Pediatric Hip Dysplasia Surgery in India for International Patients

Developmental dysplasia of the hip (DDH), commonly called pediatric hip dysplasia, describes a range of conditions in which a child’s hip joint has not developed in the usual way. The ball at the top of the thighbone (femoral head) may sit loosely in the socket (acetabulum), be partly displaced or remain completely outside it. Without appropriate assessment and treatment, the joint may not develop normally as the child grows.

The treatment plan depends on the child’s age, the position and stability of the hip, previous treatment and the shape of the developing bones. Some infants can be managed with a harness or brace, while others need a procedure to place and maintain the joint in a better position. MedTripz helps international families understand care options in India and coordinate the practical steps involved in arranging treatment.

What Is Developmental Hip Dysplasia in Children?

A healthy hip is a ball-and-socket joint. During childhood, the ball and socket influence each other’s growth. In DDH, the socket may be shallow, or the ball may not remain securely centred within it. The condition can affect one hip or both.

The term covers a spectrum: a hip may be mildly unstable, partially displaced (subluxated), or fully dislocated. The degree of displacement and the child’s age help specialists decide whether monitoring, bracing or surgery is appropriate. A child may have no obvious symptoms in early infancy, which is why routine newborn and infant hip checks are important.

When Is Surgery Considered for Pediatric Hip Dysplasia?

Surgery is not necessary for every child with DDH. Early cases may respond to a professionally fitted harness or abduction brace, with regular examinations and ultrasound monitoring. A surgical approach may be considered when:

• The hip remains unstable or displaced despite appropriate bracing.

• DDH is diagnosed after the age when harness treatment is most effective.

• The femoral head cannot be positioned securely in the socket using a closed technique.

• The child has persistent structural changes that prevent stable joint alignment.

• A residual socket or bone-shape problem requires correction as the child grows.

The decision is individual. A specialist assesses the child’s imaging, age, hip flexibility, previous treatment and overall health before recommending an operation. Parents should not stop or adjust a prescribed brace without the treating team’s advice.

How Is Pediatric Hip Dysplasia Diagnosed?

Assessment usually begins with a review of the child’s birth and medical history, including breech presentation and family history of DDH, followed by a physical examination. The clinician checks hip movement, stability, leg position and symmetry. A normal-looking examination does not always exclude DDH, particularly in higher-risk infants.

Ultrasound is commonly used in young babies because much of the hip is still cartilage. As the child grows and the bones become more visible, X-rays are generally used to assess the position of the femoral head and the development of the socket. Further imaging, such as MRI or CT, may be requested in selected cases to clarify joint position or plan treatment. The choice depends on age and clinical findings.

Families travelling for care should bring previous ultrasound reports, X-rays, scan images, treatment records and details of any harness or brace use. These records can help the treating team understand how the hip has changed over time.

Surgical Options for Developmental Hip Dysplasia

The procedure is selected according to the child’s age, the degree of displacement and whether the hip can be guided into position without directly exposing the joint.

Closed Reduction

Closed reduction is performed under general anaesthesia. The surgeon gently guides the femoral head into the socket without making a surgical incision to expose the joint. Imaging is used to assess the position, and a hip spica cast is usually applied to hold the joint while it heals.

This approach may be suitable for some infants and young children when the hip can be positioned safely and stably. A cast is often required for several weeks, with the exact duration determined by the treating team.

Open Reduction

If the hip cannot be positioned securely through a closed technique, open reduction may be recommended. The surgeon makes an incision to access the joint, address soft tissues or structures preventing proper positioning, and place the femoral head within the socket. A spica cast is commonly used afterwards to maintain alignment during healing.

Femoral or Pelvic Osteotomy

Some children, particularly those diagnosed later or with persistent bony abnormalities, may need an osteotomy as part of their treatment. In a femoral osteotomy, the thighbone is reshaped or repositioned to improve alignment. In a pelvic osteotomy, the socket is reoriented or reshaped to provide better coverage of the femoral head. In selected complex cases, these procedures may be combined with open reduction.

