What is the difference between PCL and ACL reconstruction?

The PCL (posterior cruciate ligament) controls backward movement of the tibia, while the ACL controls forward and rotational movement. PCL tears are less common than ACL tears and are often caused by direct blows to the front of a bent knee (dashboard injuries), whereas ACL tears typically occur from pivoting or jumping. PCL reconstruction is technically more challenging than ACL reconstruction due to the proximity of neurovascular structures behind the knee. Many Grade 1–2 PCL tears can be managed conservatively, whereas most complete ACL tears in active patients require reconstruction.

How much does PCL reconstruction surgery cost in Jaipur?

PCL reconstruction surgery cost in Jaipur typically ranges from ₹90,000 to ₹2,20,000 depending on the graft type, technique (single or double bundle), hospital facility, and whether additional ligament injuries require simultaneous reconstruction. Multi-ligament reconstruction (PCL + ACL or PCL + PLC) is more expensive. An accurate personalised estimate is provided after consultation and MRI review.

Can a PCL tear heal without surgery?

Grade 1 and Grade 2 PCL tears can often heal with conservative treatment — physiotherapy, PCL bracing in extension, and protected weight bearing. Grade 3 complete PCL tears with significant posterior instability, or combined PCL injuries with ACL or posterolateral corner involvement, typically require surgical reconstruction. The decision depends on the grade of tear, degree of instability and patient activity level.

How long is recovery after PCL reconstruction?

PCL reconstruction has a longer recovery than ACL reconstruction. The PCL brace is worn for 4 to 6 weeks. Crutches are used for 6 to 8 weeks. Return to normal walking occurs at 2 to 3 months. Return to sport-specific training at 9 to 12 months. Competitive sport with medical clearance at 12 months. The longer timeline reflects the more complex surgical technique and the need for careful protection of the tibial tunnel fixation while healing.

What is the success rate of PCL reconstruction?

Published studies report 90 to 95% success in restoring knee stability after arthroscopic PCL reconstruction. Most patients return to their pre-injury activity level. Outcomes are best when surgery is performed by experienced arthroscopic surgeons using anatomic tunnel positioning and appropriate graft selection.

PCL Reconstruction Surgery in Jaipur — Posterior Cruciate Ligament | Dr. Harish Talreja

Q: What causes a PCL tear?

The most common causes of PCL tears are: direct blow to the front of a bent knee (dashboard injury in road traffic accidents), falling on a bent knee with foot in plantarflexion (tibial tubercle strikes the ground first), and hyperflexion of the knee. Contact sports injuries involving direct posterior force on the proximal tibia also cause PCL tears.

PCL Reconstruction Surgery in Jaipur

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Posterior Cruciate Ligament · Arthroscopic · Jaipur

PCL Reconstruction Surgery in Jaipur

The posterior cruciate ligament (PCL) is the strongest ligament in the knee — yet it is frequently torn in road traffic accidents, contact sports and high-impact falls. Unlike ACL tears, PCL injuries are often initially under-diagnosed, allowing progressive posterior instability to damage the knee joint over time.

Dr. Harish Talreja is an experienced orthopaedic specialist in Jaipur performing arthroscopic PCL reconstruction — using both single bundle and double bundle techniques — at Manipal Hospital Jaipur. Early accurate diagnosis and appropriate treatment decision (conservative vs surgical) is central to his approach.

5,000+Arthroscopic Procedures

90–95%Success Rate (Published)

9–12 MthsReturn to Sport

Single & DoubleBundle Techniques

Book Appointment Call Now

PCL anatomy — posterior cruciate ligament position in knee joint controlling posterior tibial stability

Understanding the PCL

What is the PCL and How is it Different from the ACL?

The posterior cruciate ligament (PCL) is the larger and stronger of the two cruciate ligaments in the knee. It runs from the posterior tibia (back of the shin bone) to the anterior medial femoral condyle (inner front of the thigh bone), crossing the ACL inside the knee.

The PCL's primary role is to prevent the tibia from moving backwards on the femur (posterior tibial translation), and to contribute to rotational and varus/valgus stability of the knee.

PCL tears are significantly less common than ACL tears, accounting for approximately 3–20% of all knee ligament injuries. They are most common in road traffic accidents (dashboard injury) and high-contact sports. Unlike ACL tears, many PCL injuries — particularly Grade 1 and 2 — can heal with conservative treatment, making accurate grading essential.

