functional Recovery (Weeks 2-6)

• Goals: Normalize gait, improve muscle strength and endurance, begin proprioceptive work.
• Exercises:

• Stationary bike: With light resistance, to improve ROM and cardiovascular and muscular endurance.

• Swimming: If the wounds are completely closed, swimming (freestyle, backstroke) can be an excellent low-impact exercise.

• Mini-squats: With support against a wall or on a chair, to begin strengthening the quadriceps and glutes.

• Controlled lunges: With a small range of motion.

• Resistance band exercises: For strengthening quadriceps, hamstrings, and hip muscles.

• Proprioceptive boards: Beginning single-leg balance on stable and then unstable surfaces.

• Step-ups and step-downs: On low steps.

Phase 3: Return to Activities (Weeks 6-12+)

• Goals: Maximize strength, power, endurance, agility; prepare for return to sports activities.
• Exercises:

• Light plyometrics: Jumping in place, forward and backward jumps, lateral jumps (if the knee allows).

• Linear running: Initially light, then progressively more intense.

• Changes of direction: Agility drills, slalom, figure eights.

• Sport-specific exercises: Simulations of movements required by the practiced sport.

• Advanced strengthening: Full squats, lunges with weights, leg press, leg extensions, and leg curls with progressive loads.

Return to sport is allowed only after passing specific functional tests and with the consent of the doctor or physical therapist.

Phases of Rehabilitation after Meniscal Suture

Rehabilitation after a meniscal suture is significantly longer and more cautious, given the need to protect the repair to allow tissue healing.

Phase 1: Protection and Healing (Weeks 0-6)

• Goals: Protect the suture, reduce pain and swelling, maintain limited passive ROM, activate muscles without stressing the repair.
• Management:

• Brace: An articulated brace is often prescribed to limit ROM (e.g., 0-90° flexion) and protect the knee.

• Weight-bearing: Weight-bearing on the knee is often limited or non-existent for the first 4-6 weeks, with the use of crutches. The doctor will establish the precise indications.

• Ice and elevation: Fundamental for inflammation control.
• Exercises:

• Isometric contractions: Quadriceps and hamstrings, without movement.

• Controlled passive mobilization: Often with the aid of a continuous passive motion (CPM) machine or with the assistance of the physical therapist, respecting the imposed ROM limits.

• Straight Leg Raise (SLR): Without weight-bearing on the knee.

• Ankle exercises: To maintain circulation and mobility.

• Patellar mobilization: Gentle.

Phase 2: Intermediate Functional Recovery (Weeks 6-12)

• Goals: Gradually increase ROM, begin progressive weight-bearing, improve muscle strength.
• Management: Weight-bearing is gradually increased, often eliminating crutches. The brace may be removed or kept for specific activities.
• Exercises:

• Stationary bike: With very light resistance, gradually increasing ROM.

• Partial mini-squats: With a limited range of motion, without exceeding the maximum allowed flexion.

• Resistance band exercises: For muscle strengthening, with care not to stress the repair.

• Proprioceptive boards: With caution, starting with single-leg balance on stable surfaces.

• Step-ups and step-downs: On low steps.

• Swimming: If allowed and wounds are healed.

Phase 3: Advancement and Return to Activities (Months 3-6+)

• Goals: Maximize strength, power, endurance, agility; prepare for return to sports activities.
• Exercises:

• Full squats and lunges: Progressively increasing the load.

• Step-ups and step-downs on higher steps.

• Light plyometric exercises: Jumping in place, with very cautious progression.

• Running: Generally not before 4-5 months, starting with light running on soft surfaces.

• Changes of direction: Gradually introduced.

• Sport-specific exercises: Only after achieving adequate strength and stability.

Return to sport after a meniscal suture is a long process and requires a lot of patience. It is often not allowed before 4-6 months, and for high-impact sports, 9-12 months or more may be necessary. The final decision rests with the doctor or physical therapist, based on functional tests and complete healing of the repair.

Specific Exercises (Examples)

Exercises are the core of rehabilitation. Here are some examples, always to be performed under the guidance of your physical therapist.

Mobility Exercises

• Heel Slides: Lying on your back, slide your heel towards your buttocks by flexing your knee, keeping your foot in contact with the bed/floor. Return slowly.
• Passive/active knee extension: Lying down, place a rolled towel under the ankle of the operated knee to facilitate full extension. Hold for a few minutes. Alternatively, sitting with legs extended, contract the quadriceps to fully extend the knee.
• Patellar mobilization: Sitting or lying down, relax the quadriceps and gently move the patella with your fingers in all directions (up, down, right, left).

Strength Exercises

• Isometric quadriceps contractions (Quad Sets): Lying on your back with your leg extended, push your knee down against the bed/floor, contracting your thigh muscle. Hold for 5-10 seconds.
• Straight Leg Raise (SLR): Lying on your back, contract your quadriceps to keep your knee straight, then slowly lift your leg about 30 cm. Hold and lower slowly.
• Mini-squats: Standing, with hands resting on a wall or chair for balance, slightly bend your knees as if to sit down, keeping your back straight. Do not go too low in the early stages.
• Lunges: Standing, step forward with one leg and bend both knees until they form a 90-degree angle. Keep your torso upright.
• Knee Extensions (Leg Extensions): Using a specific machine or a resistance band. To be performed with caution, especially after meniscal suture, avoiding high loads and full ROM in the initial phases.
• Knee Flexions (Hamstring Curls): Using a specific machine or a resistance band. Lying prone or standing, flex the knee bringing the heel towards the buttocks.
• Calf Raises: Standing, rise onto the balls of your feet.

