Paediatric Orthopaedics: questions and answers

In detail

The service addresses structural and functional disorders of bones, joints, and muscles in growing children. Evidence shows conditions like adolescent idiopathic scoliosis affect 1 to 3 percent of adolescents, with higher progression risk during growth spurts.

Developmental dysplasia of the hip, if missed early, can lead to abnormal gait and early joint degeneration. Cerebral palsy orthopaedics focuses on spasticity management through tendon transfers and osteotomies. Clubfoot correction uses serial casting or tendon release. Each condition is assessed for severity, growth remaining, and impact on function.

In detail

These signs may indicate underlying structural problems such as developmental dysplasia of the hip, clubfoot, limb length discrepancy, or early scoliosis.

Evidence shows that idiopathic scoliosis often appears during growth spurts at 6 to 24 months, 5 to 8 years, and puberty at 11 to 14 years. Curves progress most rapidly at the start of puberty.

Mild scoliosis is usually asymptomatic but may contribute to back pain. Hip dysplasia can present with limited abduction or a clicking hip. Early detection allows bracing or casting before surgery becomes necessary.

In detail

These are surgical emergencies. An open fracture carries a high infection risk and needs immediate washout and stabilisation. A pulseless or numb limb suggests vascular or nerve injury requiring exploration within hours. Septic arthritis can destroy a joint rapidly and needs urgent drainage and antibiotics.

Compartment syndrome causes irreversible muscle and nerve damage if fasciotomy is delayed beyond six hours. Evidence indicates that delayed treatment of these conditions leads to long-term functional loss, growth arrest, or amputation. Routine clinic review is not appropriate for these presentations.

In detail

The examination focuses on identifying structural versus functional problems. For hip dysplasia, the surgeon tests hip stability and abduction. For scoliosis, a forward bend test and scoliometer measurement assess trunk rotation.

Evidence shows that Cobb angle measurement on standing radiographs confirms structural scoliosis at 10 degrees or more. For limb length discrepancy, block testing measures the difference. The surgeon then explains the findings, discusses the natural history, and outlines a monitoring or treatment plan. No procedure is done on the first visit unless it is an emergency.

In detail

Evidence supports using the lowest radiation approach that answers the clinical question. Ultrasound avoids radiation in babies. The Scoliosis Research Society confirms diagnosis with a Cobb angle of 10 degrees or more on radiograph.

For developmental dysplasia of the hip, radiography and ultrasonography confirm the diagnosis. MRI is not routine for initial screening but may be needed for preoperative planning in cerebral palsy or congenital spinal anomalies. The surgeon follows the principle of imaging only when it changes management, avoiding unnecessary exposure in growing children.

In detail

Imaging quantifies severity and guides timing. For scoliosis, the Cobb angle, Risser sign, and Sanders score assess skeletal maturity and progression risk. Evidence shows bracing success correlates with hours worn and curve flexibility.

For limb lengthening, scanograms or long-leg X-rays measure the exact discrepancy to plan fixator or nail length. Cerebral palsy gait analysis may precede tendon transfer surgery. The surgeon integrates all data to match the intervention to your child's growth stage.

In detail

The surgeon matches treatment to the child's age, growth remaining, and curve or deformity magnitude. Clubfoot starts with Ponseti casting; resistant cases need tendon release.

Hip dysplasia under six months uses a brace; older children may need closed reduction and spica cast or open reduction with osteotomy. Scoliosis bracing aims for 18 hours daily wear. Evidence shows bracing reduces progression to surgical thresholds. Surgery is typically reserved for curves above 40 to 50 degrees or functional impairment.

In detail

Evidence shows scoliosis-specific physiotherapy can reduce Cobb angle by a few degrees in mild curves. Bracing combined with exercise improves compliance and outcomes. For cerebral palsy, regular stretching and strengthening delay contracture progression.

Observation involves 4 to 6 monthly clinical and radiological review during growth spurts. Medicines like NSAIDs help symptomatic relief but do not alter structural progression. The surgeon prescribes therapy protocols tailored to the diagnosis and monitors response at each visit.

In detail

Evidence shows that for conditions like adolescent idiopathic scoliosis, bracing can reduce progression to surgical thresholds, but curves above 40 to 50 degrees often need operative correction to prevent long-term pulmonary or cosmetic issues.

