Treatment
Spinal deformity correction realigns a spine that has curved beyond what monitoring and bracing can hold — most often scoliosis — and fuses it straight so the correction lasts. It is the biggest planned operation in spine surgery, and whether the curve belongs to your teenager or to you, the questions arrive with matching weight. They deserve straight answers. Here they are.
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The operation is planned vertebra by vertebra on your imaging long before theatre. On the day, implants are anchored along the curved segments and the spine is carefully brought toward straight — with the spinal cord's signals monitored continuously through every moment of correction — then fused so the new alignment becomes permanent. It is major surgery, done for carefully selected curves, by a senior spine surgeon whose subspecialty interests include spinal deformity correction — and the numbers it achieves are worth seeing plainly.
The correction, in degrees
Figures reflect ranges reported in published series for suitable patients — our specialist will discuss the numbers that apply to your curve, openly, before anything is decided.
When surgery this size is on the table — for your child or for yourself — one question usually outweighs the rest. Tap it; the straight answer is one scroll away.
It is major surgery — hours in theatre, a spine realigned — and pretending otherwise would insult your intelligence. But “major” describes the engineering, not the experience you should expect. You feel nothing during; afterwards, modern pain management is planned before the operation, not improvised after it, and mobilisation starts remarkably early — most patients are up within a day or two.
And here's the part parents rarely believe until they see it: teenagers recover from this operation with a speed that startles the adults around them. Young bone heals fast, young resilience runs deep, and the milestone that reframes everything usually arrives within days — standing at a new height, straighter than they've been in years.
This is the fear underneath every other one — so it gets the fullest answer. Yes, deformity correction works near the spinal cord; that is precisely why modern deformity surgery is built around protecting it. Throughout the operation, the cord's electrical signals are monitored continuously — every moment of every correction manoeuvre is watched, and if the monitoring so much as murmurs, the plan adapts in real time. Serious neurological injury is rare in modern published series.
Around that safeguard sit the others: a correction planned vertebra by vertebra on your imaging before the day; a senior spine surgeon whose subspecialty is exactly this; and a major hospital — Mount Elizabeth Novena — around the operating room. The remaining risks — infection, bleeding, implant issues, the fusion not taking — are each uncommon, and each discussed openly, with your numbers, before anything is decided.
Sooner than the size of the operation suggests. Walking within a day or two; home in about a week; school and desk-based life over the following weeks; sport phased back over the months as healing is confirmed on X-ray. Families often plan the operation around school holidays so the classroom barely notices. Wherever you are in the journey:
The considering stage belongs to the whole family — bring everyone's questions. A consultation measures the curve properly, maps the growth remaining, and lays out correction versus continued monitoring with honest numbers. Bring every previous X-ray; the curve's history is half the decision.
Preparation is thorough because the operation deserves it. Full-length imaging, health optimisation, and a walkthrough of the day itself — for the patient and the parents — so nothing on the day is a surprise. Scheduling is planned with the school calendar in mind. Questions before then? Message us.
Recovery is a steady staircase — climbed one cleared milestone at a time. Walk daily from the start, let the physiotherapy programme set the pace, and hold sport until the X-rays clear each step. New weakness, numbness, fever or wound concerns? Contact us promptly — that's what the hotline is for.
Once the fusion is solid, the corrected segments hold — a fused, realigned spine does not quietly re-curve, and instrumentation failure is uncommon with modern implants. The honest nuances: in a still-growing child the operation is timed and planned around the growth that remains, precisely so growth doesn't undo the work; and the unfused levels above and below keep living their normal lives, which is why follow-up continues over the years — measurement on a calendar, exactly as it was before surgery. The correction is built to last a lifetime; the check-ups are how we make sure of it.
For most curves — yes, and we'll be the first to say it: monitoring and bracing remain the right answer for the majority, and our scoliosis care is built on exactly that. Correction enters the conversation in specific situations — and timing is part of the decision, because large curves left too long grow stiffer and harder to correct. Check your situation:
Your situation fits the profile correction was designed for. That doesn't make surgery inevitable — it makes a proper consultation worthwhile: measuring the curve exactly, mapping the growth or progression, and weighing correction against continued monitoring — openly, with your numbers, as a family.
Good news — monitoring may well be all this curve needs. Most curves never see an operating theatre, and a properly measured baseline plus scheduled checks is how it stays that way. An assessment sets that up — with surgery staying exactly where it belongs: reserved for the curves that demand it.
And remember: a consultation is not a commitment to surgery — it's how you get the information this page can't know about your curve.
Tap the one that sounds like you — and get the straight answer:
Spinal deformity correction realigns a spine that has curved or rotated beyond safe limits — most often scoliosis. Through implants anchored along the curved segments, the spine is carefully brought toward straight in the operating theatre, then fused so the correction holds permanently. It is planned vertebra by vertebra on your imaging before the day, and executed by a senior spine surgeon whose subspecialty interests include spinal deformity correction.
This is the question that matters most, and modern deformity surgery is built around it. The spinal cord's signals are monitored continuously throughout the operation — every moment of correction is watched, and the plan adapts in real time to what the monitoring says. Serious neurological injury is rare in modern published series; the full risk picture is discussed openly, with your numbers, before anything is decided.
Most patients are up and walking within a day or two, and home in about a week. School and desk-based life typically resume over the following weeks, with sport reintroduced progressively over the months as healing is confirmed. Teenagers, in particular, tend to recover with a speed that surprises their parents.
Usually, yes — straightening a significant curve reclaims the height the curve was hiding, and standing taller is often the first thing patients notice about themselves. The rib prominence also typically reduces as the rotation is corrected, which for many teenagers matters as much as the numbers.
Most curves never need surgery — monitoring and bracing remain the right answer for the majority. Correction enters the conversation when a curve passes roughly 45–50 degrees or keeps progressing despite bracing in a growing spine, and in adults when deformity brings relentless pain, imbalance or nerve compression. Timing matters: large curves left too long become stiffer and harder to correct, so the decision deserves a proper assessment rather than a default of waiting.
Related: Scoliosis · Spinal fusion · Minimally invasive spine surgery
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