Revision Hip Replacement in Mumbai by Dr. Mayur Rabhadiya

Evaluation and Treatment of Painful or Failed Hip Replacements

Revision hip replacement is an operation performed when part or all of a previous hip replacement needs to be removed, repaired or replaced.

Patients may require assessment because of:

Persistent or worsening hip pain
Pain after an initially satisfactory recovery
Implant loosening
Recurrent dislocation
Infection around the hip implant
Fracture around the implant
Implant wear
Bone loss
Implant breakage or mechanical failure
Difficulty walking
Progressive shortening or change in leg length
Weakness or instability
Adverse reaction to implant debris
Concern raised on an X-ray, CT scan or blood test

Revision hip replacement is usually more complex than a first-time hip replacement. Existing implants may need to be removed, bone defects reconstructed and specialised revision components used to restore fixation and stability.

Pain after hip replacement does not automatically mean that revision surgery is necessary.

The first priority is to determine:

Whether the pain is coming from the replaced hip
Whether the implant is loose, infected, unstable or incorrectly positioned
Whether bone loss or fracture is present
Whether symptoms may be coming from the lower back, nerves, muscles or another joint
Whether revision surgery is likely to provide meaningful benefit

Dr. Mayur Rabhadiya provides structured assessment for painful and failed hip replacements in Mumbai, including evaluation of implant fixation, position, infection risk, instability, bone loss and alternative sources of pain.

What Is Revision Hip Replacement?

A primary total hip replacement replaces the damaged natural hip joint with an artificial ball, stem, socket and bearing surface.

Revision hip replacement may involve:

Replacing only the ball and liner
Replacing the socket component
Replacing the femoral stem
Replacing both the socket and stem
Removing an infected implant
Inserting an antibiotic spacer
Reconstructing damaged bone
Treating a fracture around the implant
Increasing implant stability
Correcting significant implant malposition
Addressing recurrent dislocation
Removing problematic implant components or debris

Some revision procedures are limited. Others require extensive reconstruction.

The complexity depends on:

Why the original replacement is failing
Which components are affected
Whether infection is present
How securely the implants are fixed
Amount and location of bone loss
Number of previous operations
Condition of the muscles and soft tissues
Patient’s medical health
Implant systems and instruments required

Revision surgery may require specialised cups, cages, augments, bone graft, long stems, modular implants or constrained or dual-mobility bearings.

Not Every Painful Hip Replacement Has Failed

Pain after hip replacement can arise from several causes.

Some problems occur inside the replaced joint. Others originate outside it.

Possible causes include:

Infection
Implant loosening
Recurrent instability or dislocation
Fracture
Implant wear
Bone loss
Implant malposition
Tendon irritation
Abductor-muscle deficiency
Trochanteric pain
Heterotopic bone formation
Nerve injury or irritation
Lower-back disease
Sciatica
Sacroiliac-joint pain
Hernia
Circulation problems
Inflammatory disease
Pain sensitisation
Another medical condition

A visible abnormality on an X-ray does not automatically prove that it is causing the patient’s symptoms.

Similarly, normal-looking X-rays do not exclude infection, tendon problems, subtle loosening, instability or pain referred from another area.

Revision surgery should be considered only when the likely cause has been identified and the proposed operation has a realistic objective.

When Should a Hip Replacement Be Reassessed?

Assessment may be appropriate when there is:

Persistent pain beyond the expected recovery period
Increasing pain rather than gradual improvement
New pain after an initially good recovery
Pain while standing or walking
Pain felt deeply in the groin or thigh
Recurrent dislocation
A sensation that the hip is unstable
Progressive limp
Increasing need for a cane or walker
Difficulty rising from a chair
Difficulty climbing stairs
Progressive shortening of the operated leg
Clicking or mechanical symptoms accompanied by pain
Swelling, redness or wound discharge
Unexplained deterioration in mobility
A recent fall or injury
Sudden inability to bear weight
Concern about loosening or wear on imaging
Advice to undergo revision without a clearly explained diagnosis

Seek urgent hospital assessment for:

A suspected hip dislocation
Sudden severe pain with inability to stand
A major fall or injury
Visible leg deformity
Wound discharge with systemic illness
Rapidly increasing redness or swelling
Severe calf swelling
Chest pain
Breathlessness
A cold, pale or numb limb

Early and Late Problems After Hip Replacement

The timing of symptoms can help guide the investigation.