PCL vs ACL — Key Differences

Direction of Control

PCL: Prevents tibia going backwards. ACL: Prevents tibia going forwards and rotating

Common Cause

PCL: Dashboard impact, fall on bent knee. ACL: Pivoting, jumping, sudden direction change

Surgical Need

PCL Grade 1–2 often heals conservatively. ACL Grade 3 almost always needs reconstruction in active patients

Recovery Time

PCL: 9–12 months to sport. ACL: 6–9 months to sport. PCL reconstruction is technically more complex

How PCL Tears Happen

Causes of a PCL Tear

PCL tears have distinctly different mechanisms from ACL tears — most involve a direct posterior force on the proximal tibia while the knee is flexed. Understanding the mechanism helps Dr. Talreja identify associated injuries that commonly occur alongside PCL tears.

Dashboard Injury (Road Traffic Accident)

The most common cause — in a frontal road accident, the flexed knee strikes the dashboard, driving the tibia posteriorly and tearing the PCL. Often associated with other knee injuries in high-speed impacts.

Fall on a Bent Knee

Falling onto a bent knee with the foot in plantarflexion — the tibial tubercle strikes the ground first, transmitting a posterior force directly to the proximal tibia, tearing the PCL.

Hyperflexion

Extreme forced flexion of the knee — which can occur in falls, contact sports tackles, or martial arts — overstretches the PCL beyond its tensile limit.

Contact Sports Injury

A direct blow to the front of the bent knee — as in football, rugby or American football tackles — can tear the PCL if the posterior force is significant enough. Often associated with MCL or ACL injury.

Knee Dislocation

High-energy knee dislocations — from sports, road accidents or falls — can tear multiple ligaments simultaneously including the PCL, ACL, and posterolateral corner structures. These complex multi-ligament injuries require careful staged surgical planning.

Associated Injuries — Always Check For:

Posterolateral corner (PLC) injuries — present in 60% of Grade 3 PCL tears
ACL tear — multi-ligament knee injury (most complex pattern)
Medial collateral ligament (MCL) sprain
Meniscus tears — particularly medial meniscus

PCL tear symptoms — posterior knee pain instability and difficulty descending stairs

Recognising a PCL Injury

Symptoms of a PCL Tear

PCL tears are often initially less dramatic than ACL tears — the absence of a loud "pop" and relatively modest swelling can lead to underdiagnosis. However, untreated PCL injuries cause progressive posterior instability and long-term articular cartilage damage.

Posterior knee pain and tenderness

Pain at the back of the knee — rather than the front or inside — is characteristic of PCL injury. Particularly tender at the posterior joint line and proximal tibia.

Feeling of posterior knee instability

A sense that the knee "shifts backwards" or is unreliable on uneven ground, descending stairs, or during sport — the defining functional symptom of PCL deficiency.

Swelling — often less than ACL tears

Moderate swelling develops after PCL injury — typically less rapid and severe than the haemarthrosis of an ACL tear. Swelling is often most prominent posteriorly and in the popliteal fossa.

Difficulty descending stairs or slopes

The knee feels unreliable going downstairs, downhill or on uneven surfaces — activities that place the posterior capsule under load when the PCL is absent.

Aching and pain during sports activity

Chronic PCL deficiency often presents as persistent aching during running, twisting and sporting activity — rather than dramatic giving way, which is more typical of ACL tears.

Clinical Diagnosis

Diagnosing a PCL Tear

PCL diagnosis requires specific clinical tests, MRI confirmation, and stress radiographs to quantify the degree of posterior laxity. Accurate grading determines whether conservative or surgical treatment is appropriate.

Posterior Drawer Test

Most sensitive clinical test for PCL tear

With knee at 90° flexion, the tibia is pushed backwards. Posterior translation greater than 5 mm with a soft end feel is positive. Graded 1+ (0–5 mm), 2+ (5–10 mm), 3+ (>10 mm) corresponding to tear grade.

Posterior Sag Sign (Godfrey)

Highly specific — positive only in PCL tears

With the knee and hip at 90°, the tibial tuberosity visibly drops ("sags") posteriorly compared to the unaffected side. A positive posterior sag sign is virtually diagnostic of a complete PCL tear.

Quadriceps Active Test

Specific for PCL deficiency

With knee at 90°, the patient actively contracts the quadriceps. In PCL deficiency, the posteriorly subluxed tibia actively reduces (moves forward) as the quadriceps pull on the tibial tubercle — a unique sign of PCL laxity.

MRI

Gold standard — confirms and grades the tear

MRI confirms the PCL tear, grades severity, identifies the tear location (femoral/midsubstance/tibial), and assesses for associated injuries — posterolateral corner, ACL, meniscus and cartilage damage.

