Who Benefits From the Schroth Method? Curve Size, Age and Growth Stage Considerations

The X-ray envelope is still under her arm when the word comes up. A physiotherapist in the hallway mentions it almost in passing: “Has anyone talked to you about Schroth?” The mother of a 12-year-old with a newly measured 22-degree curve writes it down phonetically, because she has never heard it before and has no idea whether it is a hopeful lead or one more thing to worry about.

That hallway question is where most families first meet the debate over who benefits from the Schroth method. It is a set of scoliosis-specific exercises with a century of history and a research record that is real but modest. It is not for everyone with a curved spine, and the people who gain the most tend to share a few features that have little to do with enthusiasm and a great deal to do with numbers, age and how much growing is left to do.

This explainer walks through those features in plain language, so that the conversation with your orthopedic team starts from evidence rather than from a name scribbled on the back of an envelope.

How does the Schroth method actually work?

Scoliosis is a sideways curve of the spine measuring 10 degrees or more on an X-ray, and it is rarely just sideways. The vertebrae also rotate, like a stack of coins twisted slightly out of line, and the normal front-to-back curves of the back often flatten. The Schroth method treats all three dimensions at once, which is why physiotherapists file it under physiotherapeutic scoliosis-specific exercise, usually shortened to PSSE.

The approach was developed in Germany in the 1920s by Katharina Schroth, who had scoliosis herself and worked out corrective positions in front of a mirror. Modern programs keep that visual feedback. Sessions typically use mirrors, wall bars, poles and small weighted bags placed under a collapsed part of the trunk so the person can feel where to expand.

Three ideas run through every exercise. The first is elongation: lengthening the spine actively, as if being drawn upward from the crown of the head. The second is de-rotation: turning the twisted sections of the trunk back toward midline using specific muscle effort. The third is what Schroth practitioners call rotational angular breathing, which means deliberately directing each inhalation into the flattened, concave side of the ribcage so that breath itself becomes a corrective force. Holding the corrected position while breathing builds the trunk muscles on the weaker side, the theory being that a curve pulls some muscles long and slack while others shorten.

Before any of this begins, the therapist classifies the curve pattern, because a single lumbar curve calls for different corrections than an S-shaped thoracic and lumbar pair. The person then learns a personalized routine to practice at home. That home component is not a footnote; Johns Hopkins describes the method as something patients are trained to carry into daily posture and activity, not something that happens only on a clinic mat.

Who benefits from the Schroth method most, according to the evidence?

Start with the diagnosis. Most scoliosis in young people is idiopathic, meaning no cause is found, and the Mayo Clinic notes that this accounts for the large majority of cases. The Schroth method has been studied almost entirely in this group. It was not designed as a primary treatment for scoliosis caused by cerebral palsy, muscular dystrophy or vertebrae that formed abnormally before birth, where the curve behaves differently and the muscle control needed for corrections may not be available.

Within idiopathic scoliosis, the profile that appears again and again in research and in clinical practice looks something like this. The person is old enough to understand and reproduce a three-dimensional correction, which in practice usually means roughly ten years and up. The curve is mild to moderate rather than severe. The skeleton is still growing, so there is a genuine window in which progression is a risk and in which posture habits are still forming. And the person, along with the household around them, can realistically fit regular home practice into an already crowded adolescent life.

Notice what is not on that list. Athletic ability is not a requirement. Neither is a particular curve location, although thoracic curves are sometimes harder to influence than lumbar ones. Girls make up more of the treated population because, as the Mayo Clinic points out, girls have a higher risk of a curve worsening and needing treatment, but boys with the same curve profile are equally suitable.

Adults form a second group, with a different goal. For a mature spine, the aim shifts from limiting progression to managing pain, stiffness, breathing mechanics and the feeling of leaning. Those are legitimate benefits, and the later section on Schroth for adults covers them, but they should not be confused with straightening.

Schroth method curve degrees: where the numbers matter

The single most quoted number in scoliosis care is the Cobb angle, which is the angle between the most tilted vertebra at the top of a curve and the most tilted one at the bottom, drawn on a standing X-ray. It is not a perfect measurement. Two readings of the same film can differ by a few degrees, which is one reason clinicians look for a trend across visits rather than reacting to any single figure.

Broadly, guideline-level thresholds cited by the Mayo Clinic, MedlinePlus and Cleveland Clinic fall into the bands below. Where exercise fits depends on the band and on growth stage, which the next section covers.