For developmental dysplasia of the hip, treatment shifts from abduction bracing in infants to closed or open reduction and osteotomy after 18 months if the hip remains dislocated. In cerebral palsy, tendon transfers and osteotomies are planned when spasticity limits function or causes fixed contractures.

Limb lengthening or deformity correction uses external fixators or intramedullary nails when the discrepancy affects gait or joint health. The surgical team selects the technique based on the deformity pattern, skeletal maturity, and functional goals.

In detail

Evidence indicates that recovery milestones differ by procedure. After clubfoot correction, whether by Ponseti casting or tendon release, the foot is immobilised in a cast for several weeks followed by bracing for years to maintain correction.

For developmental dysplasia of the hip, after open reduction and osteotomy, a spica cast is typically worn for six to twelve weeks before gradual mobilisation.

Limb lengthening with an external fixator or intramedullary nail involves a distraction phase of weeks to months followed by a consolidation phase that can last twice as long.

Cerebral palsy procedures such as tendon transfers require protected weight-bearing and intensive physiotherapy for months to regain strength and motor control. In scoliosis surgery, fusion mass solidification takes six to twelve months.

Our usual protocols note a typical return to school in two to four weeks, but sports and heavy activity are restricted for longer. Complications such as pin-site infection in external fixation or implant prominence can extend recovery.

In detail

Evidence highlights specific warning signs for different procedures. After scoliosis surgery, new neurological symptoms, wound drainage or fever may indicate infection or implant failure.

In limb lengthening with external fixators, pin-site infections are common and present with increasing pain, redness or pus at pin sites; if untreated, they can lead to osteomyelitis.

For clubfoot, recurrence of the deformity during the bracing phase is a known risk and requires immediate brace adjustment or repeat casting. After hip osteotomy, increased hip pain, inability to bear weight or leg length discrepancy may signal non-union or avascular necrosis.

Cerebral palsy tendon transfers can fail if rehabilitation is inadequate, leading to recurrent contracture. The 24x7 emergency department at Jaipur Hospital has in-house imaging and laboratory services to evaluate these issues urgently. Your surgeon will provide a list of red-flag symptoms specific to your child's procedure before discharge.

In detail

Evidence indicates that children with untreated severe scoliosis may develop reduced exercise capacity and cosmetic concerns that affect psychosocial well-being. Bracing requires at least 18 hours of daily wear, which can limit participation in some sports and requires scheduling around school.

After surgical correction, most patients return to non-contact sports by six months and contact sports by twelve months, guided by the surgeon. Limb lengthening with an external fixator restricts swimming and contact activities for the entire treatment period, which can be several months.

Intramedullary nails allow earlier return to water activities. Cerebral palsy surgeries aim to improve walking efficiency, but rehabilitation is prolonged. For the attendant, time off work may be needed for hospital stays of one to three nights and frequent OPD visits. The hospital's canteen provides dietary meals, and the in-house pharmacy and lab reduce extra trips.

In detail

The department at Jaipur Hospital manages the full spectrum of paediatric orthopaedic conditions listed in our service scope.

This includes congenital deformities such as clubfoot and developmental dysplasia of the hip, growth-related issues like limb length discrepancy and angular deformities, neuromuscular conditions including cerebral palsy orthopaedics, and spinal deformities such as adolescent idiopathic scoliosis.

The spelling difference does not reflect any difference in training, techniques, or standards of care. Our surgeons are trained in Indian and international fellowship programmes and use the same evidence-based protocols regardless of the spelling used in correspondence or insurance forms. The hospital's NABH accreditation applies to the department under either name.

In detail

Evidence shows idiopathic scoliosis occurs in otherwise healthy children but can progress during rapid growth. Mild scoliosis is often asymptomatic, but curves progress in about two-thirds of patients before skeletal maturity. Developmental dysplasia of the hip is a structural abnormality, not a normal variant.

Clubfoot is a congenital deformity needing correction. The forward bend test and scoliometer screening help identify structural curves that warrant X-ray confirmation.

In detail

Clubfoot, or congenital talipes equinovarus, is a structural deformity present at birth. The Ponseti method uses weekly serial casts to gradually correct the foot position, followed by a small Achilles tendon release in most cases.

