Can a torn ligament heal without surgery?

Minor partial ligament tears — particularly MCL (medial collateral ligament) injuries — can often heal with conservative treatment including physiotherapy, bracing, and rest. Complete tears of the ACL and PCL typically do not heal adequately on their own, and surgical reconstruction is usually recommended for active patients who want to return to sports or physical activities.

How long does ligament surgery take?

ACL and PCL reconstruction typically takes 1 to 1.5 hours under spinal or general anaesthesia. Most patients are discharged on the same day or the following day after arthroscopic ligament surgery.

How long is recovery after ACL ligament surgery?

ACL reconstruction recovery typically takes 6 to 9 months before return to competitive sport. Walking without crutches is usually achieved by 2 to 4 weeks. Return to light jogging by 3 to 4 months. Return to sport-specific training by 6 months with medical clearance.

What is the best ligament surgery in Jaipur?

Arthroscopic ligament surgery — particularly ACL reconstruction using hamstring or patellar tendon graft — is the gold standard approach for most ligament injuries. Dr. Harish Talreja performs arthroscopic ligament surgery at Manipal Hospital Jaipur using internationally accepted graft selection and fixation techniques.

Is ligament surgery done using arthroscopy?

Yes. Most ligament surgeries — including ACL reconstruction, PCL reconstruction, and shoulder labral repair — are performed arthroscopically through small keyhole incisions. Arthroscopic surgery results in less tissue damage, less post-operative pain, faster recovery, and smaller scars compared to open surgery.

Ligament Surgery in Jaipur — ACL PCL MCL Reconstruction | Dr. Harish Talreja

Q: What is ligament surgery?

Ligament surgery refers to surgical procedures that repair or reconstruct torn or damaged ligaments — the tough fibrous bands that connect bones and stabilise joints. The most common ligament surgery is ACL (anterior cruciate ligament) reconstruction of the knee, typically performed arthroscopically using a graft tendon to replace the torn ligament.

Ligament Surgery in Jaipur

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Arthroscopic · Keyhole · Sports Injury · Jaipur

Ligament Surgery in Jaipur

Ligament injuries — whether from sports, accidents or everyday activity — can leave joints unstable, painful, and unable to bear normal loads. When a ligament tears completely, surgical reconstruction is often the most reliable path to restoring full joint stability and returning to an active life.

Dr. Harish Talreja is an experienced orthopaedic specialist in Jaipur performing arthroscopic ligament surgery for the knee, shoulder and ankle at Manipal Hospital Jaipur. With over 5,000 arthroscopic procedures performed, he uses minimally invasive keyhole techniques and internationally accepted graft selection protocols to deliver reliable, long-lasting ligament reconstruction results.

5,000+Arthroscopic Procedures

15+Years Experience

KeyholeMinimally Invasive

6 MthsReturn to Sport

Book Appointment Call Now

Arthroscopic ligament surgery — keyhole ACL reconstruction technique illustration

Understanding the Procedure

What is Ligament Surgery?

Ligaments are tough, fibrous bands of connective tissue that connect bones to each other across a joint — providing stability, controlling movement, and preventing excessive joint displacement. When a ligament is completely torn, it typically cannot repair itself adequately, particularly in the knee and shoulder.

Ligament surgery involves either repairing (reattaching a partially torn ligament) or reconstructing (replacing a completely torn ligament with a graft tendon) the damaged structure. Most ligament surgery is performed arthroscopically — through small keyhole incisions — using a camera and precision instruments.

The reconstructed ligament graft gradually integrates with the surrounding bone through a biological process called ligamentisation — progressively gaining strength over 6 to 12 months as the graft matures into functioning ligament tissue.

Why Arthroscopic Ligament Surgery?

All ligament surgeries at Manipal Hospital Jaipur are performed arthroscopically — through 2 to 3 small portals — avoiding the large incisions of traditional open surgery.

Smaller Incisions

2–3 mm portals instead of large open cuts

Less Blood Loss

Minimal tissue disruption and bleeding

Faster Recovery

Day surgery — home same day or Day 1

Less Post-Op Pain

Significantly more comfortable early recovery

Smaller Scars

Cosmetically superior to open surgery

Joint Inspection

Simultaneous assessment of meniscus, cartilage

The Four Knee Ligaments

Knee Ligament Injuries — Dr. Talreja Treats Them All

The knee is stabilised by four primary ligaments. Each has a distinct role — and a distinct injury pattern. Click on any ligament below to learn more about its specific injury and treatment.

