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Cost of Corrective osteotomy fixation and ligament reconstruction surgery in Major cities of India
| City | Minimum Cost (USD) | Minimum Cost (INR) | Maximum Cost (USD) | Maximum Cost (INR) |
|---|---|---|---|---|
| Ahmedabad | USD 6300 | 539532 | USD 9900 | 847836 |
| Bangalore | USD 7000 | 599480 | USD 11000 | 942040 |
| Chennai | USD 7000 | 599480 | USD 11000 | 942040 |
| Delhi | USD 7000 | 599480 | USD 11000 | 942040 |
| Faridabad | USD 7000 | 599480 | USD 11000 | 942040 |
| Ghaziabad | USD 7000 | 599480 | USD 11000 | 942040 |
| Gurgaon | USD 7000 | 599480 | USD 11000 | 942040 |
| Gurugram | USD 7000 | 599480 | USD 11000 | 942040 |
| Hyderabad | USD 7000 | 599480 | USD 11000 | 942040 |
| Kochi | USD 7000 | 599480 | USD 11000 | 942040 |
| Kolkata | USD 7000 | 599480 | USD 11000 | 942040 |
| Mohali | USD 6300 | 539532 | USD 9900 | 847836 |
| Mumbai | USD 7000 | 599480 | USD 11000 | 942040 |
| Noida | USD 7000 | 599480 | USD 11000 | 942040 |
| Panjim | USD 6300 | 539532 | USD 9900 | 847836 |
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“Corrective Osteotomy Fixation and Ligament Reconstruction Surgery” is a specialised orthopaedic treatment used to address bone deformities, non-healing fractures, and ligament injuries in patients of all ages. The procedure is commonly performed on patients with conditions such as malunited fractures, congenital bone deformities, or ligament damage from trauma. Surgeons begin by carefully cutting and realigning the bone (osteotomy) to its proper position to restore joint function and improve alignment. To secure the bone in place, metal plates, rods, or screws are used, or in some cases, an external fixator may be applied. If necessary, a bone graft is added to promote bone healing and fusion, thereby assisting in the natural growth process.
When ligament reconstruction is part of the procedure, tendon grafts repair or replace damaged ligaments, ensuring proper joint stability. The overall aim of the surgery is to enhance leg strength, correct deformities, and improve mobility. This will ultimately enable the patient to walk and move more naturally, alleviate pain, and improve their quality of life.
This combined surgical approach is performed to realign bones and repair or reconstruct damaged ligaments, often in cases of limb deformity, joint instability, or previous trauma that caused both bone misalignment and soft tissue damage. Commonly seen in the knee, ankle, or elbow, this procedure aims to restore joint stability, function, and alignment, relieve pain, and prevent long-term issues such as arthritis, gait abnormalities, or functional limitations. Bone grafting may be used to enhance structural support and healing.
Consult an orthopaedic specialist if you have joint instability, difficulty walking, visible limb deformity, chronic pain after injury, or if you’ve suffered repeated ligament injuries (e.g., ACL tears) that have caused abnormal loading on the joint. Children with congenital deformities or adults with old fractures or joint degeneration may also be candidates for combined corrective surgery.
Preparation begins with a full orthopaedic assessment, including X-rays, MRI, CT scans, and gait analysis (if needed). This helps determine the degree of deformity and ligament integrity. A personalised surgical plan is developed using 3D imaging. Routine pre-op lab tests and anaesthesia clearance are done. Patients are advised to fast for 6–8 hours prior to surgery and stop certain medications such as blood thinners. Education is provided about the recovery process and need for post-op physiotherapy.
The procedure is done under general or regional anaesthesia and may take 3 to 5 hours, depending on complexity.
- Corrective Osteotomy: The bone is cut at a specific angle to realign it properly. The new position is held in place using metal plates, rods, or screws.
- Ligament Reconstruction: Torn or degenerated ligaments are reconstructed using tendon grafts (either autograft or allograft). This restores joint stability and function.
- Fixation & Bone Grafting: A bone graft may be placed at the osteotomy site to promote healing and bridge gaps if necessary.
Surgery duration ranges from 3 to 5 hours, based on the extent of correction. Hospital stay is typically 2 to 5 days. Initial non-weight-bearing or bracing may be required for 4 to 8 weeks, followed by gradual return to activity.
- Infection
- Delayed bone healing or nonunion
- Nerve or blood vessel injury
- Graft failure
- Joint stiffness
- Implant irritation or loosening
- Incomplete correction or recurrence of instability
- Restores normal alignment and joint stability
- Prevents early-onset arthritis
- Relieves chronic joint pain and dysfunction
- Improves weight-bearing and walking ability
- Enhances long-term joint durability and performance
Recovery involves immobilization, use of crutches or braces, and gradual progression to full weight-bearing. Physical therapy is essential to regain range of motion, muscle strength, and joint control. Full recovery may take 4 to 6 months, with return to sports or strenuous activity often after 8–12 months, depending on the joint and surgical technique used.
This surgery has a success rate of 85–95%, especially when performed in specialised orthopaedic centres. Most patients experience significant improvement in function, alignment, and pain relief. With proper rehabilitation and follow-up, long-term outcomes are excellent and recurrence is rare.
