Preserving the Arm or Leg After Bone Tumor Surgery
Figure 1. From Bone Tumor to Limb Salvage
Tumor prosthesis after removal of a bone tumor, restoring the affected bone and joint and allowing limb-salvage surgery.
A diagnosis of a bone tumor often brings one overwhelming question:
“Will I lose my arm or leg?”
For many patients and families, the fear of amputation can be as distressing as the diagnosis itself. Fortunately, remarkable advances in orthopaedic oncology over the past few decades mean that many patients who once required amputation can now undergo limb salvage surgery.
However, the priority is always complete removal of the tumor with an adequate margin of healthy tissue. Limb preservation is pursued only when it does not compromise the safety or effectiveness of cancer treatment.
This guide explains how limb salvage surgery is planned, who is a suitable candidate, how reconstruction is performed, what recovery involves, and what life may look like after surgery. Whether you are a patient, family member, or referring doctor, understanding these principles will help you make informed decisions and know what to expect throughout the treatment journey.
Limb Salvage Surgery (also called limb-sparing surgery) is a specialized operation performed to remove a bone or soft tissue tumor while preserving the affected arm or leg whenever it is safe to do so.
Instead of removing the entire limb (amputation), the surgeon removes the tumor along with a margin of healthy tissue and then reconstructs the resulting defect using techniques such as a mega prosthesis (tumor prosthesis), biological bone reconstruction, bone grafts, or custom implants.
Today, advances in imaging, chemotherapy, surgical techniques, and reconstruction mean that most patients with primary bone tumors can be treated without amputation. However, limb salvage is appropriate only when it allows complete tumor removal without compromising cancer control.
The decision is individualized for every patient and is made by a multidisciplinary sarcoma team after careful review of imaging, biopsy findings, tumor location, and overall health. Every patient is different. Factors such as the type of tumor, its size, response to chemotherapy, involvement of nearby nerves or blood vessels, and the patient’s age, activity level, and overall health all influence the surgical plan.
The aim of limb salvage surgery extends beyond simply avoiding amputation. It is about helping patients regain independence, maintain mobility, and return to meaningful daily activities while achieving the best possible cancer control.
The success of limb salvage surgery is measured not only by preserving the limb but by achieving complete tumor removal, durable reconstruction, and meaningful long-term function.
Neither procedure is “better” for every patient.
The best operation is the one that removes the tumor completely while providing the safest and most functional long-term outcome.
For many patients, limb salvage offers excellent function and quality of life. However, if complete tumor removal cannot be achieved safely or the expected function after limb salvage would be poor, amputation may provide the better overall result.
This decision is individualized and should always be made after careful discussion with an experienced orthopaedic oncologist.
đź’ˇ Today, the majority of patients with primary bone sarcomas of the limbs can undergo limb salvage surgery, thanks to advances in MRI, chemotherapy, surgical planning, and reconstructive techniques. Nevertheless, careful patient selection remains essential to ensure the best oncological and functional outcomes.
Before discussing reconstruction options, ask your surgeon:
Understanding the reasons behind your treatment plan often reduces anxiety and helps you participate in shared decision-making.
It is normal to feel anxious when facing major surgery.
Remember these important points:
Take time to ask questions, involve your family in discussions, and seek a second opinion if you feel uncertain. Decisions about limb salvage and amputation are among the most important choices in orthopaedic oncology and should always be made with a clear understanding of the benefits, limitations, and expected outcomes.
| Feature | Key Information |
|---|---|
| Procedure | Limb-preserving surgery for bone and selected soft tissue tumors |
| Primary Goal | Complete tumor removal with preservation of the limb whenever safely possible |
| Common Indications | Osteosarcoma, Ewing Sarcoma, Chondrosarcoma, Giant Cell Tumor, selected metastatic bone disease |
| Reconstruction Options | Mega prosthesis, biological reconstruction, bone grafts, custom implants |
| Hospital Stay | Varies depending on the procedure and recovery |
| Rehabilitation | Essential for restoring mobility and function |
| Long-Term Follow-up | Required to monitor reconstruction, implant integrity, and tumor recurrence |
| Can Everyone Have Limb Salvage? | No. Suitability depends on tumor characteristics, anatomy, and patient-specific factors. |
For most patients, this is the first and most important question after being diagnosed with a bone tumor.
