The Injury That Stops Athletes in Their Tracks 

An ACL tear is one of the most common significant sports injuries I see at EPIC Multispecialty Hospital, Ahmedabad — and one of the most feared. Activa Riders, Cricketers, badminton players, football players, gym-goers who land badly from a jump — the mechanism varies, but the moment of injury is almost always distinctive: a sudden pain, a pop, sometimes an audible crack, followed by the knee swelling within hours. 

If you have had this experience, or are worried that someone you know has, this article is for you. I want to explain what an ACL tear actually is, what the treatment options are, and most importantly — because this is the question every athlete asks — what it means for getting back to your sport. 

The honest answer is: with the right surgery and the right rehabilitation, most people get back to the sport they love. It takes time. It takes commitment to the rehab process. But it is achievable, and I see it happen regularly in my practice. 

What the ACL Does and Why Its Injury Matters 

The anterior cruciate ligament runs diagonally through the centre of the knee, connecting the thigh bone to the shin bone. Its primary job is to prevent the shin bone from sliding forward relative to the thigh bone and to control rotational stability of the knee — the stability that allows you to cut, pivot, change direction, and land from a jump without the knee giving way. 

When the ACL tears — fully or partially — this rotational control is lost. The knee feels unstable, particularly with activities that involve cutting movements. Many patients describe a feeling of the knee wanting to give way, or actual episodes of giving way during normal activity like walking downstairs or turning suddenly. 

An MRI scan confirms the diagnosis and shows whether there are any associated injuries — the meniscus is often injured at the same time as the ACL, and the cartilage on the joint surfaces may be involved. These associated injuries affect the treatment planning. 

Non-Operative Treatment: One of the treatment options (we have used it successfully at Epic) is Advanced PRP injection followed by specific supervised Physiotherapy and excellent quality ACL Knee Brace Support with Full immediate mobility. 

Does Every ACL Tear Need Surgery? 

This is genuinely an individual decision, and I want to be honest about the fact that not everyone with an ACL tear needs surgery. An older patient who is not involved in pivoting sports and has no functional instability may do well with physiotherapy-based rehabilitation and activity modification, without reconstruction. 

For younger, active individuals in Ahmedabad who want to return to sports that involve cutting, pivoting, or contact — cricket, badminton, football, basketball, kabaddi — the prevalent opinion is typical: ACL reconstruction significantly reduces the risk of recurrent giving way episodes, associated meniscal and cartilage injury from repeated instability, and long-term knee osteoarthritis compared to non-surgical management in this group. 

The question is not always “should I have surgery?” It is “what do I want to be able to do with this knee?” If the answer is anything that involves rotational load, the answer to surgery can be almost always yes. 

Current Thinking: Previous belief was to wait 4 to 6 weeks after injury before the operation, but current evidence-based  best practise is that surgery (Arthroscopic ) can be done any time immediately after injury too. 

ACL Reconstruction — What the Operation Involves 

ACL reconstruction at EPIC Multispecialty Hospital, Ahmedabad, is performed arthroscopically — through two or three small incisions using a camera and fine instruments, without opening the knee. A graft — typically from the patient’s own hamstring tendons (gracilis and semitendinosus) or occasionally the patellar tendon — is harvested and used to replace the torn ligament, anchored in bone tunnels drilled at the anatomical positions of the original ACL. 

The choice of graft is something I discuss with every patient. Hamstring autograft is my most frequently used option — it is strong, has good long-term outcomes, and the donor site recovers well. Patellar tendon graft is an alternative with excellent results, particularly in high-demand athletes, but involves a more painful donor site recovery. 

The arthroscopic approach means minimal scarring, lower infection risk, and faster recovery of knee motion compared to open surgery. Most patients are weight-bearing with crutches within a day or two of surgery and discharged home the following day. 

Type of graft matters: Hamstring Tendons Graft or Bone-Tendon-Bone grafts are time-tested gold standard. Newer grafts haven’t got long term results yet. Graft-like materials (Open Weave Polyester implant) has already shown good early results and might be used in selected patients although it is more expensive. 

Augmenting ACL graft: In patients with high end Sports demand or those with very loose joints; additional procedure to strengthen the knee by tissue graft /transfer from around the knee (Lateral Extraarticular Tenodesis) are proven to be beneficial. It increases the surgical time and is more expensive, but saves the knee better from further damage!!! 

