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PCL Reconstruction is an operation to repair a torn ligament inside the knee that helps keep the joint steady. When the ligament is hurt, the knee may feel unstable or shaky.
In this surgery, the injured ligament is taken out and replaced with a new tendon, either from the patient’s own body or from a donor. The surgeon makes minor incisions and uses a tiny camera to guide the repair, avoiding a large incision.
After surgery, patients typically undergo exercises and physical therapy to help their knee regain strength and motion. Recovery usually takes several months before normal activities can be resumed.
PCL reconstruction is done to restore knee stability after a complete or severe tear of the posterior cruciate ligament. This procedure is often necessary when the injury causes pain, instability, or limits physical activity. It involves replacing the torn ligament with a tissue graft. This helps prevent long-term joint damage and the onset of early arthritis.
You should see a doctor if you have knee pain, swelling, or instability after a trauma, especially if the shin bone seems to move backwards. Difficulty walking or being unable to bear weight are warning signs. MRI scans can confirm a PCL injury. Early consultation can help prevent the injury from getting worse.
Preparation includes a physical examination, an MRI scan, and blood tests. You may need to stop taking certain medications, such as blood thinners temporarily. Your doctor might recommend prehabilitation with physical therapy to strengthen muscles. If you plan to have general anesthesia, your doctor will provide fasting instructions.
The surgeon performs the reconstruction arthroscopically, using small incisions and a camera-guided tool. A graft, often from the hamstring or a donor, is used to replace the torn PCL. The graft is secured in place with screws or other devices. After that, the incisions are closed and a brace is applied.
PCL reconstruction typically takes between 90 minutes and 2 hours. It usually occurs as a day procedure, though some cases may need overnight observation. The initial recovery starts in a brace with limited movement. Walking with crutches is common for the first few weeks after surgery.
- Infection at the surgical site
- Blood clots or deep vein thrombosis
- Knee stiffness or limited range of motion
- Graft failure or loosening
- Nerve or vessel injury
- Restored knee stability and improved movement
- Reduced pain and improved joint function
- Prevention of further cartilage or ligament damage
- Return to sports and physical activities
- Long-term protection against knee degeneration
Recovery involves physical therapy, bracing, and limited weight-bearing. The initial healing phase lasts 6 to 8 weeks, followed by a period of progressive strengthening. Full recovery and return to high-impact sports may take 6 to 12 months. Regular follow-ups ensure the graft heals properly.
PCL reconstruction has a success rate of 80 to 90%, primarily when performed by experienced orthopedic surgeons. Most patients regain stability and function, allowing them to participate in daily activities and sports. Long-term outcomes are favourable when combined with consistent rehabilitation and proper injury prevention.
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Jaypee Hospital
Noida, India
Jaypee Hospital located in Noida, India is accredited by ISO, NABH, NABL. Also listed below are some of the most prominent infrastructural details:
- 525 beds in the first phase
- 150 Critical Care beds
- 325 ward beds with Suite, Deluxe, Twin Sharing, and Economy options
- 18 Modular OTs
- 4 Cardiac Catheterization Lab with unqie Hybrid Operating Room
- 24 bedded Advanced Neonatal ICUs20 bedded Dialysis Units
- 2 Linear Accelerator (IMRT, VMAT, I
- GRT), Wide Bore CT Simulator, one Brachytherapy Suite
- True Beam STx Linear Accelerator
- 2 MRI (3.0 Tesla) with High-Intensity Focused Ultrasound
- 64 Slice PET CT, Gamma Camera, Dual Head 6 Slice SPECT CT
- 256 Slice CT Scan, CT Simulation
- Amongst the few GOLD LEED-certified hospital buildings in India
- Appointment Scheduling
- Flow motion 64 Slice PET CT technology
- Pick and drop facility from/to the Airport
- Foreign exchange facility
- Treatment packages
- Visa assistance
- Admission in the hospital
- Wi-Fi/internet service in the room
- Travel arrangement for patient & attendant after discharge
- Tele-consults after discharge
- Dedicated Guest House for International Patients maintained by Jaypee Hospital
- In-house translators for patient’s comfort
- Assistance in getting doctor’s opinion
- Registration with the Foreigners Regional Registration Office
- Accommodation arrangements after discharge
- Accommodation arrangement for the accompanying attendant
- Customized diet for patient and attendant
- Laundry services
- Prayer room
- Dialysis facility for 60 patients
- Cadaver organs
- Blood bank facilities
- Advanced Laboratory facilities
- Diagnostic and Radiology facilities
- High-end Ultrasound facilities
Fortis Hiranandani Hospital
Mumbai, India
- Fortis Hiranandani Hospital, Vashi, Navi Mumbai, is a leading NABH-accredited multi-super speciality hospital offering advanced tertiary care with over 150 beds.