Stress Radiographs

Quantifies side-to-side posterior laxity

Posterior stress X-rays with the knee at 90° allow objective measurement of posterior tibial translation compared to the uninjured side. A difference >10 mm indicates Grade 3 PCL injury requiring surgical consideration.

Reverse Pivot Shift

Identifies posterolateral corner involvement

A tibial clunk during knee flexion-extension with external rotation indicates posterolateral corner (PLC) injury — which commonly accompanies Grade 3 PCL tears and requires simultaneous surgical reconstruction.

Injury Classification

PCL Tear Grades — What Grade is Your Injury?

PCL tears are classified into three grades based on the degree of posterior tibial translation compared to the uninjured knee. The grade directly determines whether conservative or surgical treatment is recommended.

Grade 1 — Mild

0–5 mm posterior translation

Partial PCL tear with minimal laxity. Posterior Drawer 1+. The tibial step-off (normal 1 cm anterior to medial femoral condyle) is maintained or only slightly reduced.

Mild posterior pain and tenderness
Minimal swelling
Knee feels relatively stable
Negative posterior sag sign

✓ Conservative — Physio & Bracing

Grade 2 — Moderate

5–10 mm posterior translation

Partial to complete PCL tear. Posterior Drawer 2+. The tibial step-off is reduced (tibia at same level or just posterior to medial femoral condyle). No end feel on posterior drawer.

Moderate posterior knee pain and swelling
Some functional instability
Possible positive posterior sag
May improve with conservative treatment

⚠ Physio First — Surgery if Symptomatic

III

Grade 3 — Complete

>10 mm posterior translation

Complete PCL rupture. Posterior Drawer 3+. Tibia displaced posterior to medial femoral condyle. Associated PLC or ACL injury must be excluded. Stress X-ray confirms >10 mm side-to-side difference.

Significant posterior instability
Positive posterior sag and Quadriceps Active
Often combined with PLC or ACL injury
Significant functional limitation

🔵 PCL Reconstruction Recommended

Treatment Decision

PCL Surgery vs Conservative Treatment

Unlike ACL tears, many PCL injuries can be successfully managed without surgery. The decision is based on grade, stability, associated injuries, and activity level.

🩺 Conservative — When Appropriate

✓

Grade 1 and Grade 2 isolated PCL tears — these often heal with physiotherapy and PCL bracing

✓

Sedentary or low-demand patients who can adapt activities to avoid posterior instability

✓

Acute Grade 3 injuries — initial conservative management while assessing for associated injuries

✓

Patients with medical comorbidities making anaesthetic or surgical risk unacceptably high

✓

PCL bracing in extension, quadriceps strengthening, protected weight bearing for 4–6 weeks

🔬 PCL Reconstruction — When Recommended

✓

Grade 3 complete PCL tear with >10 mm posterior translation causing functional instability

✓

Combined PCL + PLC (posterolateral corner) injury — requires simultaneous reconstruction

✓

Combined PCL + ACL injury — multi-ligament reconstruction required

✓

Active athletes with Grade 2–3 injuries who want to return to pivoting or contact sport

✓

Persistent symptomatic instability after a minimum 3 months of dedicated conservative rehabilitation

Surgical Technique

PCL Reconstruction — Single Bundle vs Double Bundle

The PCL has two functional bundles — the anterolateral (AL) and posteromedial (PM) bundles. Dr. Talreja selects the optimal technique based on tear grade, residual laxity and individual patient requirements.

Single Bundle Reconstruction

Anterolateral Bundle — Standard Technique

The larger and functionally dominant anterolateral (AL) bundle is reconstructed with a single graft — most commonly a hamstring tendon or allograft. This is the standard and most commonly performed PCL reconstruction technique, suitable for most Grade 3 PCL injuries without residual rotational instability.

Single femoral and tibial tunnel
Technically less complex than double bundle
Suitable for most isolated Grade 3 PCL tears
Excellent outcomes — 90–95% stability restoration
Shorter operative time — 1.5 to 2 hours
Preferred for combined ligament reconstructions

Recommended for: Most isolated Grade 3 PCL tears

Double Bundle Reconstruction

Anterolateral + Posteromedial Bundles

Both the anterolateral (AL) and posteromedial (PM) bundles are reconstructed using two separate grafts — more closely replicating the native PCL anatomy and biomechanics. Provides enhanced posterior and rotational stability compared to single bundle, particularly in higher-demand athletes.