Rehabilitation — The Part That Determines the Outcome 

I tell every ACL patient I operate on at EPIC Multispecialty Hospital, Ahmedabad, the same thing: the surgery is the easy part. The rehabilitation is where the outcome is determined. 

ACL reconstruction involves transplanting a graft that has to undergo a biological process called ligamentisation — the graft, initially strong, goes through a period of relative weakness as it remodels into a ligament-like structure, becoming strong again over six to nine months. This process is why the return-to-sport timeline for ACL reconstruction is nine to twelve months — not because of the surgery, but because of the biology of graft maturation. 

Returning to pivoting sports before the graft has matured, and before specific strength and movement quality criteria have been met, significantly increases the risk of re-injury. I work with physiotherapists who understand these criteria and apply objective testing — single-leg hop tests, quadriceps strength ratios, movement quality assessment — before clearing any patient for return to sport. 

My patients who commit to this process — who do their exercises consistently, who are patient with the timeline, who return to sport only when they are genuinely ready — get back to their sport at close to the level they were before. That is the outcome I want for every athlete who comes to see me. 

Common Questions Patients Ask 

How soon after an ACL injury should I have surgery? 

There is no advantage to operating immediately after an ACL injury — the swelling and inflammation in the acute phase make surgery technically more difficult and recovery harder. I generally recommend a period of four to six weeks before surgery, using physiotherapy to reduce swelling, restore knee motion, and build quadriceps strength. This pre-operative physiotherapy improves post-operative outcomes. 

Can an ACL tear heal without surgery? 

The ACL has very limited healing capacity due to poor blood supply. While some partial tears may produce functional stability, complete tears do not heal reliably without reconstruction. Conservative management without surgery can work for selected patients who are not involved in pivoting sports and have no functional instability — but this needs to be assessed individually. 

Will I need a brace after ACL surgery? 

I use a rehabilitation-based approach rather than relying heavily on bracing after ACL reconstruction. Early controlled movement is better for the graft and for muscle recovery than prolonged immobilisation in a brace. A hinged knee brace may be used for comfort in the first few weeks, but the emphasis is on progressive physiotherapy from day one. 

Can the ACL be injured again after reconstruction? 

Re-injury of the reconstructed ACL is possible — the risk is approximately five to fifteen percent, depending on the patient’s age, activity level, and return-to-sport readiness. This is why the return-to-sport criteria and timeline matter so much. Athletes who return to sport before meeting functional criteria have significantly higher re-injury rates. 

Is ACL surgery available at EPIC Hospital Ahmedabad? 

Yes. EPIC Multispecialty Hospital, Ahmedabad, performs arthroscopic ACL reconstruction with hamstring or patellar tendon autograft, with in-house physiotherapy for ACL rehabilitation and objective return-to-sport assessment.

When Bone Pain Is More Than Growing Pains 

Parents bring children to me at EPIC Multispecialty Hospital, Ahmedabad, after weeks or months of bone pain that was initially attributed to growth, sports, or minor injury. Adults come with persistent aching in a limb that was treated as tendonitis or arthritis before someone decided to order an X-ray. 

Bone tumours — abnormal growths within bone — are rare, but they are also a diagnosis that can be significantly delayed because the initial symptoms are not obviously alarming. My role as an orthopaedic oncosurgeon is to diagnose them accurately, manage them appropriately, and — wherever possible — save the limb while removing the tumour. 

I want to explain what bone tumours are, which are benign and which are malignant, and what modern orthopaedic oncology can offer patients in Ahmedabad and Gujarat. 

Benign vs Malignant — Most Bone Tumours Are Not Cancer 

The most important thing to know about bone tumours is that the large majority are benign — they grow locally, they do not spread to other parts of the body, and they can often be managed conservatively or with straightforward surgical removal. 

Common benign bone tumours include osteochondromas (bony outgrowths near joints), enchondromas (cartilage-containing benign tumours inside bones), non-ossifying fibromas (fibrous tissue replacement within bone), and giant cell tumours (which are locally aggressive but rarely truly malignant). 

Malignant bone tumours — primary bone cancers — are rarer. Osteosarcoma is the most common, typically affecting children and young adults between ten and twenty-five years old, most commonly arising around the knee. Ewing sarcoma affects younger patients and can involve both bone and soft tissue. Chondrosarcoma typically affects adults. Metastatic bone disease — cancer that has spread to the bone from a primary tumour elsewhere (breast, prostate, lung, kidney) — is more common than primary bone cancer in adults over forty. 