Symptoms beginning soon after surgery

Early problems may include:

Infection
Dislocation
Fracture
Wound complications
Implant-position problems
Nerve irritation
Significant leg-length discrepancy
Muscle weakness
Pain from the lower back
Blood clot or another medical complication

Symptoms developing after an initially satisfactory recovery

Later deterioration may raise concern about:

Implant loosening
Infection
Bearing wear
Progressive bone loss
Recurrent instability
Fracture around the implant
Adverse reaction to implant debris
Progressive muscle or tendon problems
A new spinal, neurological or vascular condition

The timing is clinically useful, but it does not establish the diagnosis on its own.

Common Reasons for Revision Hip Replacement

Implant Loosening

A hip implant must remain securely fixed to the bone.

Loosening may occur when:

The implant-bone connection gradually deteriorates
Bone is lost around the component
Wear particles cause inflammation and bone damage
Infection interferes with fixation
A fracture develops
The implant subsides or migrates
The initial fixation was inadequate

Possible symptoms include:

Groin pain
Thigh pain
Pain while standing or walking
Increasing limp
Reduced walking distance
Progressive difficulty bearing weight
Changes around the implant on serial X-rays

Painful loosening may require revision surgery. Infection should be appropriately considered before the problem is labelled aseptic loosening because infection and mechanical loosening can produce similar findings.

Infection Around the Hip Implant

Infection around a hip replacement is called a periprosthetic joint infection.

Infection can occur:

Soon after the original operation
Several months later
Many years after surgery
After bacteria spread through the bloodstream from another infection

Symptoms may include:

Persistent or increasing pain
Redness
Swelling
Warmth
Wound discharge
Recurrent fluid collection
Implant loosening
Sudden deterioration after a previously good result

Fever may be absent, especially in chronic implant infections.

Bacteria can attach to metal and plastic implant surfaces, making deep infection difficult to treat with antibiotics alone. Assessment commonly begins with inflammatory blood tests, followed by joint aspiration and additional fluid tests when infection remains possible.

Possible infection investigations

Testing may include:

C-reactive protein
Erythrocyte sedimentation rate
Complete blood count where appropriate
Hip aspiration
Synovial-fluid cell count
Neutrophil percentage
Culture
Additional synovial markers
Samples taken during surgery

No single result should always be interpreted in isolation.

Recent antibiotic treatment may affect culture results. Patients should not independently stop prescribed medicines, but the treating surgeon must know which antibiotics were taken and when.

How hip replacement infection may be treated

Treatment depends on:

Duration of infection
Organism involved
Implant stability
Condition of the soft tissues
Bone loss
Previous infection treatment
Patient’s medical health

Possible strategies include:

Surgical cleaning with retention of fixed components in selected acute cases
Exchange of the ball and liner
One-stage revision in selected circumstances
Two-stage revision
Prolonged antimicrobial treatment
Suppressive antibiotics when major surgery is unsuitable
Salvage procedures in uncommon severe cases

In a two-stage revision, the infected components are removed and a temporary antibiotic spacer may be inserted. A new implant is placed during a later operation after infection treatment and reassessment.

Infection can return despite surgery and antibiotics. Treatment often requires coordination between orthopaedic, microbiology or infectious-disease and medical teams.

Recurrent Hip Dislocation or Instability

A dislocation occurs when the artificial ball comes out of the socket.

Possible contributors include:

Implant position
Soft-tissue weakness
Abductor-muscle deficiency
Loss of tissue tension
Spinal stiffness or altered pelvic movement
Implant impingement
Previous surgery
Neuromuscular disease
Trauma
Inappropriate movement during early recovery
Bearing or component problems

A first dislocation may sometimes be managed with closed reduction, precautions, rehabilitation and selected bracing.

Revision may be considered when:

Dislocation repeatedly recurs
Component position contributes to instability
Soft-tissue tension is inadequate
Implant impingement is present
The bearing or implant design needs modification
Abductor function is deficient
Instability significantly restricts daily life

The revision plan may involve:

Correcting cup or stem position
Changing the ball size or neck length
Exchanging the liner
Using a dual-mobility bearing
Using a constrained liner in selected cases
Repairing or reconstructing soft tissues
Revising one or both major components

The operation should address the actual mechanism of instability rather than simply changing a single component without adequate analysis.

Polyethylene Wear and Bone Loss

The bearing surface of a hip replacement may gradually wear.

Wear particles can stimulate inflammation and bone loss, known as osteolysis.

Patients may initially have few symptoms even when bone loss is developing. Later problems may include:

Implant loosening
Pain
Instability
Bearing failure
Fracture
Progressive implant migration

Regular review and comparison with previous X-rays can help identify progressive changes.