The encouraging news is that many patients with bone tumors can now undergo limb salvage surgery instead of amputation. However, the decision is never based on a single scan or one test. It requires careful evaluation by an experienced multidisciplinary sarcoma team, including an orthopaedic oncologist, radiologist, pathologist, medical oncologist, radiation oncologist (when appropriate), and reconstructive specialists.
The decision is guided by one fundamental principle:
The tumor must be removed completely without compromising cancer control.
If preserving the limb would increase the risk of leaving tumor behind or significantly compromise long-term function, another treatment option—including amputation—may provide a safer and more durable outcome.
There is no single rule that determines whether a limb can be saved. Instead, surgeons assess several factors together to determine which approach offers the best balance between cancer control, safety, and long-term function.
The most important considerations include:
The first priority is to achieve a wide surgical margin, meaning the tumor is removed along with a cuff of normal tissue surrounding it. This reduces the risk of leaving microscopic tumor cells behind.
If a complete removal can be achieved while preserving essential structures, limb salvage is often possible.
If this cannot be achieved safely, amputation may provide better oncological control.
Large nerves control movement and sensation, while major blood vessels supply the limb with oxygen-rich blood.
If the tumor surrounds or extensively invades these critical structures, limb salvage becomes more complex. In selected patients, blood vessels can be reconstructed, but extensive nerve involvement may result in a limb that has little useful function despite being preserved.
The aim is to preserve a useful limb, not simply retain the limb itself.
Some tumors require removal of:
The greater the amount of tissue removed, the more complex the reconstruction and rehabilitation.
Modern reconstructive techniques allow many large defects to be reconstructed successfully, but realistic expectations remain essential.
For tumors such as osteosarcoma and Ewing Sarcoma, chemotherapy is usually given before surgery.
A good response often:
Although response alone does not determine whether limb salvage is possible, it is an important part of surgical planning.
Preserving the limb is meaningful only if the reconstructed limb is expected to provide reasonable long-term function.
Your surgeon considers questions such as:
Sometimes a well-fitted prosthetic limb following amputation may provide better long-term function than a severely compromised salvaged limb.
Patients often believe that keeping the limb is always the best outcome. In reality, the goal is to preserve a limb that is functional, durable, and free of disease.
If a preserved limb would remain painful, unstable, or non-functional, another treatment option may ultimately provide a better quality of life.
Every recommendation is made with your long-term wellbeing in mind.
The decision between limb salvage and amputation is based on oncological safety first and functional outcome second. The objective is not simply to preserve the limb but to preserve a limb that will serve the patient well in the long term.
Many patients with primary bone tumors are suitable candidates, particularly when the tumor is localized and can be removed completely.
Patients who may be considered include those with:
Suitability depends on the individual characteristics of the tumor rather than the diagnosis alone.
Ask your surgeon:
These questions often provide more useful information than simply asking whether the limb can be saved.
Not necessarily.
Sometimes amputation is recommended not because the cancer is more aggressive, but because it provides the safest and most reliable way to remove the tumor while offering the best long-term function.
The recommendation is based on the location of the tumor, involvement of important structures, and expected functional outcome, rather than on a single factor.
Although limb salvage has become the standard approach for many patients, amputation remains the best treatment in selected situations.
Examples include:
Modern amputation surgery, combined with advanced prosthetic technology and rehabilitation, allows many patients to return to highly active and independent lives.
One of the most difficult conversations in orthopaedic oncology is discussing amputation. While preserving a limb is always considered, recommending amputation when appropriate reflects a commitment to the patient’s long-term survival, function, and quality of life rather than simply avoiding a major operation.
A second opinion may clarify the available treatment options and help you make an informed decision.
Limb salvage surgery begins long before the day of the operation. Careful planning is one of the most important factors determining whether the surgery will successfully remove the tumor while preserving function.