Two femoral tunnels and one tibial tunnel (Y-shaped)
Better rotational stability than single bundle
More closely replicates native PCL anatomy
Suitable for elite athletes and revision cases
Longer operative time — 2 to 2.5 hours
Technically demanding — requires specialist expertise

Recommended for: Elite athletes, revision PCL, high residual laxity

Surgical Process

How PCL Reconstruction is Performed

Arthroscopic PCL reconstruction is performed under spinal or general anaesthesia. The procedure is technically demanding due to the PCL's location — close to neurovascular structures posteriorly — and typically takes 1.5 to 2.5 hours.

Arthroscopic PCL reconstruction procedure at Manipal Hospital Jaipur

Step1

Pre-Operative Planning and Positioning

Spinal or general anaesthesia. Patient positioned supine with leg holder or prone access for tibial tunnel. Examination under anaesthesia to confirm instability grade. Tourniquet applied. Sterile preparation and draping.

Step2

Graft Harvest and Preparation

Hamstring tendons (semitendinosus and gracilis) or allograft tendon harvested and prepared to appropriate diameter. For double bundle reconstruction, two separate grafts are prepared.

Hamstring graft — 8 to 10 mm, multi-strand
Allograft — preferred for revision or double bundle cases

Step3

Arthroscopic Joint Assessment

Arthroscope inserted through standard portals. Complete joint assessment performed — PCL tear visualised and confirmed, meniscus assessed, cartilage evaluated, ACL and posterolateral corner assessed. Associated injuries treated simultaneously.

Step4

Tibial and Femoral Tunnel Drilling

The tibial tunnel — the most technically challenging aspect of PCL reconstruction — is drilled from anterior to posterior at the native PCL tibial footprint, with careful protection of posterior neurovascular structures. Femoral tunnel(s) drilled arthroscopically at anatomic PCL footprint positions.

Posterior tibial tunnel — most critical and technically demanding step
"Killer turn" at the tibial tunnel aperture addressed with appropriate graft and fixation selection

Step5

Graft Passage, Fixation and Brace Application

Graft passed through tunnels and fixed with interference screws or cortical button at both ends. Fixation performed with knee at 70–90° flexion with anterior tibial force applied (reducing posterior subluxation). PCL brace applied in slight flexion before the patient wakes. Portals closed.

Rehabilitation

PCL Reconstruction Recovery — Key Milestones

PCL reconstruction has a longer recovery than ACL reconstruction — the tibial tunnel healing (the "killer turn" effect) requires careful protection and a more cautious rehabilitation approach. Patience is rewarded with excellent long-term stability.

Day 1–2

PCL Brace + First Steps

PCL brace in extension (0°) applied. Partial weight bearing with crutches. Prone knee flexion exercises 0–90° started Day 1.

Week 2–6

Brace Continued

PCL brace worn for 4 to 6 weeks. Protected weight bearing. Quadriceps strengthening. Full passive extension maintained.

Week 6–12

Brace Discontinued

Brace weaned. Crutches discarded by week 6–8. Closed-chain strengthening. Stationary cycling, swimming. Proprioception training.

Month 3–6

Progressive Loading

Progressive quadriceps and hamstring strengthening. Light jogging by 4 to 5 months. Agility and balance work introduced.

Month 6–9

Sport-Specific Training

Sport-specific drills. Running, cutting and jumping progressively reintroduced. Strength symmetry testing performed.

Month 9–12

Return to Competition

Return to competitive sport with objective criteria clearance: strength symmetry 90%+, hop tests, psychological readiness.

Cost Guide

PCL Reconstruction Cost in Jaipur

The AI overview cited ₹90,000 to ₹3,00,000 for PCL surgery in India. Here is a more specific breakdown for Manipal Hospital Jaipur patients.

PCL Reconstruction — Approximate Cost in Jaipur

Costs include surgery, graft, implant fixation hardware, arthroscope use and hospital stay. Associated procedures increase cost.

Consultation + MRI Assessment ₹3,000 – ₹8,000

PCL Reconstruction — Single Bundle (Hamstring) ₹90,000 – ₹1,40,000

PCL Reconstruction — Double Bundle ₹1,20,000 – ₹1,80,000

PCL + ACL Combined Reconstruction ₹1,60,000 – ₹2,60,000

PCL + Posterolateral Corner Reconstruction ₹1,60,000 – ₹2,50,000

Multi-Ligament (PCL + ACL + PLC) ₹2,00,000 – ₹3,20,000

Insurance: Most major health insurance policies and corporate plans cover PCL reconstruction surgery. CGHS and RGHS schemes for Rajasthan government employees and pensioners also cover ligament reconstruction procedures. The team at Manipal Hospital Jaipur provides full assistance with pre-authorisation and claims documentation.