Treatment depends on:

Amount of wear
Implant position
Component fixation
Extent of bone loss
Compatibility of available replacement parts
Risk of future mechanical failure

A liner and ball exchange may be sufficient in carefully selected cases. Loose, damaged or poorly positioned components may require more extensive revision.

Fracture Around a Hip Replacement

A fracture around a hip implant is called a periprosthetic fracture.

It may follow:

A fall
Direct trauma
Reduced bone strength
Implant loosening
Significant bone loss
Previous surgery

The treatment plan depends on:

Fracture location
Fracture displacement
Whether the stem is securely fixed
Bone quality
Existing bone loss
Patient’s general health
Ability to participate in rehabilitation

Possible treatment options include:

Protected weight bearing in selected stable cases
Plate and cable fixation
Revision to a longer femoral stem
Bone graft or structural reconstruction
Combined fixation and implant revision

A fracture around a loose stem generally requires a different plan from a fracture around a well-fixed stem.

Periprosthetic fractures are serious injuries and may require major surgery followed by an extended period of rehabilitation.

Implant Malposition

The position of the cup and stem affects:

Hip stability
Range of movement
Impingement
Leg length
Muscle tension
Bearing wear
Risk of dislocation
Functional movement

Implant-position problems may contribute to:

Recurrent dislocation
Pain
Impingement
Limited movement
Unequal leg length
Abnormal muscle tension
Accelerated wear

Standard X-rays may identify some positioning problems. CT imaging may be considered when rotational orientation or another specific question requires more detailed assessment.

Revision should be based on correlation between symptoms, examination, implant position and a plausible mechanical explanation.

Implant Breakage or Mechanical Failure

Mechanical failure may involve:

Bearing damage
Liner disengagement
Implant fracture
Modular-junction failure
Broken screws
Failure of a previous reconstruction
Sudden change in component position

Some failures cause sudden pain or loss of function. Others develop progressively.

The revision plan depends on the failed component, implant compatibility, remaining bone and whether damage has affected other parts of the reconstruction.

Reaction to Metal or Implant Debris

Certain implant combinations may produce metal ions or debris.

Possible problems may include:

Local tissue inflammation
Fluid collection
Muscle or tendon damage
Bone loss
Implant loosening
Pain
Mechanical symptoms

Evaluation may include:

Implant identification
X-rays
Selected blood metal-ion measurements
Ultrasound
Specialised MRI protocols
Assessment of kidney function or systemic symptoms where relevant

An abnormal metal-ion result alone does not automatically determine the need for revision. The complete clinical and imaging picture must be considered.

Revision may require removal of the problematic bearing or components, management of damaged tissues and conversion to an alternative implant combination.

Leg-Length Difference

A perceived or actual leg-length difference may occur after hip replacement.

Possible explanations include:

True anatomical difference
Pelvic tilt
Spinal deformity
Muscle tightness
Hip contracture
Implant position
Efforts to improve stability
Pre-existing limb-length difference

Small differences may become less noticeable as strength, posture and walking improve.

Revision solely for leg-length concerns requires careful assessment because another operation may create new risks and cannot guarantee that the patient’s perception will completely resolve.

The evaluation should distinguish between true structural difference and functional or postural imbalance.

Tendon and Muscle Problems

Pain after hip replacement may arise from:

Iliopsoas tendon irritation
Abductor-muscle weakness
Gluteal tendon disease
Greater trochanteric pain
Tendon tear
Scar-related irritation
Muscle damage from previous surgery
Prominent implant components

Symptoms may include:

Groin pain during active hip flexion
Pain while climbing stairs
Pain while rising from a chair
Lateral hip pain
Weakness
Limping
Difficulty standing on one leg

Treatment may include:

Rehabilitation
Activity modification
Medicine
Selected injection
Tendon surgery
Component revision when implant prominence or position is responsible

Revision should not be recommended unless the implant is shown to contribute meaningfully to the tendon or muscle problem.

Persistent Pain Without a Clear Implant Problem

Some patients continue to experience pain even when:

The implants appear well fixed
Infection investigations are negative
No fracture is present
Component position appears acceptable
The hip is stable
No major tissue reaction is found

Possible alternative causes include:

Lower-back disease
Sciatica
Sacroiliac-joint pain
Peripheral nerve problems
Hernia
Vascular disease
Trochanteric pain
Tendon disease
Inflammatory illness
Chronic pain sensitisation

Revision surgery for unexplained pain has less predictable results than revision for a clearly defined infectious or mechanical problem.

