Multi-level surgery for cerebral palsy is a coordinated set of operations performed at the same time to correct multiple musculoskeletal deformities in a child with cerebral palsy, reducing the number of anaesthetics and recovery periods.
Multiple procedures are performed in a single session, tailored to the individual child's pattern of deformity. Common components include hamstring lengthening, psoas lengthening, adductor release, rectus femoris transfer, gastrocnemius recession or Achilles lengthening, and femoral or tibial derotation osteotomy. Procedures may involve both legs. The operation takes three to five hours.
Multi-level surgery is recommended for ambulant children with cerebral palsy (GMFCS levels I-III, typically aged 8-12) whose gait is deteriorating due to progressive musculoskeletal deformities. Pre-operative computerised gait analysis guides the surgical plan.
Physiotherapy, botulinum toxin injections, serial casting, ankle-foot orthoses, and intrathecal baclofen. These manage spasticity but do not correct fixed deformities.
Computerised 3D gait analysis to identify the specific biomechanical problems. Multidisciplinary assessment (physiotherapy, orthotics, occupational therapy). Detailed discussion with the child and family about expectations and the rehabilitation commitment.
Improved walking pattern, better efficiency, reduced falls, and delayed deterioration. The aim is to optimise the child's function rather than achieve 'normal' gait. Most families report significant improvement in mobility and quality of life.
Recovery takes six to twelve months of intensive physiotherapy.
Significant post-operative pain requiring multimodal management.
Walking ability may be worse initially before improving.
Multiple procedures cause cumulative blood loss. Transfusion may be needed.
Muscles may be overlengthened, causing weakness. Difficult to correct.
Deformities may recur as the child grows.
Osteoporotic bone may fracture during osteotomy.
During muscle releases.
Rare but possible with extensive surgery.
Multiple incisions.
General anaesthesia with epidural or regional blocks for post-operative pain management. Careful blood loss monitoring.
Hospital stay five to ten days. Casts or splints for six to eight weeks. Intensive inpatient or outpatient physiotherapy for six to twelve months. Progressive return to standing and walking. Orthotics usually needed. Full benefit of surgery may take twelve to eighteen months to become apparent.
Frequent physiotherapy reviews. Surgeon review at six weeks, three months, six months, and one year. Repeat gait analysis at one year. Long-term follow-up through adolescence.
Performing all corrections in a single session means one anaesthetic, one recovery period, and one rehabilitation programme rather than multiple separate operations and recoveries. This is better for the child and family.
Some children need further soft tissue releases as they grow, particularly during growth spurts. The aim is to optimise function and delay the need for further intervention.
Computerised 3D gait analysis uses cameras and sensors to measure precisely how your child walks. It identifies the specific biomechanical problems at each joint, allowing a targeted surgical plan.