Best ACL Repair Surgery in Lucknow by Expert Arthroscopic Surgeon

A torn ACL can make everyday movements like walking, running, or climbing stairs painful and unstable, limiting your ability to stay active. ACL repair surgery offers a modern, effective solution to restore knee stability and function, using advanced techniques to minimize recovery time. Dr. Saurabh Jain, a leading arthroscopic and sports injury surgeon, provides personalized care to help patients regain mobility and confidence. Whether you’re an athlete, student, or office worker, this procedure can help you return to your routine quickly and safely.

What Is ACL Repair Surgery?

The anterior cruciate ligament (ACL) is a vital knee structure that stabilizes the joint during twisting or pivoting motions. When torn, it causes instability, swelling, and reduced mobility. ACL repair surgery encompasses two main approaches: primary ACL repair procedure, which stitches the torn ligament back together (suitable for specific tear types), and ACL ligament reconstruction, which replaces the ligament with a graft. Both are often performed using arthroscopic ACL repair surgery, a minimally invasive method involving small incisions and a camera-guided technique.
Arthroscopic surgery, also known as knee ligament keyhole treatment, reduces tissue damage, scarring, and recovery time compared to open surgery. The procedure takes 1-2 hours under anesthesia, with most patients discharged the same day. It’s ideal for active individuals or those with complete tears, preventing long-term issues like arthritis. The ACL ligament fixing surgery approach ensures precision, restoring the knee’s natural function.

Causes and Symptoms of ACL Injuries

ACL injuries often result from high-impact activities or sudden movements that stress the knee. Common causes include sports like soccer or basketball, where rapid pivots or jumps occur. Direct trauma, such as falls or collisions, can also tear the ligament. Non-contact injuries, accounting for about 70% of cases, happen during awkward landings or direction changes. Women face a 2-8 times higher risk due to anatomical and hormonal factors.
Symptoms appear immediately or within hours. A “pop” sound is common, followed by rapid swelling from joint bleeding. Pain is severe, and the knee may feel unstable, buckling during weight-bearing. Limited range of motion and difficulty walking are also typical. Untreated tears can lead to chronic instability, increasing risks of cartilage damage or early osteoarthritis.

Common Causes

• Sports Injuries: Sudden stops or pivots during high-impact activities.
• Trauma: Direct blows from falls or accidents.
• Repetitive Stress: Overuse from repeated knee-straining movements.

Recognizing Symptoms

• Immediate Signs: Popping sound, intense pain, and swelling.
• Instability: Knee giving way during movement.
• Mobility Issues: Reduced range of motion and walking difficulty.

Early recognition ensures timely intervention, improving outcomes.

Diagnosis of ACL Tears

Diagnosing an ACL tear involves clinical evaluation and imaging to confirm the injury’s extent. The process starts with a detailed history, discussing the injury’s mechanism—such as a sudden twist or fall. Physical exams, like the Lachman test or pivot shift test, assess knee stability by measuring tibial movement relative to the femur. These tests are highly accurate when performed by skilled professionals. Swelling may obscure initial findings, so follow-up exams are sometimes necessary. Accurate diagnosis distinguishes ACL tears from meniscus tears or sprains, ensuring the correct treatment plan.

Physical Examination

The exam focuses on stability and function. The Lachman test checks anterior tibial translation, while the pivot shift test simulates instability. Palpation identifies tenderness, and range of motion tests reveal limitations. These non-invasive methods provide immediate insights.

Imaging Tests

X-rays rule out fractures, while MRI is the gold standard for visualizing the ACL, showing tears with 95% accuracy. Ultrasound may assess dynamic stability, and CT scans are used for bony injuries. These imaging tools help guide whether knee stability repair surgery or non-surgical treatment is needed.

Treatment Options for ACL Injuries

Treatment for ACL injuries varies based on tear severity, patient age, and activity level. Non-surgical options are suitable for partial tears or less active individuals, while surgery is recommended for complete tears in active patients. The primary goal is to restore knee stability, prevent further damage, and maintain long-term joint health.

Non-Surgical Treatments

Non-surgical approaches focus on rehabilitation to strengthen surrounding muscles and improve stability. Physical therapy targets the quadriceps, hamstrings, and calves to compensate for the torn ligament. Bracing supports the knee during activities, and the RICE protocol (rest, ice, compression, elevation) manages swelling. This approach is effective for 50–60% of partial tear cases, with costs ranging from ₹5,000–₹20,000.