The source of pain should be investigated before further surgery is advised.

How Is a Painful Hip Replacement Evaluated?

Medical and Surgical History

The consultation may review:

Date of the original hip replacement
Original diagnosis
Surgical approach used
Whether the patient ever improved
When current symptoms began
Exact location of pain
Activities that provoke symptoms
Walking distance
History of dislocation
Falls or injuries
Wound problems
Fever or previous infection
Number of previous hip operations
Current medicines
Medical conditions
Previous antibiotic treatment

Patients should bring:

Current and previous X-rays
CT or MRI images
Operative notes
Implant stickers or implant card
Discharge summaries
Infection-treatment records
Blood-test reports
Aspiration and culture reports
Details of previous antibiotics
Previous rehabilitation records

Actual images are preferable to only a written radiology report.

Clinical Examination

The examination may assess:

Walking pattern
Leg length
Hip movement
Pain during movement
Tenderness
Muscle strength
Abductor function
Surgical scar and wound condition
Hip stability where appropriate
Knee examination
Lower-back findings
Nerve function
Circulation

The aim is to determine whether the symptom pattern matches an implant problem or suggests another source.

X-Rays

X-rays may assess:

Implant position
Implant fixation
Cup orientation
Stem alignment
Implant migration
Bone loss
Wear
Fracture
Leg length
Heterotopic bone
Changes compared with previous images

Comparison with earlier X-rays is particularly valuable because progressive change may be more important than one isolated image.

Blood Tests and Hip Aspiration

When infection is possible, investigations may include:

C-reactive protein
Erythrocyte sedimentation rate
Complete blood count where appropriate
Image-guided hip aspiration
Synovial-fluid cell analysis
Culture
Additional synovial tests

Blood tests identify inflammation but are not specific for implant infection. Abnormal results may require aspiration and further investigation.

CT, MRI and Other Imaging

Additional imaging may include:

CT scan

A CT scan may help assess:

Cup and stem position
Bone loss
Fracture
Implant rotation
Reconstruction planning

Ultrasound

Ultrasound may help evaluate:

Fluid collection
Tendons
Superficial soft tissues
Guidance for aspiration or injection

Metal-artifact-reduction MRI

Specialised MRI may be considered for:

Soft-tissue damage
Fluid collections
Adverse local tissue reaction
Muscle or tendon problems

Nuclear-medicine imaging

Selected nuclear-medicine tests may be considered when loosening, infection or another problem remains uncertain, but results must be interpreted with the complete clinical picture.

Tests should answer a specific question rather than be ordered automatically.

When Is Revision Hip Replacement Recommended?

Revision surgery may be considered when:

A clear implant-related or infectious cause has been identified
Symptoms substantially affect function or quality of life
Non-operative care is unlikely to correct the problem
Expected benefit justifies the risks
The patient understands the complexity and limitations
Medical health has been assessed and optimised
Suitable implants, instruments and hospital support are available
The patient can participate in rehabilitation

The proposed operation should have a defined purpose, such as:

Treating infection
Restoring implant fixation
Treating recurrent instability
Reconstructing bone loss
Treating a fracture
Replacing a worn or damaged bearing
Correcting significant implant malposition
Removing a problematic implant combination
Improving function where a treatable mechanical cause exists

Revision should not be undertaken simply because the hip remains painful or because one test is abnormal.

Types of Revision Hip Replacement

Ball and Liner Exchange

The femoral head and socket liner may be exchanged while the major metal components remain in place.

This may be considered when:

The cup and stem remain securely fixed
Component position is satisfactory
Implant compatibility permits the required change
Bearing wear is limited
Selected instability patterns can be addressed
Acute infection is treated with component retention in an appropriate case

Ball and liner exchange is not suitable when the cup or stem is loose, damaged, incompatible or incorrectly positioned.

Acetabular Component Revision

The socket component may need revision because of:

Loosening
Malposition
Wear
Recurrent instability
Infection
Bone loss
Component damage

Reconstruction may require:

A larger revision cup
Multiple screws
Bone graft
Porous metal augments
A cage or reinforcement device
Specialised cup-cage reconstruction
Dual-mobility or constrained bearing options

The plan depends on the amount and location of acetabular bone loss.