Cobb angle	How it is usually described	Usual approach in a growing child	Where Schroth is commonly considered
Under 10 degrees	Spinal asymmetry, not scoliosis	Reassurance, sometimes a recheck	Generally not needed
10–24 degrees	Mild	Observation with repeat X-rays	Often offered, especially if growth remains
25–40 degrees	Moderate	Bracing frequently recommended	Commonly used alongside the brace
Over 45–50 degrees	Severe	Surgery is usually discussed	Sometimes for conditioning; not a substitute

The mild band is where exercise has the clearest theoretical rationale, because the curve is small enough for muscle-based correction to be plausible and because watching and waiting can feel passive to families. The moderate band is where Schroth most often runs in parallel with a brace. Once a curve approaches the surgical range, MedlinePlus notes that surgery is generally considered for curves greater than about 45 to 50 degrees, and exercise becomes a way to maintain fitness and breathing rather than a plan to avoid the operating room. Asking your team which band you are in, and how confident they are in that measurement, is the first useful question.

Age and growth stage: why the growth spurt changes everything

A 25-degree curve in a nine-year-old and a 25-degree curve in a nineteen-year-old are the same number and completely different situations. The NHS notes that scoliosis most often appears in children aged 10 to 15, precisely the years of the adolescent growth spurt, and curves tend to worsen fastest while the spine is lengthening quickly. Once growth stops, most idiopathic curves change slowly, if at all.

Clinicians estimate how much growth remains in several ways. One is the Risser sign, a scale from 0 to 5 that grades how much the growth plate along the top of the pelvis has hardened into bone on the same X-ray used for the Cobb angle; a low Risser score means substantial growth ahead. Another is whether a girl has started menstruating, since most growth in height is complete within a couple of years after that milestone. Height measured at each visit and, in some centers, an X-ray of the hand to assess bone age fill out the picture.

Here is why it matters for the Schroth question. Progression risk is highest, and therefore the potential value of any progression-limiting treatment is highest, in a child who is skeletally immature with a curve already in the teens or twenties. That is the window where families most often hear exercise offered on its own for mild curves, or alongside bracing for moderate ones.

Very young children sit outside the window for a different reason. A six-year-old cannot usually follow the internal cues that Schroth corrections rely on, so programs for that age group are simplified and heavily parent-assisted, and the orthopedic team often leans on observation or other treatments instead. At the other end, a young adult whose growth is finished no longer has a progression window to protect, which is why the goal changes rather than disappears.

Who is usually asked to wait, and who is usually referred elsewhere

Not being offered Schroth is not a verdict on the seriousness of a curve. It usually reflects one of a handful of situations.

The first is a curve under 10 degrees, which by definition is not scoliosis. Teams typically reassure and, if the child is still growing, arrange a recheck rather than start a therapy program. The second is a small curve in a child who is nearly done growing. The Mayo Clinic describes observation with rechecks roughly every four to six months during growth; if the growth plates are closing and the curve has been stable, many clinicians reasonably prefer to watch rather than add appointments to a family’s week.

A third group is asked to look elsewhere first: children with scoliosis caused by a neuromuscular or congenital condition. Their spines and muscles behave differently, the curves can progress despite excellent effort, and the treatment pathway is usually set by a specialist pediatric spine team. Exercise may still have a role in general strength and comfort, but it is rarely framed as scoliosis-specific correction.

The fourth group is people with severe curves. Here the honest message from the evidence is that exercise cannot be expected to take a 55-degree curve out of the surgical range. Schroth may be used for conditioning and breathing before or after an operation, but presenting it as an alternative would be misleading.

Finally, there is the quiet practical filter. A program that depends on home practice several times a week asks a lot of a busy teenager. Therapists will often say so plainly and suggest revisiting when the timing is better, which is not a rejection but a realistic reading of what makes the method work. In every one of these situations, the person deciding is the treating team, weighing growth, curve trend and the family’s capacity together.

Can Schroth exercises for scoliosis be combined with bracing?

Yes, and in moderate curves this pairing is the most common way Schroth is used. The two treatments do different jobs. A brace holds the trunk in a corrected position passively, from the outside, for most of the day. The Mayo Clinic notes that most braces are worn between 13 and 16 hours a day, and that a brace’s effectiveness increases with the number of hours worn. Schroth exercises train the person to produce a correction actively, from the inside, and to carry a taller, less rotated posture into the hours when the brace is off.