An X-ray, followed in most cases by MRI and CT scanning, defines the tumour’s characteristics. Biopsy — taking a small tissue sample — confirms the diagnosis. I perform bone tumour biopsies using a technique specifically designed to ensure the biopsy track can be included in the surgical resection, so that the biopsy does not compromise the definitive surgery. 

Limb Salvage Surgery — Keeping the Limb While Removing the Tumour 

Twenty years ago, the treatment for malignant bone tumours frequently involved amputation — removing the limb to achieve complete tumour clearance. The development of effective chemotherapy protocols for osteosarcoma and Ewing sarcoma, combined with advances in surgical reconstruction techniques, has dramatically changed this. 

Today, limb salvage surgery — removing the tumour with adequate margins while reconstructing the bone and joint — is performed in over eighty percent of bone sarcoma cases in experienced centres. At EPIC Multispecialty Hospital, Ahmedabad, this reconstruction uses a combination of metal implants (megaprostheses), bone allografts, and biological reconstruction techniques depending on the tumour location, patient age, and reconstruction requirements. 

The goal is always clear margins — removing the tumour completely — while preserving a functional limb. For a child with osteosarcoma around the knee, limb salvage with a growing prosthesis (which can be extended as the child grows) means they can walk, run, and lead a normal life after treatment. Amputation, while occasionally still necessary for specific situations, is now a last resort rather than a first choice. 

The Role of Chemotherapy in Bone Cancer Treatment 

For osteosarcoma and Ewing sarcoma, surgery alone is not sufficient — chemotherapy is an essential part of the treatment. The chemotherapy used for these tumours is given before surgery (neoadjuvant) to shrink the tumour, reduce the risk of surgery-related tumour spread, and assess the tumour’s sensitivity to the drugs used. After surgery, more chemotherapy is given to address any remaining microscopic disease. 

The degree to which the tumour responds to pre-operative chemotherapy — assessed by examining the resected specimen under the microscope and estimating what percentage of tumour cells are still alive — is one of the most important prognostic factors in bone sarcoma. A strong responder — more than ninety percent tumour cell death — has a significantly better long-term outlook than a poor responder. 

Chemotherapy for bone tumours is managed by our medical oncology colleagues at EPIC Multispecialty Hospital, Ahmedabad, and coordinated closely with my surgical plan. The timing of surgery is determined by the chemotherapy schedule, and both teams work together throughout the patient’s treatment. 

Follow-Up After Bone Tumour Treatment 

After completion of surgery and chemotherapy, bone tumour patients require regular follow-up — typically every three months for the first two years, then every six months, then annually. Follow-up includes clinical assessment of the limb and reconstruction, chest CT scans to screen for pulmonary metastases (the most common site of distant spread for osteosarcoma), and local MRI where indicated. 

For children with growing prostheses, periodic adjustments are needed as they grow. For all patients, the integration of the prosthetic or allograft reconstruction into normal function is monitored and supported with physiotherapy. 

My patients who complete treatment and enter long-term follow-up go on to live active, meaningful lives. I have patients who were children when I operated on them who are now adults, working, raising their own families. That is the outcome that makes orthopaedic oncology one of the most rewarding fields in medicine. 

Common Questions Patients Ask 

Is a bone tumour always cancer? 

No. Most bone tumours are benign — they grow locally without spreading and can often be managed conservatively or with straightforward surgery. Malignant primary bone tumours are rare. Accurate imaging and biopsy are the only reliable ways to distinguish benign from malignant bone tumours. 

What are the symptoms of a bone tumour? 

Persistent bone pain — particularly pain that does not relate clearly to an injury, that is present at rest or at night, or that is progressive — is the most important symptom. A visible or palpable lump, swelling around a bone or joint, or an unexplained fracture through a bone (pathological fracture) are also important warning signs. 

Is bone tumour surgery very major? 

This depends entirely on the tumour — its type, size, and location. Benign tumour removal can be a short procedure. Limb salvage surgery for malignant tumours involving major joints is a significant operation requiring careful reconstruction. I discuss the specific procedure in detail with every patient before operating. 

Can children have bone tumour surgery? 

