Hip Resurfacing Surgery — Bone-Preserving Alternative for Active Patients in Surat

Hip resurfacing surgery is a bone-conserving alternative to total hip replacement that preserves significantly more of the patient's natural femoral bone. Instead of removing the entire femoral head, the surgeon resurfaces it with a smooth metal cap while replacing the damaged hip socket with a metal cup. This procedure is particularly suitable for younger, active patients who wish to maintain higher activity levels and preserve bone stock for potential future revisions. If you're unsure whether resurfacing or a total hip replacement is right for you, Dr. Krunal Donda offers specialist assessment and shared decision-making at Shivaan Hospital.

Hip resurfacing candidates are typically younger, active patients with good bone quality who want to preserve bone stock and maintain high activity levels. Proper patient selection is crucial for optimal outcomes and implant longevity. Our team includes specialist physiotherapy — learn about our physiotherapy (pre & post-op) programs to support recovery.

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  Age factor: Generally suitable for patients under 60 years with adequate bone density and quality.
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  Activity level: Active individuals seeking to return to sports, recreational activities, or physically demanding work.
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  Bone quality: Good bone stock without significant osteoporosis or cysts in the femoral head.
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  Diagnosis: Primary osteoarthritis or avascular necrosis with preserved femoral bone structure.

Patients considering hip resurfacing surgery typically experience progressive hip pain and functional limitations despite conservative treatment. Recognizing these symptoms early allows for timely intervention.

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  Persistent hip pain: Deep groin pain that worsens with activity and weight-bearing.
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  Stiffness: Reduced range of motion affecting daily activities like putting on shoes or getting in cars.
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  Limping: Altered gait pattern due to pain or hip dysfunction.
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  Activity limitation: Inability to participate in sports, exercise, or physically demanding work.
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  Night pain: Hip discomfort disrupting sleep despite medication.

While both procedures address hip arthritis, hip resurfacing offers distinct advantages for appropriate candidates including bone preservation, more natural biomechanics, and easier revision if needed in the future. If bone quality is suboptimal, total hip replacement remains an excellent option.

The hip resurfacing operation is performed under general or spinal anesthesia, typically lasting 2-3 hours. The surgeon preserves the femoral head while preparing it to receive a metal cap, and replaces the damaged acetabular socket with a metal cup.

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  Surgical approach: Performed through a posterior or lateral hip incision preserving hip muscles.
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  Femoral preparation: Damaged cartilage removed and femoral head shaped to fit metal cap.
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  Component placement: Metal cap cemented onto femoral head; press-fit cup inserted into socket.
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  Metal-on-metal bearing: Smooth cobalt-chrome surfaces articulate providing low friction movement.
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  Hospital stay: Typically 2-3 days with early mobilization and physiotherapy.

Hip resurfacing recovery follows a structured protocol allowing progressive return to activities. Most patients achieve excellent functional outcomes with dedicated rehabilitation and gradual activity progression.

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  0-6 weeks: Protected weight-bearing with crutches, gentle range of motion exercises, wound healing.
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  6-12 weeks: Progressive weight-bearing, strengthening exercises, return to driving and light activities.
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  3-6 months: Advanced strengthening, proprioception training, return to most daily activities and low-impact sports.
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  6-12 months: Full recovery, return to high-impact activities including running, tennis, skiing with surgeon approval.

Modern hip resurfacing implants provide excellent pain relief and functional restoration with success rates exceeding 95% at 10 years in properly selected patients. Understanding potential risks and metal ion considerations is important for informed decision-making.