The Four Knee Ligaments

ACL

Anterior Cruciate Ligament

Controls forward movement and rotation of the tibia. The most commonly injured knee ligament — typically from pivoting, landing, or sudden direction change. Complete ACL tears almost always require reconstruction for active patients.

ACL Reconstruction → ACL Tear →

PCL

Posterior Cruciate Ligament

Controls backward movement of the tibia. Typically injured in dashboard-type injuries or direct blow to the front of the bent knee. PCL reconstruction is required for high-grade instability affecting daily activities.

PCL Reconstruction →

MCL

Medial Collateral Ligament

Stabilises the inner (medial) side of the knee against valgus stress. Most MCL injuries heal with conservative treatment. Grade 3 complete tears or combined injuries with the ACL may require surgical repair.

MCL/LCL Injury →

LCL

Lateral Collateral Ligament

Stabilises the outer (lateral) side of the knee against varus stress. LCL injuries are less common than MCL but often associated with posterolateral corner injuries that require surgical reconstruction.

LCL Tear Treatment →

Knee ligament anatomy showing ACL PCL MCL and LCL positions for ligament surgery Jaipur

Also Treating:

Beyond the four knee ligaments, Dr. Talreja performs ligament and soft tissue surgery for:

Rotator cuff repair (shoulder)
Shoulder instability / labral repair
Ankle ligament reconstruction
Patellar tendon repair
Multi-ligament knee injury

Procedures Offered

Ligament Surgery Procedures in Jaipur

Dr. Talreja performs the full range of ligament reconstruction and repair procedures using arthroscopic techniques at Manipal Hospital Jaipur. Select any procedure below to learn more.

ACL Reconstruction

Most Common Knee Ligament Surgery

Arthroscopic Day Surgery

ACL (Anterior Cruciate Ligament) reconstruction replaces the torn ACL with a graft tendon — most commonly hamstring or patellar tendon — to restore knee stability and enable return to sports.

Arthroscopic — keyhole, minimal scarring
Hamstring or BPTB graft options
Return to sport: 6–9 months
Day surgery or 1-night stay

ACL Reconstruction →

ACL Tear Treatment

Diagnosis · Grading · Management

Grade 1–3 Tears MRI Assessment

Complete guide to ACL tear diagnosis, grading, and the decision between conservative management and surgical reconstruction — based on patient age, activity level and degree of instability.

Grade 1 and 2 — physiotherapy first
Grade 3 — surgery for active patients
MRI essential for grading
Lachman test and pivot shift examination

ACL Tear Guide →

PCL Reconstruction

Posterior Cruciate Ligament Repair

Arthroscopic Grade 3 Instability

PCL reconstruction is recommended for high-grade PCL tears that cause significant posterior instability — typically from dashboard injuries. Performed arthroscopically using a graft to restore the knee's posterior restraint.

Arthroscopic or mini-open reconstruction
Often combined with other ligament repairs
Return to activity: 6–12 months
Grade 1–2 often managed conservatively

PCL Reconstruction →

MCL & LCL Injuries

Medial & Lateral Collateral Ligament

Grade 1–3 Repair or Reconstruction

MCL injuries usually heal with conservative treatment. LCL and posterolateral corner injuries — which are less common but more complex — often require surgical repair or reconstruction to restore lateral knee stability.

Grade 3 MCL — repair if combined injury
LCL repair or reconstruction
Posterolateral corner reconstruction
Multi-ligament knee injury management

MCL / LCL Treatment →

Rotator Cuff & Shoulder Repair

Shoulder Ligament & Tendon Surgery

Arthroscopic Shoulder Instability

Shoulder ligament and soft tissue surgery includes rotator cuff repair, labral repair for shoulder instability (Bankart), SLAP tear repair and shoulder reconstruction for recurrent dislocation.

Rotator cuff tear repair — arthroscopic
Bankart repair for recurrent dislocation
SLAP tear (superior labrum) repair
AC joint stabilisation

Shoulder Arthroscopy →

Multi-Ligament & Complex Injuries

Combined Ligament Reconstruction

Combined Injury High Complexity

Multi-ligament knee injuries — involving two or more ligaments — are complex injuries requiring careful staged planning. They most commonly result from high-energy trauma or knee dislocations and require combined surgical reconstruction.

Combined ACL + PCL reconstruction
ACL + posterolateral corner repair
Knee dislocation management
Staged surgery where appropriate

Sports Injuries →

Symptoms of ligament injury — knee instability pain swelling and giving way

Warning Signs

Symptoms of a Ligament Injury

Not all ligament injuries are the same. Symptoms depend on which ligament is injured and the grade (severity) of the tear. Any of the following symptoms after a knee or shoulder injury warrants prompt orthopaedic assessment and MRI.