Femoral Component Revision

The femoral stem may need revision because of:

Loosening
Fracture
Infection
Subsidence
Implant breakage
Significant malposition
Bone loss

The surgeon may use:

A longer stem
A modular revision stem
A tapered fluted stem
Cemented fixation in selected cases
Bone graft
Proximal femoral reconstruction
A replacement of a larger section of the femur in highly complex cases

The revision stem must obtain reliable fixation in the remaining bone.

Complete Revision Hip Replacement

Both the socket and stem may require replacement when there is:

Infection
Loosening of both components
Major bone loss
Severe malposition
Implant incompatibility
Recurrent instability involving both sides
Extensive wear or mechanical failure
Multiple previous operations

Complete revision is more extensive and may require specialised implants and reconstruction techniques.

One-Stage and Two-Stage Revision for Infection

One-stage revision

The infected implants are removed, the joint is thoroughly cleaned and new components are inserted during the same operation.

This approach may be considered only in selected circumstances.

Two-stage revision

During the first operation:

The infected implants are removed
The joint is cleaned
An antibiotic spacer may be inserted
Tissue samples are collected
Antimicrobial treatment is started

A new hip replacement is inserted during a later operation after clinical, laboratory and multidisciplinary reassessment.

The choice depends on the organism, duration of infection, soft tissues, bone loss, implant fixation, patient health and treatment-team protocol.

Bone Loss During Revision Hip Replacement

Bone may be lost because of:

Implant loosening
Infection
Wear-related inflammation
Fracture
Previous implant removal
Multiple previous operations
Adverse tissue reaction

Bone reconstruction may use:

Morselised bone graft
Structural bone graft
Porous metal augments
Revision cups
Cages
Cup-cage constructs
Long femoral stems
Modular revision stems
Specialised proximal femoral replacement in severe cases

The aim is to achieve stable implant fixation while restoring the hip centre, leg length and soft-tissue tension as safely as possible.

Is Robotic Assistance Used in Revision Hip Replacement?

Robotic assistance may have a limited role in selected revision situations, depending on:

The robotic platform
Implant system
Remaining anatomy
Existing components
Bone loss
Reconstruction plan
Hospital availability
Surgeon judgement

Revision hip replacement often involves distorted anatomy, implant removal, bone defects and intraoperative changes that cannot be managed by a standard primary-replacement workflow.

Robotics should therefore not be presented as compulsory or as a guarantee of a better result.

The defining priorities in revision surgery are:

Correct diagnosis
Infection control
Safe implant removal
Bone preservation
Stable reconstruction
Restoration of hip function
Prevention of instability
Appropriate rehabilitation

How Revision Surgery Differs From Primary Hip Replacement

Revision hip replacement may involve:

A longer or modified incision
More extensive exposure
Removal of previous implants
Removal of bone cement
Greater scar-tissue dissection
Bone reconstruction
Specialised revision components
Longer surgery
Greater blood-loss risk
Higher dislocation risk
More variable weight-bearing instructions
Longer rehabilitation
Higher complication risk

A minimally invasive approach should not take priority over adequate visualisation, implant removal, tissue protection and stable reconstruction.

The surgeon may need to extend the exposure or use additional techniques depending on implant fixation and bone loss.

Preparation Before Revision Hip Replacement

Preparation may include:

Detailed medical assessment
Blood tests
Infection investigation
Anaesthesia review
Cardiology or physician assessment where required
Diabetes optimisation
Anaemia treatment
Blood-pressure control
Blood-thinner management
Nutrition assessment
Skin and wound assessment
Smoking cessation
Bone-health assessment
Home-support planning
Rehabilitation planning
Review of previous operative records
Identification of existing implants
Arrangement of revision components and extraction instruments
Planning for blood products where appropriate

Any active infection, skin wound or unresolved medical risk may require surgery to be postponed. Preparing for joint replacement includes identifying and addressing infection risks and other modifiable health concerns.

Hospital Stay After Revision Hip Replacement

Hospital stay varies according to:

Extent of revision
Infection treatment
Bone loss
Fracture fixation
Medical health
Pain control
Blood pressure
Anaemia
Wound condition
Ability to stand and walk
Weight-bearing restrictions
Home support
Complications

Discharge should be based on clinical readiness rather than a guaranteed number of days.

Before discharge, the patient should understand:

Weight-bearing instructions
Walking-aid use
Hip precautions where required
Medicines
Blood-clot prevention
Wound care
Exercise plan
Warning symptoms
Follow-up schedule

Recovery After Revision Hip Replacement

Recovery is usually more variable than after a primary hip replacement.