Every patient undergoes an individualized evaluation that considers the tumor, the surrounding anatomy, and the most appropriate method of reconstruction. This planning is carried out by a multidisciplinary team to ensure that cancer control and long-term function remain the priorities.
Unlike routine orthopaedic procedures, limb salvage surgery is not a standard operation. Every tumor differs in its location, size, relationship to nearby structures, and response to treatment.
Before surgery, your team must answer several critical questions:
Answering these questions before entering the operating room allows surgeons to perform the operation safely and precisely.
Successful limb salvage surgery depends far more on meticulous planning than on technical skill alone. A carefully planned operation minimizes unexpected findings during surgery and improves both oncological and functional outcomes.
Several investigations are required before surgery, each serving a specific purpose.
MRI uses magnetic fields to produce highly detailed images of the tumor and surrounding soft tissues.
It helps the surgical team determine:
MRI is the single most important investigation for planning limb salvage surgery.
Figure 2. MRI of a distal femur osteosarcoma, showing the extent of the tumour and its relationship to surrounding structures. Careful MRI assessment helps plan safe limb-salvage surgery while achieving adequate tumour removal.
CT provides excellent visualization of bone and helps assess:
In selected patients, CT images may also be used for computer-assisted planning or 3D-printed surgical guides.
These investigations help determine whether the cancer has spread beyond the primary site.
Although they do not directly influence the technical steps of reconstruction, they are essential for determining the overall treatment strategy.
Before surgery, the surgical team carefully reviews:
The biopsy tract is planned so that it can be removed together with the tumor during definitive surgery, reducing the risk of leaving behind tumor cells.
A biopsy should be performed only after appropriate imaging and, whenever possible, at the centre where definitive surgery will be undertaken. Proper biopsy planning protects future limb salvage options.
Although every operation is unique, most limb salvage procedures follow the same general principles.
The surgeon carefully exposes the affected bone while protecting healthy muscles, nerves, and blood vessels.
The tumor is removed en bloc, meaning it is removed in one piece along with a surrounding margin of healthy tissue.
This technique reduces the risk of leaving microscopic tumor cells behind.
After the tumor has been removed, the resulting bone defect is reconstructed using the most appropriate technique.
Depending on the individual patient, reconstruction may involve:
The choice depends on the patient’s age, tumor location, expected function, and remaining bone.
The surrounding muscles, tendons, and other soft tissues are repaired or reconstructed to:
Occasionally, plastic surgeons assist with soft tissue coverage using muscle or skin flaps.
Although every operation is individualized, the surgical team continuously assesses several important factors.
These include:
The highest priority is removing the tumor with an adequate margin of healthy tissue.
The removed specimen is assessed to ensure that the margins are free of tumor. Achieving negative margins significantly reduces the risk of local recurrence.
Whenever oncologically safe, surgeons preserve:
Preserving these structures contributes to better long-term mobility and function.
The reconstruction must provide:
A stable reconstruction allows rehabilitation to begin safely.
A surgical margin is the rim of normal tissue removed together with the tumor.
Removing a margin of healthy tissue helps ensure that microscopic cancer cells are not left behind, reducing the risk of the tumor returning in the same area.
Your surgeon plans these margins carefully before the operation using MRI and other imaging studies.
The goal is not simply to remove the visible tumor but to remove all potentially involved tissue while preserving as much normal anatomy as safely possible.
Certain avoidable errors can complicate treatment and reduce the likelihood of successful limb salvage.
These include:
Early referral allows optimal planning and improves the chances of successful limb preservation.
Early specialist involvement helps avoid procedures that may compromise future treatment options.
Bring copies of your MRI, CT scans, pathology report, biopsy slides (if available), and previous treatment records to your consultation. Having complete information enables the multidisciplinary team to develop the safest and most effective surgical plan.
Once the tumor has been completely removed, the remaining bone and surrounding tissues must be reconstructed to restore stability, movement, and function.
Patients often ask, “Which option is right for me, and what can I expect?”
