Scoliosis can be managed, reduced, and in some cases corrected significantly, but it cannot be fully “cured” in the way you might cure an infection. What’s realistic depends on two things: how severe your curve is (measured in degrees on an X-ray) and whether your skeleton is still growing. Curves under 20 degrees often need nothing more than monitoring. Curves between 20 and 40 degrees can be slowed or improved with bracing and targeted exercise. Curves at 40 degrees or above typically require surgery to straighten the spine.
Why Scoliosis Doesn’t Simply Go Away
Scoliosis is a structural change in the spine, not a muscle imbalance you can stretch out. The vertebrae themselves are rotated and wedged into a curve. In adolescents, this curve can worsen rapidly during growth spurts because bone growth reinforces the existing asymmetry. In adults, curves can slowly progress over decades due to disc degeneration and weakening of the spinal ligaments. That’s why treatment focuses on either preventing progression (in young people) or managing symptoms (in adults) rather than making the spine perfectly straight.
The single most important factor in predicting whether a curve will get worse is skeletal maturity. Doctors assess this using a scale called the Risser grade, which looks at how much of the hip bone’s growth plate has hardened. A Risser grade of 0 means a child has significant growing left and the highest risk of progression. By Risser grade 2 and above, the risk drops substantially. This is why early detection matters so much: catching a curve while there’s still growth remaining opens the door to bracing, which loses its effectiveness once the skeleton matures.
Bracing: The Best Non-Surgical Option for Teens
For adolescents with curves between 20 and 40 degrees who are still growing, a rigid brace is the most effective way to prevent the curve from getting worse. The brace applies external pressure to guide the spine into a straighter position as new bone forms. Traditionally, doctors have recommended wearing the brace 18 to 23 hours per day, but the evidence on exact hours is more nuanced than it might seem.
Research shows that higher compliance leads to significantly lower rates of curve progression. However, one retrospective study found that wearing a brace 12 to 16 hours per day did not lead to higher progression rates compared to wearing it more than 16 hours. That’s meaningful for families trying to balance treatment with a teenager’s quality of life and willingness to actually wear the device. The most important thing is consistent daily use, not necessarily sleeping and showering in it.
Bracing doesn’t work well for adults. Adult spines are no longer growing, so there’s no bone remodeling to guide. In adults, a brace is occasionally used for pain relief or as a temporary support when surgery isn’t an option, but it won’t change the curve.
Targeted Exercise Programs
Specialized exercise programs, particularly the Schroth method, can meaningfully improve mild to moderate scoliosis. Schroth exercises use asymmetric movements, breathing techniques, and postural corrections tailored to your specific curve pattern. The goal is to strengthen the muscles on the weaker side of the curve and retrain your body’s alignment habits.
In a 12-month randomized trial, adolescents doing supervised Schroth exercises saw a 19% improvement in their total curvature, compared to about 10% in a control group. The strongest evidence supports Schroth for curves up to about 25 degrees. For larger curves, it’s best used alongside bracing rather than as a standalone treatment. At 18 months, the differences between groups narrowed, suggesting that ongoing, consistent practice is key to maintaining results.
General fitness also helps. Strengthening your core and back muscles supports the spine and reduces pain, even if it doesn’t change the curve itself. That said, certain exercises can make things worse, especially if you’ve had spinal surgery.
Exercises That Can Make Scoliosis Worse
The general rule is to avoid anything that forces your body further out of alignment or heavily compresses an already uneven spine. Some specifics to be cautious with:
- Leg press machines: Heavy leg pressing compresses the spine and can misalign the hips, placing uneven strain on a curved spine.
- Back bends: Common in yoga and gymnastics, these put extreme strain on the spine, especially after fusion surgery. There are no safe modifications.
- Sit-ups and crunches: Traditional sit-ups strain the lower back and hip flexors. Diagonal crunches, bicycle crunches, and Russian twists are particularly risky because they add rotation to an already rotated spine.
- Full neck rolls: These stress the upper spine and can damage discs at the top of the thoracic region.
- Low leg lifts from the floor: These force the lower back to arch, increasing pressure on vulnerable vertebrae.
If you’ve had spinal fusion, the list gets stricter. The fused portion of your spine can no longer bend or twist, so any rotational movement (like waist rotation machines) concentrates all the force on the remaining mobile vertebrae. Shoulder stands, common in yoga, compress the metalwork and fusion points with no real benefit.
When Surgery Becomes the Best Option
Surgery is generally recommended when a curve reaches 40 degrees or more, or when a smaller curve is progressing rapidly despite bracing. The traditional approach is spinal fusion, where a surgeon straightens the curve using metal rods and screws, then fuses two or more vertebrae together permanently. This creates a strong, stable correction, but the fused segment of the spine loses its ability to bend. Most people adapt well, though you’ll notice some reduced flexibility in your trunk.
A newer option called vertebral body tethering (VBT) is available for select patients. Instead of fusing the spine, a flexible cord is attached to screws along the outside of the curve. As the child grows, the tether restrains growth on one side while allowing the other side to catch up, gradually straightening the spine. It preserves spinal motion, which is a major advantage over fusion.
VBT candidates are typically adolescents still in their growth phase with curves between 35 and 70 degrees who haven’t responded to bracing. It’s performed through small incisions, and most patients return to full activity without restrictions about six weeks after surgery. Not every surgeon offers VBT, and long-term data is still being collected, but early results from centers like the Cleveland Clinic are promising.
Managing Scoliosis as an Adult
If you’re an adult searching for how to get rid of scoliosis, your situation is different from a teenager’s. Adult scoliosis falls into two categories: a curve you’ve had since adolescence that may be slowly progressing, or a new curve developing from age-related disc and joint degeneration (degenerative scoliosis). In both cases, back pain is typically the primary concern rather than the appearance of the curve itself.
Treatment focuses on pain relief. Physiotherapy-guided exercises won’t straighten an adult spine, but they can substantially reduce pain by strengthening the muscles that support the curve. Anti-inflammatory medication, targeted injections, and staying physically active all play a role. Many adults with scoliosis live comfortably without ever needing surgery.
Surgery in adults is reserved for severe pain that hasn’t responded to other treatments, or curves that are progressing and causing neurological symptoms like leg weakness or numbness. Adult spinal fusion is a bigger operation than adolescent fusion, with longer recovery times and higher complication rates, so the threshold for recommending it is higher. The goal shifts from cosmetic correction to pain reduction and preventing further decline in function.
What Realistic Improvement Looks Like
For a teenager with a 25-degree curve caught early, bracing combined with Schroth exercises can realistically prevent the curve from worsening and may reduce it by several degrees. For a 45-degree curve treated with fusion or tethering, surgical correction can bring the curve down to 15 to 20 degrees or less. For an adult with a painful 35-degree curve, a well-designed exercise program and pain management can make daily life comfortable even if the curve stays the same on X-ray.
The key variable across all ages is timing. Scoliosis caught earlier has more treatment options and better outcomes. If you suspect scoliosis in yourself or your child, the most useful first step is an X-ray to measure the Cobb angle, which gives you and your provider a concrete number to base decisions on.