Dr Harish Talreja — PCL reconstruction specialist performing arthroscopic posterior cruciate ligament surgery at Manipal Hospital Jaipur

Why Choose Dr. Harish Talreja

PCL Reconstruction Specialist in Jaipur

Dr. Harish Talreja offers accurate PCL diagnosis, appropriate treatment selection (conservative vs surgical), and technically precise arthroscopic reconstruction — using both single and double bundle techniques at Manipal Hospital Jaipur.

00K+

Arthroscopic Procedures

90–95%

PCL Surgery Success Rate

9–12

Months Return to Sport

Both single bundle and double bundle PCL reconstruction techniques available
Accurate PCL grading with clinical tests and stress radiographs
Expert assessment and treatment of associated PLC and ACL injuries
Life member of ISKSAA — dedicated arthroscopy and ligament surgery training
Advanced arthroscopic training at AIIMS Jodhpur, Medanta Gurgaon and Kasturba Manipal
Consultant at Manipal Hospital Jaipur — NABH-accredited with advanced arthroscopic equipment
Centre of Excellence Fellowship — Rajasthan Orthopaedic Surgeons Association (2018)

Posterior Knee Pain or Instability? Get an Expert Assessment

PCL injuries are often under-diagnosed. Book a consultation with Dr. Harish Talreja at Manipal Hospital Jaipur for accurate diagnosis, appropriate grading, and the right treatment plan for your PCL injury.

Book Appointment +91-9461509324

Frequently Asked Questions

PCL Reconstruction — Common Questions

The PCL controls backward movement of the tibia on the femur, while the ACL controls forward and rotational movement. PCL tears are less common, typically caused by direct posterior blows to the bent knee (dashboard injuries), whereas ACL tears occur from pivoting or jumping. Many Grade 1–2 PCL tears can heal conservatively — whereas most complete ACL tears in active patients require surgery. PCL reconstruction is technically more complex than ACL reconstruction due to the proximity of neurovascular structures and the "killer turn" at the tibial tunnel exit. Recovery is also longer — 9 to 12 months versus 6 to 9 months for ACL.

PCL reconstruction surgery cost in Jaipur typically ranges from ₹90,000 to ₹3,20,000 depending on the technique (single or double bundle), graft type, hospital facility, and whether additional procedures — such as posterolateral corner reconstruction or ACL reconstruction — are required simultaneously. An accurate personalised estimate is provided after consultation and MRI review at Manipal Hospital Jaipur. Most insurance policies cover PCL reconstruction surgery.

Yes — Grade 1 and Grade 2 isolated PCL tears often heal with conservative treatment: PCL bracing in extension, quadriceps strengthening, and protected weight bearing for 4 to 6 weeks. Unlike ACL tears, the PCL has some capacity to scar and heal because it is not entirely bathed in synovial fluid. Grade 3 complete PCL tears — particularly those with associated posterolateral corner or ACL injury — typically require surgical reconstruction to restore adequate stability for active patients.

PCL reconstruction has a longer recovery timeline than ACL reconstruction. The PCL brace is worn for 4 to 6 weeks in extension. Crutches are used for 6 to 8 weeks. Normal walking is restored by 2 to 3 months. Return to jogging by 5 months, sport-specific training by 9 months, and competitive sport with objective clearance at 9 to 12 months. The longer rehabilitation reflects the more demanding technical nature of PCL reconstruction and the need to carefully protect the tibial tunnel graft-healing interface.

Published studies report 90 to 95% success rates in restoring knee stability after well-performed arthroscopic PCL reconstruction. Most patients return to their pre-injury activity level and sport. Outcomes are significantly better when surgery is performed early (before secondary cartilage and meniscal damage develops), by experienced arthroscopic surgeons using anatomic tunnel positioning, and when associated posterolateral corner injuries are addressed simultaneously.

The most common causes of PCL tears are: a direct blow to the front of a bent knee in a road traffic accident (dashboard injury), falling onto a bent knee with the foot in plantarflexion (tibial tubercle strikes the ground), and hyperflexion of the knee during sport or a fall. Contact sports involving direct posterior tibial forces — such as football, rugby and martial arts — also cause PCL tears. High-energy injuries such as knee dislocations often cause multi-ligament injuries including the PCL.

The "killer turn" refers to the sharp angle the PCL graft must negotiate as it exits the posterior tibial tunnel aperture and changes direction to run anteriorly to the femoral tunnel. This acute angle creates stress concentration on the graft at this point, potentially causing graft attrition during early healing. Minimising this angle through appropriate tibial tunnel positioning, inlay technique, and careful graft preparation is an important technical consideration in PCL reconstruction — and is one of the reasons PCL reconstruction requires specialist arthroscopic expertise.

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