There is no single reconstruction that is best for every patient. The ideal method depends on several factors, including:
The aim is to choose a reconstruction that provides the best balance between durability, function, and quality of life.
Selecting the reconstruction is as important as removing the tumor itself.
The decision is individualized after considering:
Different parts of the skeleton require different reconstructive techniques.
For example:
Figure 3. Distal Femur Tumor – Limb-Salvage Reconstruction
Removal of a distal femur tumor creates a bone defect that is reconstructed with a distal femur megaprosthesis, restoring limb length and alignment and allowing early weight bearing and mobilization.
Figure 4. Proximal Tibia Tumor – Limb-Salvage Reconstruction
Removal of a proximal tibia tumor creates a bone defect that is reconstructed with a proximal tibia megaprosthesis, restoring limb length and alignment and allowing early weight bearing and mobilization.
Children present unique challenges because their bones continue to grow.
Whenever possible, reconstruction aims to preserve future growth and minimize limb-length inequality.
Adults generally require durable reconstruction that allows early mobilization and long-term function.
Some tumors require removal of only bone, while others involve muscles, tendons, ligaments, or skin.
The greater the amount of tissue removed, the more complex the reconstruction becomes.
A young athlete, an office worker, and an elderly patient may all require different reconstructive strategies despite having similar tumors.
Lifestyle, occupation, and personal goals are important considerations during shared decision-making.
The best reconstruction is not necessarily the most complex one. It is the option that offers the safest cancer treatment, the greatest durability, and the most useful long-term function for that individual patient.
A mega prosthesis, also called a tumor prosthesis or endoprosthesis, is an artificial metallic implant used to replace the section of bone and joint removed during tumor surgery.
It is the most commonly used method of reconstruction after limb salvage surgery involving the shoulder, hip, or knee.
Modern modular prostheses have significantly improved long-term durability compared with earlier designs.
Figure 5. Distal Femur Tumor Prosthesis After Limb Salvage
Distal femur megaprosthesis used to reconstruct the knee after removal of a bone tumor, with good postoperative knee movement.
Figure 6. Proximal Tibia Megaprosthesis After Limb Salvage
Proximal tibia megaprosthesis reconstructing the knee after tumor removal, with good recovery of knee movement.
Figure 7. Proximal Femur Tumor Prosthesis After Limb Salvage
Proximal femur tumor removed and reconstructed with a tumor megaprosthesis to preserve the hip and limb.
Figure 8. Proximal Humerus Megaprosthesis After Limb Salvage
Proximal humerus tumor removed and reconstructed with a megaprosthesis as part of limb-salvage surgery.
A mega prosthesis is not the same as a routine hip or knee replacement performed for arthritis.
It is a specialized implant designed to replace large segments of bone removed during cancer surgery while restoring joint function and allowing patients to return to daily activities.
Biological reconstruction restores the bone using living tissue rather than an artificial implant.
Techniques may include:
Biological reconstruction has the advantage of preserving living bone, which may remodel over time.
However, healing takes longer than with biological reconstruction and requires patience during rehabilitation.
Biological Reconstruction After Bone Tumor Surgery
Figure 9A. Imaging shows an osteosarcoma of the tibia and its extent, helping the surgical team plan limb-salvage surgery.
Figure 9B. The tumor was widely removed and the bone reconstructed using a vascularized fibular graft, preserving the limb and providing a biological solution for bone reconstruction.
Figure 10A. X-ray and MRI reveal a Ewing sarcoma of the femur, allowing careful planning of limb-salvage surgery
Figure 10B. After wide tumor removal, the affected bone was sterilized with high-dose radiation and reimplanted, allowing the patient’s own bone to be used for reconstruction and gradually incorporate with the surrounding bone.
Children present a unique challenge because their bones continue to grow.
If a growth plate must be removed during tumor surgery, one limb may become shorter than the other over time.
An expandable prosthesis is designed to gradually increase in length as the child grows, helping reduce limb-length discrepancy.