Surgical Treatments

For complete tears or active patients, ACL repair surgery is the ideal choice. In select cases, primary ACL repair stitches the ligament near its bone attachment, while most patients require ACL ligament reconstruction using an autograft or allograft. Performed via endoscopic ACL repair surgery, the procedure also addresses associated injuries like meniscus tears. The cost typically ranges from ₹1,50,000–₹3,00,000.

The ACL Repair Surgery Procedure

The procedure begins with pre-operative preparation, including blood tests, imaging, and physical therapy to strengthen the knee. Anesthesia (general or spinal) is administered for comfort. During surgery, small incisions allow the arthroscope and instruments to access the joint. For reconstruction, the torn ACL is removed, and bone tunnels are drilled to place the graft, secured with screws or buttons. In primary repair, the ligament is sutured back together. The minimally invasive ACL restoration approach minimizes trauma, with patients often discharged the same day. Post-operative care includes pain management, bracing, and early mobilization to prevent stiffness. Follow-ups monitor healing and guide rehabilitation.

Pre-Operative Preparation

Preparation includes pre-operative therapy to enhance muscle strength, smoking cessation, and nutrition optimization. Anesthesia options and a review of medical history are conducted to minimize surgical risks.

The Surgery Step by Step

• Anesthesia: General or spinal for patient comfort.
• Arthroscopy: Small incisions for camera and instruments.
• Repair/Reconstruction: Ligament sutured or graft inserted through tunnels.
• Fixation: Graft secured, and stability tested.
• Closure: Incisions sutured, knee bandaged.

This knee ligament keyhole treatment ensures precision with minimal tissue disruption.

Post-Operative Care

Immediate post-operative care involves applying ice and elevating the knee to reduce swelling, using crutches and a knee brace for 1–2 weeks, and maintaining proper wound care to prevent infection. Early physical therapy begins to restore range of motion, preparing the patient for structured rehabilitation.

Benefits of ACL Repair Surgery

ACL repair surgery offers significant advantages. The minimally invasive ACL surgery approach reduces pain, scarring, and infection risk, with patients walking with crutches within days. Recovery is faster than open surgery, with light activities resuming in 4-6 weeks and full activities in 6-12 months. Success rates of 85-95% ensure lasting stability, preventing arthritis.
The ACL tear correction surgery allows customization with graft choices or primary repair, optimizing outcomes for athletes or workers. Patients benefit from long-term joint health, enabling active lifestyles without chronic instability.

Recovery and Rehabilitation After Surgery

Recovery is phased, starting with swelling reduction and pain control. Crutches are used for 1–2 weeks with gradual weight-bearing. Physical therapy begins early, focusing on range of motion, followed by strength and balance exercises. Full recovery typically takes 6–12 months, with most patients returning to sports around 9 months. Rehabilitation includes quadriceps strengthening, balance training, and agility drills. Consistency is crucial to protect the repair and restore optimal function.

Immediate Post-Surgery Phase

The first 1–2 weeks focus on rest, ice, and elevation. Crutches and bracing protect the knee, while ankle pumps prevent blood clots. Pain is managed, and proper wound care minimizes the risk of infection.

Physical Therapy and Rehab

Therapy starts with passive motion exercises, progressing to strength training for quadriceps and hamstrings. Balance tools enhance proprioception, and later phases include running and agility drills. Sport-specific training ensures athletes are prepared for a safe return to activity.

Timeline for Return to Activities

• 1-2 Weeks: Walking with crutches, reduced swelling.
• 4-6 Weeks: Light activities, improved range of motion.
• 3-6 Months: Non-contact activities, strength gains.
• 9-12 Months: Full return to high-impact activities.

This timeline ensures safe progression.

Risks and Complications

Risks include infection (1–2%), graft failure (5–10%), and blood clots (rare). Stiffness or persistent pain may occur if rehabilitation is neglected. Nerve damage or anesthesia reactions are uncommon. Choosing an experienced surgeon and adhering to post-operative protocols helps minimize these risks.

ACL repair surgery restores knee stability and function, offering a reliable solution for athletes, students, or workers with ACL injuries. Minimally invasive ACL surgery ensures faster recovery and lasting results. In Lucknow, expert care by Dr. Saurabh Jain provides optimal outcomes, allowing patients to confidently return to daily activities.