- The hospital is known for clinical excellence in Cardiac Sciences, Oncology, Neurology, Orthopaedics, Organ Transplants, Urology, Gastroenterology, and Critical Care.
- With a strong team of experienced doctors, modern medical technology, and international patient services, the hospital provides comprehensive and patient-focused treatment.
- It maintains high standards of safety, hygiene, and quality care, making it a trusted healthcare destination in the Mumbai Metropolitan Region.
Fortis Hospital, Shalimar Bagh
Delhi, India
4.5 ( 4 Reviews )
- Fortis Hospital, Shalimar Bagh, New Delhi, is a leading multi-super-speciality hospital established in 2010, known for advanced medical technology and compassionate patient care.
- The hospital has 375 beds, including 166 ICU beds, and features 10 modular operating theatres along with specialised ICUs and Level III NICU/PICU. Fortis Shalimar Bagh offers care across Cardiology, Neurosciences, Oncology, Orthopaedics, Transplants, Urology, and Mother & Child Health, supported by NABH and NABL accreditation.
- Equipped with cutting-edge technology like the Da Vinci Surgical Robot, PET-CT Scanner, and CORI Robotic System, the hospital is recognised for excellence in treatment outcomes, patient comfort, and multidisciplinary care, making it a trusted destination for both domestic and international patients.
Aakash Healthcare Super Speciality Hospital
Delhi, India
Aakash Healthcare Super Speciality Hospital located in New Delhi, India is accredited by NABH. Also listed below are some of the most prominent infrastructural details:
- One of the biggest tertiary care hospitals in India
- Facility is fusion of state of the art technology, competent clinicians, and world-class infrastructure
- 230 beds
- 70 bedded medical and surgical and Critical Care Unit
- Ward Bed Options- Twin, Deluxe, Sharing and Economy
- Pneumatic Tube System
- Ambulance Services 24x7
- 15 Bedded dialysis unit
- Advanced Neonatal ICU
- Advanced imaging services, including magnetic resonance imaging, computed tomography scanning, digital mammography, ultrasound
- 8 modular OTs
- Flat Panel Cath Labs
- LASIK - SMILE Suite
- Wellness Lounge
- State-of-the-art diagnostic equipment
- 15 Dialysis beds
- 24x7 ‘Trauma & Emergency Center
- Dedicated blood bank
- 24x7 comprehensive patient care.
- Deployed high-end technologies & smart digital system
- Robust Hospital Information Systems to meet complex medical needs of patients
- Robotic assisted surgeries
- International Patients Lounge
- Airport Pick-up and Drop
- Accommodation and Food for Attendant
- Language Interpreter Services
- 4 triage beds, a dedicated sample collection room, 6 observation beds, and highly skilled emergency staff
- Robotic knee replacement surgery
- ATM
- Lounge for visitors
- Internet Access: The whole facility is Wi-Fi enabled
- Travel Desk: Provides an all-round patient care.
- 24x7 pharmacy
Aster Medcity
Kochi, India
- 670 bed facility
- 24 hours Emergency and Trauma Care
Aster Centres of Excellence
- Cardiac Sciences
- Orthopaedics & Rheumatology
- Neurosciences
- Nephrology & Urology
- Oncology
- Gastroenterology
- Integrated Liver Care
- Womens Health
- Child & Adolescent Health
- Multi Organ Transplant
- Diagnostic Technology used for increasing the efficiency of diagnostic procedures.