Not every child requires an expandable prosthesis. The decision depends on:
Figure 11A. Bone tumor involving the growth plate
Imaging showing a pediatric bone tumor extending into the growth plate, requiring careful surgical planning to achieve tumor removal while considering future growth.
Figure 11B. Wide resection and expandable prosthetic reconstruction
Wide removal of osteosarcoma involving the growth plate followed by reconstruction with an expandable prosthesis designed to accommodate the child’s remaining growth.
đź’ˇ Expandable prostheses can often be lengthened without major surgery using modern non-invasive systems, reducing the number of procedures required during childhood.
Figure 8. Expandable prosthesis used in a skeletally immature child.
Removing the tumor is only one part of successful limb salvage.
The surrounding soft tissues—including muscles, tendons, ligaments, skin, nerves, and blood vessels—must also function effectively.
Depending on the extent of surgery, reconstruction may involve:
These procedures improve wound healing, protect the implant, restore movement, and reduce complications.
The durability of a reconstruction depends not only on the implant but also on the quality of the surrounding soft tissue envelope. Adequate muscle coverage and healthy blood supply are essential for long-term success.
There is no universally superior reconstruction technique.
Each option has distinct advantages and limitations.
The final decision is based on tumor characteristics, patient goals, expected function, and long-term durability, rather than on a single factor.
Ask your surgeon:
Understanding the reasons behind the recommendation will help you make an informed decision.
Not necessarily.
Every reconstruction has strengths and limitations.
The “best” reconstruction is the one that:
Your surgeon’s recommendation is individualized and based on achieving the best overall outcome rather than simply choosing the newest implant or technique.
Patients want to know:
“What will my life be like after surgery?”
Recovering from limb salvage surgery is a gradual process. While the operation itself is an important milestone, successful recovery depends just as much on rehabilitation, patience, and long-term follow-up.
Every patient’s recovery is unique. It depends on:
The aim of recovery is not simply healing the surgical wound—it is helping patients regain independence, mobility, confidence, and quality of life.
Immediately after surgery, your medical team will focus on:
Most patients begin sitting out of bed and performing simple physiotherapy exercises within the first few days, depending on the type of reconstruction.
Walking may begin early with the assistance of a physiotherapist, although weight-bearing depends on the reconstruction performed and your surgeon’s recommendations.
Do not compare your recovery with that of other patients. Two people undergoing limb salvage surgery may have completely different rehabilitation timelines because their tumors, operations, and reconstructions are different.
Rehabilitation is one of the most important parts of successful treatment. Even the best surgical reconstruction requires structured physiotherapy to restore movement and strength.
The goals of rehabilitation include:
Depending on the surgery, your rehabilitation team may include:
Rehabilitation After Bone Tumor Surgery
Although recovery varies considerably, the following timeline provides a general guide.
| Time After Surgery | Typical Goals |
|---|---|
| First Week | Pain control, wound care, gentle exercises, assisted mobility |
| 2–6 Weeks | Increasing walking distance, improving joint movement, gradual strengthening |
| 6 Weeks–3 Months | Improved mobility, greater independence, progressive physiotherapy |
| 3–6 Months | Return to many routine daily activities and office-based work (when appropriate) |
| 6–12 Months | Continued strength, endurance, and functional improvement |
Recovery after biological reconstruction is often slower than after mega prosthesis reconstruction because the transplanted bone must heal before full weight-bearing is permitted.
Successful rehabilitation begins before surgery. Patients who understand the recovery process and actively participate in physiotherapy generally achieve better functional outcomes.
One of the most encouraging aspects of modern limb salvage surgery is that many patients gradually return to an active and independent lifestyle.
The timing depends on the type of reconstruction and the progress of rehabilitation.
Most patients gradually progress from:
Some patients with extensive muscle removal may require walking aids for longer periods.
Stair climbing usually becomes easier as muscle strength improves.
Your physiotherapist will teach safe techniques before discharge from hospital.
Driving should only be resumed after:
The timing varies depending on which limb was operated upon and the type of reconstruction.
Patients with desk-based occupations often return earlier than those performing physically demanding work.