Proprioception and Balance Exercises

• Single-leg balance: Standing on one leg, maintain balance for 30-60 seconds. Start with eyes open, then closed.
• Proprioceptive board/Bosu ball: Standing on the board, try to maintain balance. Progressively, perform small movements or ball throws.
• Balance on unstable surfaces: Walk on pillows or thick mats to challenge balance.

Functional/Sport-Specific Exercises

• Backward walking: Improves hamstring strength and proprioception.
• Light running: Initially on a treadmill or soft surface, with gradual progression of speed and distance.
• Jumps: Jumping in place, forward, lateral, with feet together or alternating.
• Changes of direction: Perform slalom, figure eights, quick cuts to simulate sports movements.

The progression of exercises must always be guided by your physical therapist, who will assess the knee’s tolerance and adapt the program.

Recovery Times and Return to Sport

Recovery times are variable and depend on numerous factors, including the type of intervention, the patient’s age, pre-operative activity level, the presence of other injuries, and adherence to the rehabilitation program. The following timelines are indicative.

After Partial Meniscectomy

• Light daily activities (walking, driving): Generally 2-4 weeks.
• Light sports (swimming, cycling): 4-8 weeks.
• High-impact sports (running, soccer, skiing): 8-12 weeks, but can vary.

Return to sport is often faster, but it is crucial that the knee has regained full strength, stability, and proprioception to reduce the risk of new injuries or developing early osteoarthritis.

After Meniscal Suture

• Daily activities with limited weight-bearing and brace: 6-12 weeks.
• Daily activities without significant restrictions: 3-4 months.
• Light sports (swimming, cycling): 4-6 months.
• High-impact sports: 6-9 months, in some cases up to 12 months.

The healing of a meniscal suture takes time for the tissue to reunite and strengthen. Rushing the return to activities can compromise the repair and lead to surgical failure. Patience and discipline are crucial.

In both cases, the return to sport must be gradual and progressive, with a specific training program for the practiced sport. The doctor or physical therapist will evaluate recovery through functional and clinical tests before giving the final clearance.

Potential Complications and What to Expect

Although meniscal surgeries are generally safe and effective, it is important to be aware of potential complications and what to expect during the recovery process.

General Post-operative Complications

• Infection: Low risk, but possible.
• Deep vein thrombosis (DVT): Blood clots in deep veins, prevented with early mobilization and sometimes medication.
• Reaction to anesthesia.

Specific Knee Complications

• Persistent pain: Despite the surgery, some patients may continue to experience pain, sometimes due to pre-existing cartilage damage or damage unrelated to the meniscus.
• Swelling: A certain degree of swelling is normal after surgery, but excessive or persistent swelling may indicate inflammation or effusion.
• Joint stiffness (Arthrofibrosis): The formation of excessive scar tissue can limit the knee’s ROM. Early mobilization and physiotherapy are fundamental to prevent it.
• Re-injury: It is possible to suffer a new injury to the operated meniscus or the other meniscus, especially if the return to activities is too early or without adequate strengthening.
• Early osteoarthritis: After a partial meniscectomy, the removal of part of the meniscus can alter the load distribution on the joint, increasing the risk of developing osteoarthritis in the long term. This risk is one of the reasons why meniscal repair is preferable when possible.
• Meniscal suture failure: Despite the repair, in some cases the suture may not heal correctly, requiring further intervention.

It is normal to experience pain and discomfort during the early phases of rehabilitation, but the pain should progressively decrease. Any acute pain, sudden swelling, fever, or signs of infection must be immediately reported to the doctor or physical therapist.

Prevention of New Injuries

Prevention is a crucial aspect for maintaining knee health and reducing the risk of new meniscal injuries, both for those who have undergone surgery and for those who have not.

• Adequate warm-up: Before any physical activity, dedicate 5-10 minutes to a dynamic warm-up (light jogging, dynamic stretching) to prepare muscles and joints.
• Balanced muscle strengthening: Maintain good strength and balance between the thigh muscles (quadriceps, hamstrings), calf muscles, and hip and trunk stabilizing muscles (core). Muscle weakness or imbalance can increase stress on the knee.
• Proprioceptive training: Balance and coordination exercises improve the knee’s ability to react quickly to changes in position, reducing the risk of sudden twists.
• Correct technique in sport: Learn and apply the correct techniques for specific movements in the practiced sport, particularly for landings, changes of direction, and twists.
• Appropriate footwear: Use sports footwear that offers good support and cushioning, suitable for the type of activity and terrain.
• Listen to your body: Do not ignore pain. If you feel discomfort or pain in your knee, it is advisable to reduce the intensity or stop the activity and consult a professional.
• Maintain a healthy weight: Excess weight increases the load on the knee joints, accelerating meniscal and cartilage wear.
• Gradual training progression: Increase the intensity, duration, or frequency of training gradually to allow the body to adapt.