- Streamlined Application of Therapeutic Technology
- Minimal Access Robotic Surgery (MARS) which makes use of the da Vinci Surgical System is applied by the specialists in Aster Medcity, Kochi, Kerala.
- ORI Fusion Digital Integrated Operation Theatres which applies Karlstorz OR1 Fusion system.
- Completely digital Anesthesia facility
- Pharmacy which possesses completely Automated Drug Dispensing
Pushpawati Singhania Research Institute
Delhi, India
Pushpawati Singhania Research Institute located in New Delhi, India is accredited by NABH, NABL. Also listed below are some of the most prominent infrastructural details:
- Multi-bed hospital with state-of-art infrastructure
- Advanced medical equipment
- High-tech labs
- Modular operation theaters
- Cath labs with Clarity Platform, 128 channel CARTO 3 version 4 with ICE mapping facility, FD 10 Prucka 2D EP system
- High-end Intensive Coronary Care Unit
- Dedicated Pre-Post Cath Unit
- Multislice CT Scan, 1.5 Tesla MRI
- 24 *7*365 functional cardiac Cath lab & operation theatre
- Fifteen bedded Coronary Care Unit
- 3D, 4D Echo & Trans-oesophageal Echo, Non Invasive cardiology (Holter, TMT, Echo, 24hrs ambulatory BP Monitoring
- Radio Frequency Ablation like Complex Arrhythmia such as ischemic VT, AF with 3 D Mapping imaging
- RFA using ICE Intra-cardiac Echo
- Well-equipped inpatient and intensive care services
- Ultra-modern Blood Bank Facility
- Advanced Physiotherapy center, 24/7 Emergency &Trauma services
- Gastroenterology department equipped with Capsule endoscopy, Endoscopic retrograde cholangiopancreatography, Single balloon enteroscopy, High resolution esophageal and anorectal manometry, Endoscopic ultrasound, and hydrogen breath test
Sustained low-efficiency daily dialysis and Continuous Renal Replacement Therapy - Exhaled Nitric oxide (FeNO) and allergy testing for the management of asthma
- Conventional PAP/ Liquid PAP/ HPV-DNA test for the patients with the High risk of cervical cancer
Medicana Camlica Hospital
Istanbul, Turkey
4.2 ( 2 Reviews )
Medicana Camlica Hospital located in Istanbul, Turkey is accredited by JCI. Also listed below are some of the most prominent infrastructural details:
- 150 bedded Hospital
- Specialty-based clinics
- Fully-equipped patient rooms
Memorial Sisli Hospital
Istanbul, Turkey
Memorial Sisli Hospital located in Istanbul, Turkey is accredited by JCI. Also listed below are some of the most prominent infrastructural details:
- Operates in a closed area of 53,000 sqm
- Capacity of 252 beds
- 13 Operating rooms
- 4 Intensive Care Units (KVC, General, Coronary, Neonatal)
- 3 Laboratories
- Organ Transplantation Center
- IVF Center
- Genetic Center
- Stroke Center
- Breast Health and Disease Center
- Oncology Center
- Da Vinci Robotic Surgery Center
- Bone Marrow Transplantation Center
Hisar Intercontinental Hospital
Istanbul, Turkey
Architecture of the Hospital designed as per the comfort of patients-
- Consisting of 8 floors, 212 bed capacity
- 75m2 suite rooms
- 35 thousand m2 closed area
- 7 operating rooms
- 53 polyclinics
- 54 Departments
- Hotel-like patient rooms
- Intensive care units consisting of 33 beds
- Hyperbaric Oxygen Center inside the hospital
- PYXIS computerized medicine system working with fingerprint
- Social waiting areas
- Indoor and Outdoor Cafeterias & Restaurants
NMC Specialty Hospital
Abu Dhabi, United Arab Emirates
NMC Specialty Hospital located in Abu Dhabi, United Arab Emirates is accredited by JCI. Also listed below are some of the most prominent infrastructural details:
- 104 Patient Rooms/Wards
- 7 Operating Rooms
- Laboratory endowed with centrally computerized System
- 24-hour Emergency Department
- 24-hour Pharmacy
- 24-hour Ambulance Services
- Radiology Department offering state-of-the-art equipment, including MRI (1.5 Tesla), 64-slice spiral CT Scanner, 4-D Ultrasound with color Doppler, Bone Densitometry, Digital Mammogram with CAD System, and Digital X-Ray Systems with fully integrated PACS
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+99Process Involved for Posterior Cruciate Ligament (PCL) Reconstruction
- Diagnosis: The doctor examines your knee through a physical exam and imaging tests, such as X-rays or MRIs, to confirm the PCL injury.