Return to work depends on:
Regular exercise is encouraged after rehabilitation.
However, high-impact sports such as competitive football, basketball, or long-distance running may not be advisable after certain reconstructions because they increase stress on the implant.
Low-impact activities such as:
are commonly recommended after recovery.
đź’ˇ Many patients who undergo limb salvage surgery return to university, employment, travel, recreational sports, and family life after completing rehabilitation.
Every major operation carries potential risks. Fortunately, most patients recover without major complications.
Possible complications include:
Not every patient experiences these complications, and regular follow-up allows many problems to be identified and treated early.
No.
Many complications can be successfully treated while preserving the reconstruction.
For example:
Early recognition and prompt treatment usually produce the best outcomes.
This is one of the most common questions patients ask.
Unlike natural bone, no artificial implant lasts forever.
The lifespan of a tumor prosthesis depends on several factors, including:
Many modern prostheses function well for many years, but some patients may eventually require revision surgery because of wear, loosening, or mechanical failure.
Importantly, needing a revision operation does not mean the original surgery was unsuccessful. It is often a consequence of long-term implant use, particularly in younger and more active patients.
Tumor prostheses are designed to restore mobility and quality of life over many years. When counselling patients, it is important to balance optimism with realism—most reconstructions perform well, but younger patients should understand that future revision surgery may eventually become necessary.
Most patients gradually regain independence and return to many of the activities they enjoyed before treatment.
Although recovery requires patience and commitment, many people go on to:
Recovery is measured in months rather than weeks, and improvement often continues for a year or longer after surgery.
Limb salvage surgery is a specialized cancer operation that removes a bone or soft tissue tumor while preserving the affected arm or leg whenever it is safe to do so. After removing the tumor, the bone is reconstructed using a prosthesis, bone graft, or another reconstructive technique.
Neither procedure is universally better. The best option is the one that completely removes the tumor while providing the safest and most functional long-term outcome. Your surgeon will recommend the approach that best suits your individual situation.
No. Suitability depends on factors such as the type of tumor, its location, involvement of nearby nerves or blood vessels, expected function after reconstruction, and your overall health.
A mega prosthesis (tumor prosthesis) is a specialized metallic implant used to replace the section of bone and joint removed during tumor surgery. It is commonly used around the knee, hip, and shoulder.
The duration varies depending on the complexity of the operation and the type of reconstruction. Your surgical team can provide a more accurate estimate based on your individual case.
Hospital stay depends on the type of surgery, your recovery, pain control, wound healing, and progress with physiotherapy. Your healthcare team will decide when it is safe for you to return home.
Most patients gradually regain the ability to walk after rehabilitation. The timeline depends on the location of the surgery, the reconstruction performed, muscle strength, and physiotherapy progress.
Yes. Physiotherapy is an essential part of recovery and helps restore movement, strength, balance, and confidence. The programme is individualized according to your surgery and functional goals.
Most patients can climb stairs after rehabilitation, although this may take several weeks or months depending on the operation and muscle recovery.
Driving can usually be resumed once you have adequate strength, control, and reaction time, and your surgeon confirms that it is safe to do so. Recovery time varies depending on which limb was operated upon.
Yes. Once you have recovered and your surgeon approves, most patients can travel safely. During long journeys, it is important to move your legs regularly, stay hydrated, and follow your doctor’s advice regarding blood clot prevention.
Possibly. Metal implants may activate airport security scanners. Carrying a summary of your surgery or implant information can be helpful, although modern airport security procedures do not always require documentation.
In many cases, yes. Modern tumor prostheses are generally MRI compatible, although the implant may create image artefacts around the operated area. Always inform the radiology team about your implant before undergoing MRI.
There is no fixed lifespan. Modern tumor prostheses often function well for many years, but longevity depends on age, activity level, implant design, and individual circumstances. Some patients may eventually require revision surgery.
Not necessarily. However, younger and more active patients have a greater likelihood of requiring revision surgery during their lifetime because of implant wear or mechanical failure.