It may be affected by:

Reason for revision
Infection
Bone loss
Fracture
Number of previous operations
Muscle condition
Nerve function
Implant stability
Medical health
Weight-bearing restrictions
Wound healing
Rehabilitation participation
Complications

Rehabilitation may include:

Ankle and circulation exercises
Pain and swelling control
Walking with an appropriate aid
Transfer practice
Hip and leg strengthening
Balance training
Gait correction
Stair training
Gradual return to daily activities

Some patients may require restricted weight bearing after:

Major bone grafting
Femoral reconstruction
Fracture fixation
Complex acetabular reconstruction
Significant soft-tissue repair

Patients may also require temporary precautions to reduce the risk of dislocation.

Recovery after revision surgery should not be compared directly with another patient’s primary hip replacement.

Expected Results and Limitations

The objectives of revision surgery may include:

Treating infection
Reducing pain from a defined implant problem
Restoring implant fixation
Improving stability
Treating fracture
Reconstructing bone loss
Improving walking capacity
Restoring leg length where safely achievable
Preventing further mechanical deterioration

Revision hip replacement cannot guarantee:

Complete pain relief
A completely natural-feeling hip
Equal leg length in every case
Full muscle strength
No limp
No dislocation
Eradication of infection in every case
A fixed implant lifespan
No further surgery
Recovery within a predetermined period

Results are generally more predictable when the cause of failure is clearly identified and treatable.

Risks of Revision Hip Replacement

Potential risks include:

Persistent or recurrent infection
Dislocation
Blood clots
Bleeding
Anaesthesia-related complications
Wound-healing problems
Fracture
Nerve injury
Blood-vessel injury
Leg-length difference
Muscle weakness
Persistent limp
Implant loosening
Implant migration
Bone loss
Persistent pain
Medical complications
Need for further revision surgery
Loss of function
Rare need for a salvage procedure

Revision surgery generally carries a higher infection risk than primary hip replacement.

Individual risk depends on:

Reason for revision
Infection status
Bone loss
Number of previous operations
Age and medical health
Smoking
Weight
Muscle condition
Surgical complexity

Alternatives to Revision Surgery

Alternatives depend on the diagnosis and may include:

Observation
Activity modification
Physiotherapy
Strengthening
Walking aids
Pain medication
Treatment of lower-back or nerve problems
Treatment of tendon or trochanteric pain
Selected injection
Closed reduction after a dislocation
Bracing in selected instability cases
Antibiotic suppression when major surgery is unsuitable
Protected weight bearing for selected stable fractures

Non-operative treatment cannot correct every loose, infected, unstable or mechanically failed implant.

The patient should understand what each option can and cannot achieve.

Revision Hip Replacement Cost in Mumbai

Revision hip replacement cost varies substantially according to:

Hospital
Room category
Reason for revision
Infection treatment
One-stage or two-stage surgery
Components being revised
Revision implant system
Bone graft
Porous metal augments
Cages or specialised reconstruction
Operating time
Medical complexity
Duration of hospitalisation
Antibiotics
Laboratory and microbiology testing
Blood products
Physiotherapy
Insurance arrangements
Unexpected additional treatment

Revision hip replacement is generally more resource-intensive than a primary hip replacement.

Patients should request a written estimate and ask:

Which implants are included?
Is implant removal included?
Is bone graft or metal augmentation included?
Are infection investigations included?
Is an antibiotic spacer included?
Could a second operation be required?
Are long-term antibiotics included?
What rehabilitation and follow-up costs are expected?
Which costs may change according to operative findings?

Second Opinion Before Revision Hip Replacement

A second opinion may be useful when:

Revision surgery has been advised without a clearly explained diagnosis
Infection has not been adequately investigated
Symptoms do not match the imaging findings
Different surgeons have suggested different procedures
Only the liner and ball have been proposed for exchange
One component has been proposed for revision
Complete revision has been recommended
One-stage and two-stage infection plans differ
Recurrent dislocation has not been fully analysed
Bone loss has not been discussed
Persistent pain exists without a defined cause
Metal-ion or tissue-reaction findings remain unclear
The patient has undergone multiple previous procedures
Risks, expected benefit, rehabilitation or cost remain unclear

A second opinion should attempt to answer:

What is causing the symptoms?
Is the pain coming from the replaced hip?
Has infection been investigated appropriately?
Are the implants securely fixed?
Is instability or implant position contributing?
Is fracture or bone loss present?
Is revision surgery necessary?
Which components need replacement?
What reconstruction may be required?
What are the realistic objectives?
What are the important individual risks?
Are non-operative alternatives reasonable?
What happens if surgery is postponed?
Will weight bearing need to be restricted?
Could more than one operation be required?
What will the written estimate include?