The mechanism behind the combination is straightforward. Wearing a rigid shell all day can allow trunk muscles to do less work, and some therapists worry about deconditioning over years of brace wear. A short daily exercise routine gives those muscles a job. Rotational breathing may also help a young person use the chest fully while a brace is compressing the ribcage.

Practically, the routine is usually done out of the brace, often in the evening or early morning, and the therapist coordinates with the orthotist so that the exercise corrections and the brace pressure points push the trunk the same way. A few positions can be practiced in the brace, and some teens find that the brace itself becomes a tactile cue for where to breathe.

What the combination does not do is halve the required brace hours. If a family hears that exercise means the brace can be worn less, that is a conversation to bring back to the orthopedic team, because the wear time was set for a reason. Nor should Schroth be started as a way to postpone a brace that has already been recommended for a moderate curve in a growing child; the progression window does not pause while a decision is delayed.

Schroth method for adults: a different goal, not a lesser one

Adults arrive at Schroth by two routes. Some have an idiopathic curve from adolescence that was watched, braced or simply never noticed until a physical examination or a photograph made the asymmetry obvious. Others develop degenerative scoliosis in midlife or later, when the discs and small joints of the lower spine wear unevenly and the spine gradually tilts. The NHS describes adult treatment as centered on pain relief and function: painkillers, exercise and physiotherapy, spinal injections when nerves are irritated, and surgery reserved for severe or worsening cases.

In a mature spine, the growth plates are closed and the curve is no longer expected to change quickly, so the realistic aims of a Schroth program are different from those for a teenager. They include reducing the sense of leaning or collapsing to one side, improving how evenly the ribcage expands with each breath, building endurance in the trunk muscles that resist the curve, and, for many, easing the mechanical back pain that comes from asymmetric loading. A tall standing posture that is held habitually can also make an adult feel and look straighter even when the Cobb angle on X-ray has not moved.

Pain in adult scoliosis often has several sources at once: tired muscles, arthritic joints, a disc pressing on a nerve. Exercise can address the first and sometimes the second. Where a clinician recommends a medicine class such as anti-inflammatory drugs or a nerve pain agent, that decision, and any change to it, belongs to the prescriber, and exercise is added alongside rather than instead of it.

The people who tend to do best are adults with mild to moderate curves, no significant nerve compression, and the patience for a program measured in months. Those with leg weakness, numbness or walking limited by spinal narrowing need a surgical opinion first, since exercise cannot decompress a nerve.

Is the Schroth method effective? What the research shows

The honest answer has two parts, and both matter. The first part is that Schroth exercises have been tested more rigorously than most exercise approaches for scoliosis, including in randomized trials, and the results point in a consistent direction: modest improvements in trunk muscle endurance, self-reported appearance and quality of life, and in some trials a small difference in Cobb angle compared with usual care. Trials have also reported fewer participants progressing to the point of brace prescription.

The second part is that the evidence base is small. The Cochrane review of exercises for adolescent idiopathic scoliosis judged the available evidence to be of very low quality, with only two trials meeting inclusion criteria at the time, and concluded that firm recommendations could not be drawn. Later trials have added weight, but they involve dozens rather than thousands of participants, follow-up rarely extends to skeletal maturity, and blinding is impossible when one group learns exercises and the other does not.

What this means in plain terms: Schroth is a reasonable, low-risk option with a plausible mechanism and encouraging early data, particularly as an addition to observation or bracing in growing adolescents. It is not a proven way to reverse a curve, and nobody can tell an individual family what their X-ray will show in a year.

Two features of the research shape who is offered the method. Trials have enrolled adolescents with mild to moderate curves almost exclusively, so that is the group where any claim of benefit rests on data. And most measured outcomes are not just the Cobb angle; they include how the trunk looks and feels, how well the person breathes and how strong they are. When a therapist says Schroth is effective, it is fair to ask, “Effective at what, measured how, in whom?” A good clinician will welcome the question and answer it with the same caution the evidence deserves.

What happens at a Schroth assessment and in the first sessions

The first visit is mostly looking and measuring. The therapist reviews the recent X-ray and Cobb angle, then examines the standing back for shoulder height, waist creases, rib prominence and pelvic tilt. A forward-bend test, in which the person bends toward their toes while the therapist views the back from behind, shows trunk rotation clearly. Many clinics measure that rotation with a small inclinometer laid across the back, and photograph posture for comparison later.