Evidence shows that starting treatment within the first few weeks of life gives the highest correction rates and reduces the need for more extensive surgery later. If casting alone does not fully correct the deformity, a limited surgical release may be performed. The condition does not resolve on its own, so timely evaluation is important.

In detail

DDH describes a spectrum of hip instability or dislocation in infants. Risk factors include breech presentation, family history, and female sex. Clinical screening uses the Ortolani and Barlow manoeuvres. Ultrasound is the standard imaging for infants under six months; X-ray is used for older children.

Treatment depends on age and severity. In young infants, an abduction brace is typically used to keep the hip reduced. If bracing fails or the child presents later, closed reduction with spica casting or open surgical reduction with osteotomy may be needed. Evidence indicates that outcomes deteriorate with delayed presentation, making early assessment critical.

In detail

Bow legs (genu varum) are normal in toddlers up to about two years. Knock knees (genu valgum) are common between three and six years. Both usually correct spontaneously as the child grows.

Seek evaluation if the deformity is severe, asymmetric, worsens after the typical age range, or is associated with pain, limp, or short stature. The surgeon checks for underlying causes such as rickets, Blount disease, or skeletal dysplasia.

Treatment options include observation, vitamin D supplementation, guided growth with temporary plates, or corrective osteotomy for persistent angular deformity. Evidence supports intervention only when the mechanical axis falls outside normal limits for the child's age.

In detail

Perthes disease is an idiopathic avascular necrosis of the femoral head in children. The femoral head loses blood supply, collapses, and then revascularises over months to years. Treatment aims to keep the femoral head spherical and well-contained within the acetabulum during healing.

Options include activity modification, physiotherapy to maintain range of motion, bracing or casting for containment, and femoral or pelvic osteotomy in older children with significant collapse.

Evidence shows that children diagnosed before age six often do well with non-operative care, while older children may need surgery to prevent early arthritis. The surgeon decides based on the child's age, stage of disease, and extent of femoral head involvement.

In detail

SCFE is a displacement of the femoral head epiphysis through the growth plate. It is more common in overweight adolescents and during growth spurts. The slip can be stable (weight-bearing possible) or unstable (unable to bear weight). Diagnosis is confirmed by frog-leg lateral X-ray.

The standard treatment is urgent in-situ percutaneous screw fixation to prevent further displacement. Unstable slips carry a high risk of avascular necrosis. Evidence supports early stabilisation to preserve hip anatomy and reduce long-term complications such as femoroacetabular impingement and osteoarthritis. Delayed presentation increases slip severity and surgical complexity.

In detail

In clubfoot, a foot abduction brace is essential after casting to prevent relapse, typically worn full-time for three months then at night for several years. In DDH, an abduction brace maintains hip reduction in infants.

After limb lengthening or deformity correction, daily physiotherapy preserves joint motion while the bone lengthens; walkers or crutches offload the limb during consolidation. For cerebral palsy, post-operative therapy retrains movement patterns after tendon transfers or osteotomies.

In Perthes disease, therapy maintains hip abduction and rotation during containment. Evidence supports that adherence to bracing protocols and structured physiotherapy improves long-term outcomes and reduces complications such as joint stiffness or recurrence. The physiotherapy department works closely with the surgical team to tailor protocols.

In detail

Costs vary by procedure. Clubfoot Ponseti casting involves multiple outpatient visits for cast changes and a possible minor tenotomy. DDH treatment may require an abduction brace, closed reduction with spica casting, or open reduction with osteotomy and implants.

Limb lengthening or deformity correction uses external fixators or intramedullary nails, with longer hospital stays and frequent follow-ups. Cerebral palsy surgery may involve multiple tendon transfers and osteotomies in one sitting.

The estimate includes surgery, anaesthesia, implants, ward stay (typically one to three nights), and initial physiotherapy. Additional costs may arise for specialised braces, prolonged rehabilitation, or revision procedures. The hospital accepts RGHS, MAA Yojana, CGHS, and private insurance panels; coverage varies by policy.

In detail

Items that often fall outside the base estimate include pre-operative investigations such as MRI or CT scans, specialised blood tests, and any consultations with other specialists.

If your child needs a higher-grade implant, a longer stay in the intensive care unit, or additional physiotherapy sessions after discharge, these are billed separately.

The final bill also depends on the exact procedure performed, such as clubfoot correction, DDH osteotomy, or limb lengthening, because each uses different implants and theatre time.