A pop or snap at the time of injury

A sudden audible or felt "pop" in the knee at the time of pivoting, landing or twisting — a hallmark sign of ACL tear in particular.

Joint instability or giving way

A feeling that the joint is "loose", wobbly, or about to give way during normal walking, pivoting or stair descent — indicating significant ligament disruption.

Immediate and rapid swelling

Swelling within the first 2 hours of injury (haemarthrosis — blood in the joint) strongly suggests a significant ligament tear, meniscus injury or fracture.

Inability to bear weight immediately

Significant pain and inability to walk normally immediately after injury suggests a major ligament or structural injury requiring urgent assessment.

Loss of full movement

Difficulty fully straightening or bending the joint due to pain, swelling, or mechanical block from associated meniscus or cartilage injury.

Treatment Decision

Conservative Treatment vs Ligament Surgery

Not all ligament injuries require surgery. The decision depends on the ligament involved, the grade of the tear, the patient's age, activity level, and functional demands. Dr. Talreja assesses each case individually.

🩺 Conservative Treatment — When Appropriate

✓

Grade 1 and 2 partial ligament tears (MCL, LCL) that maintain joint stability

✓

Isolated PCL tears (Grade 1–2) in patients who do not play pivoting sports

✓

Elderly or low-demand patients who do not require full sporting activity

✓

Patients who refuse surgery and can modify their activities to avoid instability episodes

✓

Initial management of all ligament injuries: RICE — Rest, Ice, Compression, Elevation

🔬 Surgical Reconstruction — When Recommended

✓

Complete ACL tear (Grade 3) in any active patient wishing to return to pivoting sports

✓

PCL tear with significant posterior instability causing functional limitation

✓

Combined ligament injuries (e.g. ACL + MCL, ACL + meniscus)

✓

LCL or posterolateral corner injuries causing lateral instability

✓

Recurrent joint instability despite conservative rehabilitation and physiotherapy

Graft Selection

Ligament Graft Options for Reconstruction

The graft — the tendon used to replace the torn ligament — is a key decision in ligament reconstruction. Dr. Talreja selects the most appropriate graft based on the patient's age, sport, activity level and individual anatomy.

Hamstring Tendon Graft

The semitendinosus and gracilis tendons from the back of the thigh are harvested and doubled/quadrupled to create a strong, multi-strand graft. The most commonly used graft for ACL reconstruction in India.

✓ Less donor site pain · Cosmetically superior

✗ Slightly longer graft maturation

Bone-Patellar Tendon-Bone (BPTB)

The central third of the patellar tendon with bone blocks at each end is used. The bone-to-bone healing is faster and more secure — making this the traditional gold standard for high-level athletes requiring early return to sport.

✓ Rapid bone healing · High tensile strength

✗ Anterior knee pain risk · Larger incision

Allograft (Donor Tendon)

A tendon from a cadaveric donor — typically used for revision ACL surgery, multi-ligament reconstruction, or elderly patients where minimising donor site morbidity is a priority. No additional incision for graft harvest.

✓ No donor site morbidity · Multiple ligament options

✗ Slower incorporation · Cost considerations

Surgical Process

How Arthroscopic Ligament Surgery is Performed

Using ACL reconstruction as an example — the most common ligament surgery performed. The procedure takes 1 to 1.5 hours and is day surgery for most patients.

Pre-Operative Assessment

MRI to confirm diagnosis and grade. Clinical examination (Lachman, Pivot Shift). Pre-operative planning: graft type, associated injuries (meniscus, cartilage) to address simultaneously.

Graft Harvest

The selected graft tendon is harvested through a small incision and prepared to the appropriate size and length. Fixation hardware is chosen to match tunnel diameter.

Arthroscopic Reconstruction

Arthroscope inserted through 2–3 small portals. Joint is inspected. Bone tunnels drilled in femur and tibia at anatomic positions. Graft passed and fixed securely at both ends. Tension and isometry confirmed arthroscopically.

Recovery & Rehab

Portals closed with sutures. Cryotherapy and compression applied. Physiotherapy begins Day 1. Crutches for 2–4 weeks. Structured return-to-sport programme over 6 months.

Rehabilitation

ACL Reconstruction Recovery — Key Milestones

Recovery is a progressive, milestone-based process. Clearing each milestone before advancing to the next is essential for safe return to sport and prevention of re-injury.

Day 1

First Steps

Walking with crutches begins. Physiotherapy and exercises start. Ice and elevation to manage swelling.

Week 2

Wound Check

Sutures reviewed. Swelling reducing. Range of motion exercises progressing. Stationary cycling introduced.