- Pre-Surgery Preparation: This includes medical checkups, discontinuing certain medications, and beginning gentle exercises to strengthen the knee before surgery.
- Surgery: The damaged PCL is replaced with a new tissue graft—either from your own body or a donor using minimally invasive tools.
- Post-Surgery Care: Immediately after surgery, the knee is kept supported with a brace, and pain is managed with medication.
- Rehabilitation: Physical therapy begins gradually to help the knee regain strength, movement, and balance over several months.
- Return to Normal Activities: Most people can walk normally within a few weeks and return to sports or full activity in 9 to 12 months, depending on the healing progress.
- Complete PCL Tear: When the ligament is fully torn and cannot heal on its own, surgery helps repair the knee and restore stability.
- Chronic Knee Instability: If the knee continues to feel loose or give way long after an injury, reconstruction is necessary to restore its strength.
- Multiple Ligament Injuries: PCL tears can occur in conjunction with other ligament injuries. Surgery is often unnecessary to repair the knee and provide proper support.
- Joint Damage Alongside PCL Injury: When damage to the bone or cartilage accompanies a PCL tear, reconstruction helps protect the joint and prevent long-term complications, such as arthritis.
- When Physical Therapy Doesn’t Work: If rest, bracing, and exercises don’t help with pain or weakness, surgery becomes the best option to restore knee function.
- Knee Check: The doctor checks your knee using tests and scans, such as an MRI, to identify the injured ligament.
- Anaesthesia: You receive medicine to make sure you don’t feel any pain during the surgery, either by being asleep or having the lower body numbed.
- Using a Small Camera: A tiny camera is inserted into the knee, allowing the surgeon to view the damaged area.
- Taking the New Ligament: A strong piece of tissue, called a graft, is taken from your own body or from a donor to replace the damaged ligament.
- Preparing Bone Tunnels: The surgeon carefully creates small holes inside the thigh and shin bones to hold the new ligament in place.
- Placing the Graft: The new ligament is threaded through these holes and secured in place using small screws or anchors.
- Closing the Incisions: The surgeon closes the minor cuts with stitches or glue once the ligament is fixed.
- Starting Recovery: A knee brace is worn to protect the joint, and gentle physical therapy begins to help restore movement and strength.
- Meniscectomy
- Chondroplasty
- Osteotomy
- Arthroscopy
- Debridement
- Synovectomy
- Ligamentoplasty
- Microfracture
- Allografting
- Autografting
- Makes the Knee Stable Again: After surgery, the knee feels strong and steady, so it doesn’t slip or feel wobbly when walking or running.
- Less Pain: Repairing the torn ligament helps reduce pain and makes movement more comfortable.
- Stops More Damage: A stable knee means other parts of the joint, like bones and cartilage, won’t get hurt over time.
- Easier to Move: The knee bends and straightens better, so daily things like climbing stairs or playing become easier.
- Back to Sports and Activities: With a healthy knee, it’s safer to go back to games, dancing, or sports you enjoy.
- Protects the Knee in the Long Run: Addressing the issue now can help maintain your knee's health for many years and reduce the risk of arthritis.
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