Patients seeking an independent review can use:

Knee and Joint Replacement Second Opinion in Mumbai

Why Patients Consult Dr. Mayur Rabhadiya

Patients consult Dr. Mayur Rabhadiya for:

Painful hip replacement evaluation
Failed hip replacement assessment
Implant loosening evaluation
Infection work-up
Recurrent dislocation assessment
Periprosthetic fracture evaluation
Implant-position review
Bone-loss planning
Bearing-wear assessment
Revision implant planning
Second opinions
Risk counselling
Recovery and rehabilitation planning

His approach emphasises identifying the cause of symptoms before recommending another operation.

Revision surgery is considered when:

The diagnosis is sufficiently clear
The surgical objective is defined
Expected benefit justifies the risks
Reasonable alternatives have been discussed
The patient understands the complexity and recovery

Qualifications of Dr. Mayur Rabhadiya

Dr. Mayur Rabhadiya’s qualifications include:

MBBS: LTMMC & GH, Sion Hospital
D’Ortho: KMC, Hubli
DNB Orthopedics: National Board of Examinations, New Delhi
MNAMS Orthopedics: National Academy of Medical Sciences
FIJR: Robotic and Navigation

His clinical focus includes:

Hip arthritis evaluation
Primary hip replacement
Minimally invasive robotic hip replacement
Painful hip replacement assessment
Revision hip replacement
Knee arthritis assessment
Total and partial knee replacement
Minimally invasive mini-subvastus robotic knee replacement
Revision knee replacement
Second opinions before joint replacement

Revision Hip Replacement Consultations in Mumbai

Dr. Mayur Rabhadiya provides consultations for patients from Ghatkopar, Mumbai, Maharashtra and other parts of India.

Patients travelling for a revision opinion should bring:

Recent hip X-rays
Older X-rays for comparison
CT or MRI images
Operative notes
Implant stickers or implant card
Hospital discharge summaries
Infection-treatment records
Aspiration and culture reports
Details of previous antibiotics
Current medicine list
Medical-clearance records

Digital images or original films are preferable to photographs of written reports.

Ghatkopar East Consultation

Diabplus Clinic
601, 6th Floor, Skyline Status
Mahatma Gandhi Road, opposite Pooja Hotel
Above Swarnamala Jewellers
Pant Nagar, Ghatkopar East
Mumbai, Maharashtra 400077

Read:

Orthopedic Surgeon in Ghatkopar East

Ghatkopar West Consultation

Savla Clinic
2/3, Dharmodaya Building
Next to Raj Medical
Near NULife Hospital
Jivdaya Lane, Ghatkopar West
Mumbai, Maharashtra 400086

Read:

Orthopedic Surgeon in Ghatkopar West

Frequently Asked Questions

What is revision hip replacement?

Revision hip replacement is an operation in which part or all of a previous hip implant is removed, repaired or replaced because of a defined problem.

Does every painful hip replacement need revision?

No. Pain may come from loosening, infection, instability, tendon problems, the lower back, nerves or another condition. The cause should be identified before surgery.

Is revision hip replacement more complex than the first operation?

Usually yes. It may require removal of existing components, cement removal, management of scar tissue, bone reconstruction and specialised revision implants.

How is hip replacement infection diagnosed?

Assessment may involve symptoms, examination, X-rays, ESR, CRP, hip aspiration, synovial-fluid tests, cultures and samples taken during surgery.

Can infection occur years after hip replacement?

Yes. Infection may occur soon after surgery or years later, including after bacteria spread through the bloodstream.

Can an infected hip replacement be treated without removing the implant?

Selected acute infections may be managed with surgical cleaning, exchange of removable components and antibiotics while retaining securely fixed implants. This is not suitable for every infection.

What is a two-stage revision?

The infected implant is removed during the first operation and an antibiotic spacer may be inserted. A new implant is placed during a later operation after infection treatment and reassessment.

What is aseptic loosening?

Aseptic loosening means that an implant has lost fixation to the bone without infection being identified as the main cause.

Can only the ball and liner be changed?

This may be possible in selected cases when the major components are well fixed, correctly positioned and compatible with the planned correction.

What causes recurrent dislocation after hip replacement?

Possible causes include implant position, soft-tissue weakness, abductor deficiency, impingement, spinal stiffness, trauma and bearing-related factors.

Can a dislocated hip replacement be treated without revision surgery?