Yes. Osteosarcoma and Ewing sarcoma frequently affect children and young adults, and limb salvage surgery specifically designed for paediatric patients — including growing prostheses that extend as the child grows — is available at EPIC Multispecialty Hospital, Ahmedabad. 

Is orthopaedic oncology available in Ahmedabad? 

Yes. EPIC Multispecialty Hospital, Ahmedabad, has a dedicated orthopaedic oncology service with expertise in benign and malignant bone and soft tissue tumour management, biopsy, limb salvage surgery, and coordination with medical oncology for chemotherapy. 

The Injury That People Take Less Seriously Than They Should 

In my clinic at EPIC Multispecialty Hospital, Ahmedabad, one of the most common histories I hear is a patient who twisted their ankle — during cricket, badminton, a morning run, or simply stepping off a kerb — and was told to rest, apply ice, and wait. Weeks later, the ankle is still sore, still slightly swollen, and giving way intermittently. They have come to see me because it has not got better the way it was supposed to. 

Ankle sprains are the most common sports injury in the world. They are also one of the most undertreated. The “rice and rest” approach — rest, ice, compression, elevation — is appropriate for mild sprains. But a significant proportion of ankle injuries involve partial or complete ligament tears, and these need a different approach from the outset if they are to heal properly and not become a source of chronic instability. 

This article is my attempt to help you understand what your ankle injury is — and what it needs. 

The Anatomy — What Sprains and Tears Actually Involve 

The ankle joint is stabilised by a complex of ligaments on both sides. The most frequently injured are on the outside (lateral side) — the ATFL (anterior talofibular ligament) and CFL (calcaneofibular ligament). These ligaments are stressed when the foot rolls inward — the classic ankle sprain mechanism. 

A mild sprain stretches the ligament fibres without tearing them. Moderate sprains involve partial tearing. Severe sprains involve complete rupture of one or both lateral ligaments. 

The problem is that all of these injuries look similar from the outside at first — swelling, bruising, and pain on the outer ankle. A clinical examination by a specialist and, when needed, an MRI scan is what accurately characterises the injury. Treating a complete ligament rupture the same way as a mild stretch leads to inadequate healing and chronic instability — where the ankle continues to give way months or years after the original injury. 

How I Assess an Ankle Injury 

When a patient comes to me at EPIC Multispecialty Hospital, Ahmedabad, with an ankle injury, my assessment follows a specific sequence. 

First, a clinical examination — feeling for point tenderness over the ligaments and bones, testing ligament integrity with specific stress tests (anterior drawer test and talar tilt test for the lateral ligaments), assessing range of motion and any signs of joint effusion. 

X-rays are taken to exclude fractures — particularly the fibula and the base of the fifth metatarsal, both of which can be fractured in ankle inversion injuries and are easily missed if the ankle is simply treated as a sprain without imaging. 

If clinical findings suggest significant ligament damage — severe pain, instability on stress testing, significant swelling — I arrange an MRI scan. This shows precisely which ligaments are involved, the degree of tearing, and any associated injuries to the cartilage inside the joint. 

The Ottawa Ankle Rules — a validated clinical decision tool — help me determine when X-rays are necessary and when the risk of fracture is low enough to proceed without them. I apply these consistently in my assessment. 

Treatment — From Mild Sprain to Ligament Reconstruction 

For mild sprains — stretched ligaments with intact fibres — RICE in the first forty-eight hours followed by early guided movement and physiotherapy produces excellent outcomes. The emphasis is on proprioceptive rehabilitation — retraining the ankle’s ability to sense its position in space, which is often disrupted even by mild sprains and contributes to re-injury risk if not addressed. 

For moderate sprains with partial tearing, a period of functional bracing — a semi-rigid ankle brace that allows movement while protecting the ligament — combined with physiotherapy produces good healing and return to function in four to six weeks. 

For complete ligament ruptures, non-surgical management can still produce adequate stability in many patients — particularly those who are not involved in high-demand sports. The key is an extended physiotherapy programme and appropriate bracing through the healing period. 

For athletes in Ahmedabad who have complete ligament ruptures and significant functional instability despite adequate rehabilitation — or for patients who have developed chronic ankle instability from multiple sprains — surgical ligament reconstruction (Brostrom repair) restores anatomical ligament integrity and eliminates the instability. This is performed arthroscopically at EPIC Multispecialty Hospital, Ahmedabad, through small incisions, with a return to sports typically at four to six months. 