Adopting these preventive measures can significantly contribute to protecting the menisci and maintaining a healthy and functional knee over time.

Role of the physical therapist

The physical therapist is a key figure in the rehabilitation pathway after meniscus surgery. Their expertise is fundamental for guiding the patient through every phase of recovery, ensuring safe and effective progression.

The main responsibilities of the physical therapist include:

• Initial assessment: Perform a thorough assessment of the knee, ROM, muscle strength, stability, and overall patient function, taking into account the type of intervention and the surgeon’s indications.
• Creation of a personalized treatment plan: Develop a tailored rehabilitation program that takes into account the patient’s individual needs, recovery goals, and healing timelines.
• Guidance and supervision of exercises: Teach the patient how to correctly perform exercises, ensuring appropriate technique to maximize benefits and prevent injuries. Monitor progress and adapt the program accordingly.
• Manual therapy techniques: Use techniques such as joint mobilization, soft tissue massage, and stretching to reduce pain, improve ROM, and release muscle tension.
• Pain and swelling management: Apply physical modalities (ice, ultrasound, electrotherapy) and provide advice for home management of pain and swelling.
• Patient education: Provide clear information about the injury, surgery, healing process, and realistic expectations. Teach self-management and prevention strategies.
• Progress monitoring: Regularly assess patient progress, identify any obstacles, and make adjustments to the treatment plan to ensure optimal recovery.
• Preparation for return to activities: Guide the patient through functional and sport-specific exercises, preparing the knee for the demands of daily, work, or sports activities.

Close collaboration between the patient, surgeon, and doctor or physical therapist is essential for a successful rehabilitation outcome.

Frequently Asked Questions (FAQ)

Conclusion

Rehabilitation after meniscus surgery is a complex but fundamental journey for restoring full knee function. Whether it’s a partial meniscectomy or a meniscal suture, understanding the rehabilitation phases, diligent exercise execution, and adherence to timelines are key elements for a positive outcome. Patience, consistency, and close collaboration with your doctor or physical therapist are the pillars upon which to build a solid and lasting recovery, allowing you to return to desired activities with safety and confidence.

Frequently Asked Questions

How long does it take to fully recover after meniscus surgery?

Recovery times vary significantly depending on the type of surgery performed, whether it’s a partial meniscectomy or a meniscal suture. A partial meniscectomy typically allows for a quicker return to daily activities, often within 6-12 weeks, while a meniscal suture requires a longer protection phase, potentially extending recovery to 3-6 months or more for full return to demanding activities.

Can I walk immediately after surgery?

Weight-bearing protocols post-surgery are highly individualized and depend on the specific surgical procedure and the surgeon’s recommendations. Following a partial meniscectomy, early weight-bearing is often encouraged, whereas a meniscal suture typically requires a period of protected weight-bearing, often with crutches, to allow for proper healing.

Is it normal to feel pain during rehabilitation?

Experiencing some mild discomfort or soreness during rehabilitation exercises can be a normal part of the recovery process as tissues heal and strength improves. However, sharp, persistent, or increasing pain should be reported to the physical therapist or medical team, as it may indicate an issue requiring assessment.

When can I return to sports?

The timeline for returning to sports is highly variable and depends on the type of meniscal surgery, the individual’s progress in rehabilitation, and the specific demands of their sport. A gradual, criteria-based progression guided by a physical therapist is essential to ensure adequate strength, stability, and functional readiness before resuming athletic activities.

Sources and Scientific References

1. Kotsis S, et al. Current Concepts in Meniscus Repair Rehabilitation: A Systematic Review. Sports Med Arthrosc Rev. 2022;30(3):149-
2. DOI: 10.1097/JSA.0000000000000367
3. Li Y, et al. Early versus delayed weight-bearing after meniscal repair: a systematic review and meta-analysis. Knee Surg Sports Traumatol Arthrosc. 202

Sources and Scientific References

1. Kim JS et al. (2023). Rehabilitation after Repair of Medial Meniscus Posterior Root Tears: A Systematic Review of the Literature. Clin Orthop Surg. 15:740-751. DOI | PubMed
2. Pujol N et al. (2025). The formal EU-US Meniscus Rehabilitation 2024 Consensus: An ESSKA-AOSSM-AASPT initiative. Part I-Rehabilitation management after meniscus surgery (meniscectomy, repair and reconstruction). Knee Surg Sports Traumatol Arthrosc. 33:3002-3013. DOI | PubMed
3. Chirichella PS et al. (2019). Treatment of Knee Meniscus Pathology: Rehabilitation, Surgery, and Orthobiologics. PM R. 11:292-308. DOI | PubMed
4. O’Donnell K et al. (2017). Rehabilitation Protocols After Isolated Meniscal Repair: A Systematic Review. Am J Sports Med. 45:1687-1697. DOI | PubMed
5. McLaughlin J et al. (1994). Rehabilitation after meniscus repair. Orthopedics. 17:463-71. DOI | PubMed