A first dislocation may sometimes be treated with closed reduction, precautions and rehabilitation. Recurrent or mechanically explained instability may require revision.

What is a dual-mobility hip implant?

A dual-mobility bearing provides an additional articulation intended to improve stability in selected patients. It is not necessary or suitable in every revision.

What is a constrained liner?

A constrained liner mechanically retains the femoral head within the socket and may be used in selected severe instability cases. It also has specific limitations and risks.

How is bone loss treated during revision surgery?

Bone loss may be reconstructed using bone graft, porous metal augments, revision cups, cages, long stems or specialised implants.

Can a fracture around a hip replacement be treated without changing the implant?

Sometimes. Treatment depends on fracture location, displacement, bone quality and whether the existing stem is securely fixed.

Can revision surgery correct a leg-length difference?

It may improve a clinically important structural difference when implant position or instability requires correction, but exact equality cannot be guaranteed.

Can revision surgery cure unexplained pain?

Results are less predictable when no clear cause has been identified. Revision should generally not be recommended solely for unexplained pain.

Is robotic assistance used in revision hip replacement?

It may have a role in selected cases, depending on the system and reconstruction plan. It is not appropriate or necessary for every revision.

How long does revision hip replacement take?

The duration depends on implant removal, infection, bone loss, fracture and reconstruction complexity. A fixed duration cannot be promised.

How long will I stay in hospital?

Hospital stay depends on medical health, surgical complexity, pain, wound condition, mobility, weight-bearing restrictions and complications.

Is recovery slower than after primary hip replacement?

Recovery is often more variable and may be longer, particularly when infection, fracture, major bone loss or muscle damage is present.

Will I be allowed to walk immediately?

Some patients begin assisted weight bearing early. Others require temporary restrictions because of fracture fixation, bone grafting or complex reconstruction.

Can infection return after revision surgery?

Yes. Implant infection can recur despite surgery and antimicrobial treatment. Long-term monitoring may be required.

Should I obtain a second opinion before revision surgery?

A second opinion is reasonable when the diagnosis, infection status, revision extent, reconstruction plan, risks or expected benefit remain unclear.

Book a Revision Hip Replacement Consultation in Mumbai

Dr. Mayur Rabhadiya provides revision hip-replacement consultations for patients with painful, loose, infected, unstable, worn or failed hip implants.

The consultation focuses on:

Identifying the likely cause of symptoms
Determining whether pain originates from the hip implant
Reviewing previous surgical and implant records
Assessing implant fixation and position
Investigating infection where appropriate
Evaluating instability
Assessing bone loss
Reviewing fracture or bearing problems
Determining whether revision is necessary
Planning limited or complete revision
Explaining implant and reconstruction options
Discussing realistic benefits and limitations
Reviewing individual risks
Clarifying recovery and cost

Book an appointment:

Book an Orthopedic Consultation in Ghatkopar

About Dr. Mayur Rabhadiya

Dr. Mayur Rabhadiya is an orthopedic and joint replacement surgeon in Mumbai.

His principal clinical focus includes:

Knee arthritis and knee replacement
Minimally invasive mini-subvastus robotic knee replacement
Total and partial knee replacement
Revision knee replacement
Hip arthritis evaluation
Primary hip replacement
Minimally invasive robotic hip replacement
Painful hip replacement assessment
Revision hip replacement
Second opinions before joint replacement

His approach is diagnosis-first and judgement-driven.

The purpose of revision assessment is to determine why the previous hip replacement is painful or failing and whether another operation is likely to provide meaningful benefit.

Medical Review

Written and medically reviewed by: Dr. Mayur Rabhadiya
Last medically reviewed: 21 July 2026

Clinical References

American Academy of Orthopaedic Surgeons, OrthoInfo: Revision Total Hip Replacement
American Academy of Orthopaedic Surgeons, OrthoInfo: Infection After Joint Replacement
American Academy of Orthopaedic Surgeons, OrthoInfo: Total Hip Replacement
American Academy of Orthopaedic Surgeons: Periprosthetic Joint Infection guidance
NICE NG157: Joint Replacement, Primary Hip, Knee and Shoulder
Peer-reviewed clinical literature on painful total hip replacement and revision reconstruction

Medical Disclaimer

This page provides general patient education and does not replace examination, infection testing, imaging review, anaesthesia assessment or an individual treatment plan.

Revision hip replacement should be considered only after the likely cause of symptoms has been investigated and the expected benefits, limitations, risks and alternatives have been discussed.