From these findings the therapist assigns a curve pattern. This classification decides which side gets lengthened, which gets stabilized and where the breath is directed, so it is worth asking the therapist to explain the pattern in everyday language; most will sketch it on paper.

The early sessions are about sensation before strength. A young person learns what a neutral pelvis feels like, how to lengthen the spine without simply arching, and how to expand the concave side of the ribs while keeping the convex side quiet. Mirrors and hands-on cues do most of the teaching. Positions start lying down or sitting, where gravity is less of an opponent, and move toward standing and functional tasks as control improves.

Comfort matters, especially for children. Sessions are not painful; they are effortful in the way holding a good plank is effortful, and mild muscle soreness the next day is normal. Wearing fitted clothing helps the therapist see the trunk. Parents are usually welcome and often taught to give cues at home.

By the end of the initial block the person leaves with a written or video home program of a handful of exercises matched to their pattern, plus posture reminders for sitting, carrying a bag and sleeping. The length and frequency of that initial block varies between clinics and is set by the therapist, not by a fixed template.

What the following weeks and months usually look like

Progress in a Schroth program is measured in seasons, not sessions, which surprises families who expect a therapy to produce a visible change by the next appointment.

The first few weeks are a learning phase. Home practice feels awkward, the corrected position is hard to find without a mirror, and the muscles on the weaker side tire quickly. Therapists often check in frequently during this period to refine technique, because an exercise practiced with the wrong rotation can reinforce the very pattern it is meant to oppose.

Over the following months the routine becomes shorter and more automatic. The visible markers many teens notice first are not on an X-ray: a waist crease that looks more even, a shoulder that sits closer to level in photographs, a feeling of being able to stand taller for longer. These are real functional gains even when the Cobb angle is unchanged.

The X-ray schedule is set by the orthopedic team, not the therapist, and it does not usually change because exercise has started. The Mayo Clinic describes rechecks roughly every four to six months during growth for children being observed. Each of those visits answers the question that actually matters: is the curve stable, improving or progressing in this growing spine? If it is progressing despite good adherence, the team may add or adjust a brace, and that is not a failure of effort; it is the curve behaving as some curves do.

For someone also wearing a brace, appointments with the orthotist continue on their own timetable, with adjustments as the child grows. For adults, the timeline is looser and reviewed against symptoms rather than growth. In all cases, the program is typically continued until skeletal maturity for adolescents or until goals are met and maintained for adults, and it winds down to a maintenance routine rather than stopping abruptly.

Risks, limits and the alternatives your team will weigh

Schroth exercises are among the lowest-risk interventions in spine care. The physical risks are those of any supervised exercise: temporary muscle soreness, occasional strain if a position is forced, and rarely a flare of back pain in adults with arthritic joints. Reporting new or worsening pain to the therapist usually leads to a simple adjustment.

The more important risks are indirect. The first is opportunity cost. If a family chooses exercise alone for a moderate curve in a rapidly growing child when a brace has been recommended, the progression window may close with the curve larger than it needed to be. The second is time and money spent on frequent sessions that a household cannot sustain, leading to early drop-off and no benefit. The third is emotional: a teenager who practices faithfully and still progresses can feel they did something wrong, when the curve was simply following its own biology.

The alternatives are not rivals so much as neighbors on a spectrum, and the treating team moves between them as the picture changes.

• Observation: repeat clinical checks and X-rays during growth, the standard approach for mild curves.
• Bracing: a custom rigid orthosis for moderate curves in skeletally immature children, worn most of the day.
• General physiotherapy: strengthening and flexibility work that is not scoliosis-specific, often used for adult pain.
• Surgery: usually spinal fusion, considered for severe curves or those progressing despite other measures.

For adults, the NHS pathway adds pain-relieving medicines and spinal injections before surgery is considered, with the prescribing clinician choosing the class and duration. Exercise, Schroth or otherwise, sits alongside these rather than replacing them. No approach is right for every curve, and the neutral question to ask is which combination gives this person the best chance of a stable, comfortable spine at the end of growth or at the end of the year.

What people often get wrong about who benefits from the Schroth method

Several ideas circulate online and in waiting rooms that do not match the evidence.