An osteotomy is not automatically required for every child. The surgeon bases the recommendation on the child’s bone development, joint stability and imaging findings.

What Happens Before and During Surgery?

Before surgery, the paediatric orthopaedic team reviews the diagnosis, imaging, previous treatment and the child’s general health. The anaesthesia team assesses the child and explains fasting instructions, medicines and the planned anaesthetic. Parents should disclose allergies, current medicines, recent infections and any previous anaesthesia concerns.

The operation is performed under general anaesthesia. The surgical team uses the selected technique to obtain a stable hip position. Imaging may be used during the procedure to confirm alignment. A spica cast may then be applied to protect the joint while healing takes place. The duration varies with the complexity of the correction; MedTripz lists an indicative procedure duration of around 2–3 hours, although the actual operating time can differ.

Recovery After Pediatric Hip Dysplasia Surgery

Recovery is a staged process rather than a single event. A child may remain in hospital for observation and pain management before being discharged with a cast-care plan. The MedTripz page lists an indicative hospital stay of 1–5 days; the actual stay depends on the procedure, the child’s condition and the treating hospital’s protocol.

A spica cast may remain in place for several weeks, sometimes around 6–12 weeks depending on the operation and healing. Parents receive instructions on safe lifting, positioning, clothing, hygiene, skin checks and preventing pressure areas. The cast must be kept in the condition advised by the care team. Caregivers should seek prompt medical advice if the child develops fever, increasing pain, unusual swelling, foul odour, drainage, colour change in the toes or difficulty moving them.

After cast removal, some children need a brace or a supervised rehabilitation plan. Activity and weight-bearing restrictions vary with age and the procedure. Do not force hip movement or begin exercises unless the treating team recommends them.

Risks and Possible Complications

As with any operation, potential risks include bleeding, infection, anaesthesia-related complications, wound problems and blood clots, although the relevance of each risk varies with the child’s age and procedure. DDH-specific concerns include recurrent displacement, stiffness, residual socket shallowness, differences in leg length and further treatment as the child grows.

One important complication is avascular necrosis, in which the blood supply to the femoral head is affected. This can interfere with bone growth. The surgical team takes care to achieve a stable position without excessive pressure, but the risk cannot be eliminated. Families should discuss the expected benefits, possible complications and alternatives with the child’s specialist before consenting.

Long-Term Monitoring and Expected Outcomes

The aim of treatment is to achieve and maintain a stable, well-positioned hip so that the joint has the best opportunity to develop. Outcomes vary according to the child’s age at diagnosis, severity, bone development, treatment response and any complications. Surgery cannot guarantee perfectly normal growth or rule out further procedures.

Regular clinical reviews and imaging are important after treatment. Monitoring may continue for years, sometimes until the child’s skeleton has matured, because residual dysplasia or growth changes can become apparent later. Families should keep follow-up appointments even when the child appears comfortable and is meeting movement milestones.

Pediatric Hip Dysplasia Surgery Cost in India

The cost of pediatric hip dysplasia surgery in India depends on the complexity of the condition and the treatment plan. The current MedTripz page provides the following indicative figures:

These figures are a starting reference, not a confirmed quotation for every child. The final estimate may vary according to whether closed reduction, open reduction or an osteotomy is required; the length of hospital stay; anaesthesia; imaging; implants or fixation materials, if needed; medicines; cast-related care; and follow-up requirements. Families should request an itemised estimate based on the child’s reports and proposed treatment. Confirm what is included and excluded before making travel arrangements.

Why International Families Consider India for DDH Care

India is a destination considered by families seeking access to paediatric orthopaedic assessment and surgical care. Treatment planning can involve specialist evaluation, diagnostic imaging, paediatric anaesthesia, inpatient care and follow-up. Costs may be more accessible than in some countries, but comparisons should be made using equivalent treatment plans and a clear list of inclusions.

For families travelling from the Middle East, Africa and CIS countries, the decision should also account for the child’s comfort, the length of stay, cast-care needs and the ability to attend follow-up appointments. A practical plan for travel and continuity of care is as important as the initial procedure.