Chronic Ankle Instability — When the Sprain Becomes a Chronic Problem 

Chronic ankle instability is an underrecognised condition in Ahmedabad. It develops in patients who had a significant ankle sprain that was not adequately rehabilitated — leaving the stretched or torn ligaments to heal in a lengthened position, without the tensile strength to reliably stabilise the joint. The result is an ankle that gives way repeatedly — with subsequent sprains causing cumulative damage to the cartilage and increasing the long-term risk of ankle arthritis. 

If your ankle has given way more than three times, if you feel it is unreliable on uneven ground or during sport, or if a sprain from more than three months ago still gives you intermittent symptoms — please come for a proper assessment. Chronic instability is very effectively treated, either with a structured physiotherapy programme for mild cases or with surgical Brostrom repair for significant ligament insufficiency. 

The ankle does not have to be something you manage around indefinitely. It can be fixed. 

Common Questions Patients Ask 

How do I know if I have fractured my ankle or just sprained it? 

Fractures and sprains can feel very similar initially. The Ottawa Ankle Rules help clinically — tenderness over specific bony areas (the tip or back of the fibula, the navicular, or the base of the fifth metatarsal) indicates X-ray is needed. If in doubt, please come for an assessment. Missing a fracture and treating it as a sprain leads to malunion and long-term problems. 

Should I walk on an ankle sprain? 

For mild sprains, protected weight-bearing with a brace from early on is generally better than complete immobilisation — it promotes appropriate ligament healing and faster recovery. For severe sprains or suspected fractures, rest and medical assessment are the priority. Do not push through significant pain. 

How long before I can play sport after an ankle ligament tear? 

Return to sport depends on the severity of the injury and the demands of the sport. Mild sprains may allow return in two to three weeks. Complete ligament ruptures treated non-surgically require six to eight weeks before return to sport. After surgical Brostrom repair, return to competitive sport is typically four to six months. 

Can old ankle sprains be treated years later? 

Yes. Chronic ankle instability from old poorly-healed ligament injuries can be treated with Brostrom ligament repair even years after the original injury. The condition may have allowed cartilage damage to accumulate in the meantime, which is assessed at the time of surgery and treated simultaneously. Earlier treatment produces better results, but it is never too late to address significant chronic instability. 

Is ankle surgery available at EPIC Hospital Ahmedabad? 

Yes. EPIC Multispecialty Hospital, Ahmedabad, performs arthroscopic and open ankle surgery — Brostrom ligament repair for chronic instability, ankle arthroscopy for impingement and cartilage lesions, and reconstructive procedures for complex ankle conditions.

The Age Question I Am Asked Every Week 

In my orthopaedic clinic at EPIC Multispecialty Hospital, Ahmedabad, the patients who sit down with the most conflicted expressions are often not the oldest — they are the ones in their mid-fifties. They have X-rays showing severe osteoarthritis. They are struggling to manage stairs. They have stopped the evening walks they used to love. They take painkillers daily. And yet they have been told — by a well-meaning relative, a colleague, or sometimes even a previous doctor — that they are “too young” for knee replacement. 

This is one of the most persistent and consequential myths in orthopaedics, and I want to address it directly. Age, by itself, is not the right criterion for deciding when to have knee replacement. The right criterion is the impact of the knee condition on your quality of life — and whether that impact has reached a point where surgery offers a better future than continued conservative management. 

What Happens to the Knee With Osteoarthritis 

Osteoarthritis of the knee is a degenerative condition — the cartilage that cushions the joint surfaces wears away over time, leaving bone rubbing on bone, with inflammation, pain, and progressive deformity. In some patients, this process is slow and manageable for years. In others, it accelerates — particularly in patients who are overweight, who have had previous knee injuries or surgeries, or who have a family history of severe arthritis. 

When the cartilage is gone and bone-on-bone contact is established, there is no treatment that regenerates it. Injections, physiotherapy, and activity modification manage symptoms — they do not reverse the underlying damage. The question is not whether the damage will get worse without surgery — it usually will — but whether the symptoms and functional limitation are severe enough that surgery now, rather than later, is the right decision. 

An X-ray showing severe osteoarthritis tells us what the joint looks like. The patient in front of me tells me what that means for their life. Both of these matter equally. 