Yes. Although complete tumor removal reduces the risk of local recurrence, no treatment can eliminate the risk entirely. Regular follow-up is essential for early detection of recurrence.
Pain is expected after any major operation, but modern pain management techniques help keep patients comfortable. Pain gradually improves as healing progresses and rehabilitation advances.
Yes. Many children with bone tumors can undergo limb salvage surgery. In selected cases, expandable prostheses or biological reconstruction techniques are used to accommodate future growth.
Seeking a second opinion is reasonable, particularly if amputation has been recommended. An orthopaedic oncology specialist can review your imaging and pathology to determine whether limb salvage is a safe option.
The best outcomes are achieved when treatment is provided by an experienced multidisciplinary sarcoma team, the tumor is completely removed, rehabilitation is completed, and regular follow-up is maintained.
| Myth | Fact |
|---|---|
| Limb salvage surgery is experimental. | It is a well-established treatment performed worldwide in specialist sarcoma centres. |
| Every patient with bone cancer needs amputation. | Many patients can undergo limb salvage surgery. |
| Limb salvage compromises cancer treatment. | Limb salvage is performed only when complete tumor removal is possible. |
| A prosthesis lasts forever. | Modern implants are durable but may eventually require revision. |
| Physiotherapy is optional. | Rehabilitation is essential for achieving the best function. |
| Biological reconstruction is always better than a prosthesis. | The best reconstruction depends on the individual patient and tumor. |
| MRI cannot be performed after tumor prosthesis surgery. | Most modern prostheses are MRI compatible, although image artefacts may occur. |
| Complications always mean treatment has failed. | Many complications can be successfully managed while preserving the reconstruction. |
| Recovery is complete within a few weeks. | Functional recovery often continues for many months after surgery. |
| Limb salvage is only about preserving appearance. | The primary goal is complete tumor removal while preserving meaningful function whenever possible. |
You should seek evaluation by an orthopaedic oncologist if:
Early referral to a specialist centre allows comprehensive evaluation and helps ensure that surgery is planned appropriately from the outset.
Yes.
Limb salvage surgery requires careful planning and experience. If you have been diagnosed with a bone tumor or advised to undergo amputation, consultation with an orthopaedic oncologist can help you understand all available treatment options and make an informed decision based on current evidence and your individual circumstances.
This article is based on current evidence and internationally recognized guidance, including:
The information provided on this page is intended for educational purposes only and should not replace consultation with a qualified healthcare professional. Every patient with a bone or soft tissue tumor has unique clinical circumstances, and treatment decisions should be individualized after careful assessment by a multidisciplinary sarcoma team.
If you have persistent bone pain, a suspected bone tumor, or have been advised to undergo limb salvage surgery or amputation, consult an experienced orthopaedic oncologist. Early specialist evaluation helps ensure accurate diagnosis, appropriate treatment planning, and the best opportunity for long-term cancer control and functional recovery.
Dr. Love Kapoor, MS (Orthopaedics), Fellowship in Musculoskeletal Oncology (AIIMS, New Delhi), Former Assistant Professor, Orthopaedic Oncology, AIIMS, New Delhi.
Orthopaedic Oncologist specializing in bone tumors, soft tissue sarcomas, limb salvage surgery, bone reconstruction, mega prosthesis surgery, and metastatic bone disease.
Choosing treatment for a bone or soft tissue tumor often involves complex decisions. An orthopaedic oncologist specializes in diagnosing and treating tumors affecting the bones, joints, and soft tissues while working closely with medical oncologists, radiation oncologists, radiologists, pathologists, plastic surgeons, vascular surgeons, physiotherapists, and rehabilitation specialists.
Dr. Love Kapoor is an orthopaedic oncologist with dedicated fellowship training in musculoskeletal oncology. His clinical practice focuses on:
His approach emphasizes:
If you have been diagnosed with a bone tumor, have been advised to undergo amputation, or would like a second opinion regarding limb salvage surgery, consultation with an experienced orthopaedic oncologist can help you better understand your treatment options.
+91 93558 33005