The first is that Schroth suits every curve. It was studied in idiopathic scoliosis of mild to moderate size, mostly in adolescents. Extending that to a 60-degree curve, a neuromuscular curve or a six-year-old is a leap the data do not support.

The second is that adults can exercise a curve straight. A mature spine has fixed bony changes. Adults can improve posture, endurance and pain, and can appear taller and more even, but a meaningful change in Cobb angle is not the realistic aim, and no reputable therapist promises one.

The third is that Schroth replaces a brace. For moderate curves in growing children, bracing remains the treatment with the strongest evidence for limiting progression, as the Mayo Clinic and NHS both describe. Exercise is an addition to it, not an exit from it.

The fourth is the reverse mistake: that exercise is pointless because bracing exists. Low-quality evidence is not no evidence, and the functional and psychological gains reported in trials matter to teenagers who dislike how their back looks.

The fifth is that if the curve progresses, the person did not try hard enough. Some curves progress under any treatment, and the growth spurt is a powerful force. Adherence matters, but it does not override biology.

The sixth is that a single style of Schroth, or a particular certification, is the only legitimate one. Several schools teach the method with small differences in emphasis. The evidence does not favor one over another, and the qualities that matter are a careful assessment, a clear curve classification and a home program the person will actually do.

A last one worth naming: boys are sometimes told scoliosis is a girls’ condition. Boys are diagnosed less often and progress less often, but a boy with a growing spine and a moderate curve is exactly as suitable a candidate.

Questions to ask your care team

The value of a consultation often comes down to a few well-aimed questions. These are the ones experienced families and patients say they wish they had asked at the start.

• What is the current Cobb angle, and how much do you expect measurement to vary between X-rays?
• How much growth do you think remains, and what are you using to judge that: Risser sign, bone age, menstrual history or height trend?
• Based on curve size and growth stage, is observation, exercise, bracing or a combination the standard approach for someone like me or my child?
• If Schroth is recommended, what specific outcomes are you hoping to influence: Cobb angle, trunk rotation, posture, breathing, pain or confidence?
• How will we know whether it is working, and at what point would you change the plan?
• How often are follow-up X-rays planned, and does starting exercise change that schedule?
• If a brace is also recommended, how should exercises and brace hours fit together in a typical day?
• What does the home program involve, roughly how much time each week, and what happens if adherence slips during exams or sports seasons?
• Which curve pattern have you classified, and can you show me how the corrections match it?
• Are there activities or sports that should be avoided or encouraged alongside the program?
• For adults: is there any sign of nerve compression that should be assessed before starting an exercise program?
• Who do I contact between appointments if pain increases or the curve appears to change?

Bring the last X-ray report if you have it, and consider writing down the answers during the visit. Teenagers often absorb more when they hear the plan explained to them directly rather than through a parent, so it is reasonable to ask the clinician to speak to the young person as the main participant. None of these questions challenge the team; they help the team tailor a plan that a real family can carry out.

When to call your doctor

Most scoliosis, and most Schroth programs, move slowly enough that changes are picked up at scheduled visits. A few signs should prompt a call to the orthopedic team or primary care doctor rather than waiting for the next appointment.

Seek prompt medical attention for any new numbness, tingling or weakness in the legs, difficulty walking, changes in bladder or bowel control, or back pain accompanied by fever or unexplained weight loss. These are not features of ordinary idiopathic scoliosis and need assessment for other causes. Severe back pain in a child or teenager, or pain that wakes them at night, also warrants an unscheduled review, since idiopathic curves are usually painless in young people.

Call within days, rather than urgently, if a shoulder, hip or rib prominence looks noticeably more uneven over a few weeks, if a brace no longer fits or is causing skin breakdown, if breathlessness on ordinary exertion is new, or if exercise consistently increases pain rather than producing ordinary muscle fatigue. Let the therapist know as well, since technique may need adjusting.

For adults, worsening leg pain with walking that eases when sitting, or a sense of the trunk tilting forward more than before, should be reported, as these can point to spinal narrowing or progression that changes the treatment discussion.

A short note on urgency: sudden loss of bladder or bowel control or rapidly worsening leg weakness are emergency symptoms in anyone with a spinal condition and should be treated as such by calling emergency services.

Everything else in this article is background for a conversation. Curve size, age and growth stage set the frame, and the evidence for Schroth is encouraging within that frame, but the plan that fits one spine and one household is a judgment call that belongs with the people who have seen the X-ray and met the person standing in front of it.