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Kalra Hospital
Delhi, India
Kalra Hospitals, regarded as one of Delhi's best hospitals, is dedicated to providing high-quality healthcare to people in need and has four locations: Dwarka, Kirti Nagar, Najafgarh, and Palam. The skilled physicians, who specialize in critical care and cardiovascular conditions, are committed to giving our patients comprehensive medical care. In addition to its emphasis on heart health, Kalra Hospitals offers services in the following areas: dentistry, endocrinology, gastroenterology, rheumatology, burns and plastic surgery, cancer therapy, and vascular medicine.
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
Max Smart Super Speciality Hospital
Delhi, India
3.9 ( 2 Reviews )
- Max Smart Super Speciality Hospital, Saket, New Delhi, is a 250-bed tertiary care hospital known for advanced medical technology and patient-centred care.
- The hospital offers services across 22+ specialities, including Cardiac Sciences, Orthopaedics, Urology, Neurology, Neurosurgery, Paediatrics, Obstetrics, and Gynaecology.
- It is a regional hub for complex procedures such as neurovascular interventions, targeted cancer treatments, heart surgeries, kidney and liver transplants, and bariatric care.
- Equipped with a 3.0 Tesla MRI, 256 Slice CT Angio, Cath Labs, Digital Orthopaedic Suite, and advanced diagnostic tools, and supported by 275+ doctors and 606+ trained staff, Max Smart Saket provides high-quality, multidisciplinary care for domestic and international patients.
Max Super Specialty Hospital, Shalimar Bagh
Delhi, India
- Max Super Speciality Hospital, Shalimar Bagh, is a 402-bed quaternary-care hospital in New Delhi, offering advanced treatment across 37+ specialities, including Cancer, Cardiac, Neurosciences, Gastroenterology, Orthopaedics, and Renal Transplant.
- Equipped with state-of-the-art technology and a team of highly skilled doctors and nurses, the hospital provides complex procedures, minimally invasive surgeries, and targeted cancer treatments, making it one of India’s leading healthcare destinations.
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.
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+99Process Involved for Corrective osteotomy fixation and ligament reconstruction surgery in Delhi
Treatment Stages for Corrective Osteotomy Fixation and Ligament Reconstruction Surgery are
- Initial Examination and Counselling : During the first visit, the healthcare provider will examine your leg, ask about your symptoms, and review any previous X-rays or scans. Based on this information, they will discuss the best treatment approach for your condition.
- Preparing for Surgery : Before surgery, you will undergo several tests, including blood work and additional X-rays, to ensure your health is optimal. The surgeon will explain the procedure in detail, including what to expect during and after the surgery, as well as the necessary preparation steps.
- During the Procedure, the Surgeon Removes the damaged or deformed bone. They may use a metal rod or frame to stabilise the leg, and sometimes, they will take a piece of healthy bone from another part of your body to promote healing.
- Post-Surgery Care : After the surgery, you will be closely monitored to ensure no complications, such as infections. The medical team will manage your pain and regularly assess the progress of your leg's recovery.
- Exercise and Rehabilitation : A physiotherapist will guide you through simple exercises as you begin to feel better. These exercises help strengthen the leg and improve your ability to walk correctly.
- Regular Follow-Up Visits : You will have regular check-ups to monitor the progress of your bone healing. Depending on your progress, the doctor may adjust the length of your treatment and rehabilitation plan.
- Non-healing Fractures
- Tibia Deformities
- Bone Weakness
- Growth Abnormalities
- Leg Length Discrepancy
- Neurofibromatosis
Process Involved in Corrective Osteotomy Fixation and Ligament Reconstruction Surgery :
- Eligibility Assessment : Doctors assess whether the patient has a bone that hasn’t healed properly, a bone deformity, or a ligament injury that impacts their ability to move. If other treatments haven't helped, surgery may be considered.
- Surgical Procedure : The surgeon makes a small cut to reach the affected bone. The bone is then carefully cut and repositioned to achieve its proper alignment, correcting deformities and restoring function.
- Ligament Reconstruction : If ligaments are torn or damaged, they are repaired using grafts, which can come from the patient’s own body or a donor. This helps to restore the joint's stability.
- Bone Grafting : To help the bone heal properly, healthy bone from another part of the body, such as the hip, or a donor, may be used to support the damaged bone.
- Fixation : To keep the bone stable as it heals, metal plates, rods, screws, or external frames are used to hold the bone in place.
- Post-Surgery Rehabilitation : Following surgery, physical therapy plays a crucial role in helping the patient regain strength and mobility in the affected limb, while ensuring that the bone and joint heal properly.
- Bone Grafting
- Intramedullary Rod
- External Fixation
- Physical Therapy
- Pain Management
- Follow-up Imaging
Benefits of Corrective Osteotomy Fixation and Ligament Reconstruction Surgery include:
- Improved Bone Healing : This procedure facilitates proper bone healing, reducing the risk of deformities and promoting normal bone growth.
- Restored Functionality : Following surgery, patients can regain the ability to walk and perform daily activities with greater ease and comfort.
- Reduced Pain : The surgery alleviates discomfort caused by deformities or fractures that haven’t healed properly.
- Better Alignment : The procedure corrects the bone's alignment, preventing further fractures and enhancing overall bone health.
Enhanced Mobility : It improves movement and strengthens the affected leg, ensuring stability and mobility. - Prevents Complications : Addressing underlying issues lowers the risk of developing future bone-related problems or fractures.
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