The Younger Patient — Specific Considerations 

For a fifty-five-year-old patient considering knee replacement in Ahmedabad, there are real considerations that differ from a seventy-five-year-old patient. Implant longevity is one of them. Modern total knee replacements have survivorship above ninety percent at fifteen to twenty years in appropriately selected patients. A fifty-five-year-old having a knee replacement today may well live to see the implant reach the end of its typical lifespan — meaning the possibility of a revision surgery at some point in the future needs to be acknowledged and planned for. 

This is not a reason to avoid surgery — it is a reason to discuss it honestly. Revision knee replacement is more complex than primary replacement, but it is performed routinely at EPIC Multispecialty Hospital, Ahmedabad, with good results. And for most patients, the quality of life gain from fifteen to twenty years of a well-functioning knee replacement far outweighs the potential for a revision later in life. 

The other consideration for younger, more active patients is implant selection — particularly the bearing surface. Highly cross-linked polyethylene has dramatically improved the wear characteristics of knee implants, making them more durable in patients who are active. I discuss implant selection with every patient, explaining the options and their trade-offs. 

Partial Knee Replacement — Often the Better Answer at Younger Age 

One of the most important conversations I have with patients in their fifties is about unicompartmental (partial) knee replacement. When osteoarthritis is confined to one compartment of the knee — most commonly the medial (inner) side — replacing only that compartment preserves the cruciate ligaments, preserves the healthy cartilage in the other compartments, and creates a knee that feels significantly more natural than a total replacement. 

Partial knee replacement has a faster recovery, a lower short-term complication rate, and for the right patient, a knee that functions more like a natural knee than total replacement provides. The ten-year survivorship is comparable to total knee replacement in appropriately selected patients. 

The key is selection — not every patient is a partial replacement candidate. The other compartments must have adequate cartilage, the cruciate ligaments must be functional, and the deformity must be correctable. I assess every younger knee replacement candidate specifically for partial replacement suitability. 

Making the Decision — What I Tell My Patients 

When a fifty-five-year-old patient sits across from me at EPIC Multispecialty Hospital, Ahmedabad, with severe knee osteoarthritis and significantly reduced quality of life, my advice is this: do not let an arbitrary age threshold be the reason you continue to suffer unnecessarily. 

If you have tried physiotherapy, lost weight, modified your activities, and used appropriate pain management — and you are still struggling significantly with daily life — the conversation about surgery should happen now. Not in five years, not when you are sixty-five. Now. 

The goal of knee replacement is not just pain relief — it is function restoration. The ability to walk freely, to sleep without knee pain, to climb stairs without dread, to travel without planning around your knee. These are quality-of-life outcomes that a well-selected and well-performed knee replacement delivers reliably. And at fifty-five, you have many active years ahead to enjoy them. 

Common Questions Patients Ask 

Is there a minimum age for knee replacement? 

There is no absolute minimum age. The decision is based on symptom severity and functional limitation, not a birthday. I have performed knee replacements in patients in their forties with severe post-traumatic arthritis and excellent outcomes. The age consideration is about implant longevity and activity expectations — both of which are discussed honestly during consultation. 

Can I still exercise after knee replacement? 

Yes — and we encourage it. Low-impact activity — walking, swimming, cycling, yoga — is beneficial after knee replacement recovery. High-impact activities — running, football, contact sports — are generally discouraged because they accelerate implant wear. Most patients in their fifties find they can return to all the activities that mattered to them before severe arthritis limited them. 

How long is recovery from knee replacement? 

With ERAS protocols at EPIC Multispecialty Hospital, Ahmedabad, most patients are walking with a physiotherapist on the day of surgery and discharged by day three or four. Return to desk work is typically two to three weeks. Return to full normal activity — including driving — is three to six months. 

What is the difference between total and partial knee replacement? 

Total knee replacement resurfaces all three compartments of the knee. Partial (unicompartmental) replacement resurfaces only the affected compartment — typically the medial (inner) side. Partial replacement preserves more of the natural knee, feels more natural, and has faster recovery in the right patient. I assess partial replacement suitability in every consultation. 

What is the cost of knee replacement at EPIC Multispecialty Hospital Ahmedabad? 

Knee replacement costs at EPIC Hospital Ahmedabad vary based on implant type and whether partial or total replacement is performed. Transparent all-inclusive package pricing is available. Insurance and PM-JAY coverage applies for documented end-stage arthritis. Our patient services team can provide current pricing.