Frequently asked questions

Who benefits from the Schroth method the most?

Growing adolescents with idiopathic scoliosis and mild to moderate curves are the group most consistently offered Schroth, because progression risk is highest during growth and the research has focused on them. Adults with mild to moderate curves can also benefit, though the goals shift to posture, breathing and pain rather than curve reduction. People with severe, neuromuscular or congenital curves are usually guided toward other treatments first, with the treating team deciding.

What Schroth method curve degrees are typically considered suitable?

Most programs and trials involve Cobb angles roughly between 10 and 40 degrees. In the mild band, under about 25 degrees, exercise is often offered alongside observation. In the moderate band, about 25 to 40 degrees, it is commonly paired with a brace in a growing child. Above roughly 45 to 50 degrees, MedlinePlus notes surgery is usually discussed, and exercise becomes a fitness and breathing tool rather than a plan to avoid it.

Is the Schroth method effective at reducing a curve?

The evidence is encouraging but limited. Randomized trials report improvements in trunk muscle endurance, appearance and quality of life, and some show small differences in Cobb angle compared with usual care. The Cochrane review of exercise for adolescent scoliosis rated the evidence as very low quality, so no one can promise a specific change for an individual. Schroth is best viewed as a low-risk addition to standard care, not a proven way to straighten a spine.

Does the Schroth method for adults work differently than for teenagers?

Yes, mainly in its goals. A teenager’s spine is still growing, so the aim is to limit progression while building posture and strength. An adult’s spine has finished growing and the curve is unlikely to change much, so the aim becomes better posture, more even breathing, stronger trunk muscles and less mechanical back pain. The NHS describes adult scoliosis care as centered on pain and function, with exercise as one part of that.

At what age can a child start Schroth exercises for scoliosis?

There is no fixed age, but the corrections rely on feeling and reproducing subtle trunk movements, so most therapists find children need to be around ten or older to participate fully. Younger children may be given simplified, parent-assisted routines, while the orthopedic team often relies more on observation or bracing at that age. Readiness depends on the individual child’s attention and body awareness as much as on the birthday.

Can Schroth replace a brace for a moderate curve?

It is not considered a replacement. For moderate curves in skeletally immature children, bracing has the strongest evidence for limiting progression, and the Mayo Clinic notes its effect depends on wearing it for most of the day. Schroth is usually added to bracing to keep trunk muscles active and to train posture during hours out of the brace. Any change to recommended brace hours should be discussed with the orthopedic team.

How long does someone typically continue a Schroth program?

For adolescents, programs are generally continued, in some form, until skeletal maturity, because that is when the progression window closes. The intensive learning phase is shorter and is followed by a home routine reviewed at follow-up visits, which the Mayo Clinic describes as roughly every four to six months during growth. Adults continue until their goals for pain and posture are met, then scale back to maintenance. Exact timing is set by the treating team.

Is Schroth safe, and are there any risks?

The direct risks are low and similar to any supervised exercise: temporary muscle soreness and, rarely, a strain from forcing a position. The more significant risks are indirect, such as choosing exercise instead of a recommended brace during a rapid growth phase, or investing time in a program a household cannot sustain. Adults with signs of nerve compression should have those assessed before starting, since exercise cannot decompress a nerve.

Does scoliosis type matter for who benefits from Schroth?

It matters a great deal. The method has been studied almost exclusively in idiopathic scoliosis, the type with no identified cause, which the Mayo Clinic notes is the most common form. Curves caused by neuromuscular conditions or by vertebrae that formed abnormally before birth behave differently and are usually managed by specialist spine teams with other approaches. Exercise may still support general strength and comfort in those groups, but not as primary scoliosis correction.

How will I know if the Schroth method is working?

Look at several measures rather than one. Follow-up X-rays ordered by the orthopedic team show whether the Cobb angle is stable, better or worse, which is the outcome that matters most during growth. Therapists also track trunk rotation, posture photographs and endurance tests. Many young people notice more even shoulders or waist creases and easier standing before any X-ray change appears. Ask the team in advance which outcomes they will use and when they would change the plan.

References

• NHS: Scoliosis, treatment in children
• NHS: Scoliosis, treatment in adults
• MedlinePlus: Scoliosis
• PubMed: Exercises for adolescent idiopathic scoliosis (Cochrane review)

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.