Week 4–6

Walking Without Crutches

Most patients walk without crutches by 4 to 6 weeks. Strengthening exercises progressing. Swimming allowed.

Month 3–4

Light Jogging

Jogging on flat surfaces introduced. Quadriceps and hamstring strength building. Agility work begins late in this phase.

Month 5–6

Sport-Specific Training

Sport-specific drills and training resume. Pivoting, cutting, jumping progressively reintroduced under physiotherapist supervision.

Month 6–9

Return to Competition

Return to competitive sport with medical clearance after objective criteria — strength, hop tests, psychological readiness — are met.

Why Choose Dr. Harish Talreja

Best Ligament Surgery Specialist in Jaipur

Dr. Harish Talreja brings extensive arthroscopic expertise to every ligament surgery — using internationally accepted techniques, appropriate graft selection and a structured rehabilitation protocol that maximises safe return to sport and prevents re-injury.

00K+

Arthroscopic Procedures

15+

Years Orthopaedic Experience

6 Mths

Return to Sport Target

5,000+ arthroscopic knee and shoulder procedures performed
Full spectrum: ACL, PCL, MCL, LCL, rotator cuff, labral repair and multi-ligament reconstruction
Internationally trained in arthroscopic surgery — AIIMS Jodhpur, Medanta Gurgaon, Kasturba Manipal
Life member: ISKSAA (International Society for Knowledge for Surgeons on Arthroscopy and Arthroplasty)
Consultant at Manipal Hospital Jaipur — state-of-the-art arthroscopic equipment
Centre of Excellence Fellowship — Rajasthan Orthopaedic Surgeons Association (2018)
Structured 6–9 month return-to-sport rehabilitation protocol with dedicated physiotherapy team

Injured a Ligament? Don't Play Through It — Get It Right

Book a consultation with Dr. Harish Talreja for an accurate diagnosis, MRI assessment, and a personalised treatment plan — whether that's physiotherapy, surgery, or a combination of both.

Book Appointment +91-9461509324

Frequently Asked Questions

Ligament Surgery — Common Questions

Ligament surgery involves surgically repairing or reconstructing torn or damaged ligaments — the tough fibrous bands that connect bones and stabilise joints. The most common ligament surgery is ACL reconstruction, performed arthroscopically using a graft tendon to replace the torn ACL and restore knee stability. Most ligament surgeries are minimally invasive keyhole procedures at Manipal Hospital Jaipur.

Minor partial ligament tears — particularly Grade 1 and 2 MCL injuries — can often heal with conservative treatment including physiotherapy, bracing and rest. Complete ACL and PCL tears typically do not heal adequately on their own, and surgical reconstruction is recommended for active patients who want to return to sports or physically demanding activities. The decision depends on the ligament involved, tear grade, activity level and functional needs.

ACL and PCL reconstruction typically takes 1 to 1.5 hours under spinal or general anaesthesia. The time may be longer if additional procedures — such as meniscus repair, cartilage treatment, or multi-ligament reconstruction — are performed simultaneously. Most patients undergoing isolated arthroscopic ligament surgery are discharged on the same day or the following morning.

ACL reconstruction recovery follows a milestone-based programme: walking without crutches by 4 to 6 weeks, jogging by 3 to 4 months, sport-specific training by 5 to 6 months, and return to competitive sport with medical clearance at 6 to 9 months. Consistent physiotherapy adherence is the most important factor in safe, successful recovery and reducing the risk of re-injury.

Yes. Most ligament surgeries — including ACL reconstruction, PCL reconstruction, shoulder labral repair and rotator cuff repair — are performed arthroscopically through 2 to 3 small keyhole portals. This minimally invasive approach results in less tissue damage, less post-operative pain, faster recovery, shorter hospital stay and smaller scars compared to traditional open surgery.

There is no single "best" graft — the optimal choice depends on individual patient factors. Hamstring tendon graft (HT) is most commonly used in India — offering good strength with less donor site discomfort. Bone-patellar tendon-bone (BPTB) graft is traditionally preferred for elite athletes requiring early return to high-impact sport due to its bone-to-bone healing. Dr. Talreja discusses graft options in detail during consultation to determine the best choice for each patient's anatomy, sport and goals.

Yes — returning to sports is the primary goal of ACL reconstruction in active patients. Published studies show 80 to 90% of patients successfully return to their pre-injury sport level following well-performed ACL reconstruction and comprehensive rehabilitation. The key factors for successful return are: appropriate graft selection, technically correct surgery, consistent physiotherapy, and following the structured return-to-sport programme.

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