School, sport and daily life

Short answer: There is no basis for keeping a child with scoliosis away from sport. In a cohort of 785 children and adolescents who wore a brace almost around the clock, those doing sport twice a week or more had better results over eighteen months. Swimming is a worthwhile sport for general health, but it does not stand in for scoliosis-specific exercise. A heavy school bag is not the cause of scoliosis, and lightening it will not undo a curve that is already there; a badly carried bag can still make the day more tiring for a child who already has a curve. An exemption from physical education should not be treated as an automatic step, and that decision belongs to the physician.

Sport is not banned, and the evidence points the other way

In the first weeks after a diagnosis, a list of prohibitions tends to assemble itself in most families. Basketball training is cancelled, the child is withdrawn from the school team, the bicycle stays in the storeroom over the summer. Behind that reflex is the wish to protect. Usually the child simply starts to think of themselves as ill.

This page is where sport is dealt with, and the other pages in the guide send the reader here for it. The most concrete data available come from children who wore a brace for almost the whole day. In the cohort followed by Negrini and colleagues, 785 children and adolescents with idiopathic scoliosis (the most common form, whose cause is not known) were grouped by how much sport they did: 290 who took part twice a week or more were compared with 495 who took part once a week or less. Over eighteen months of follow-up, the group doing sport more often was clearly more likely to show improvement in the curve. The number behind that is an odds ratio of 1.59, which means the chance of improvement in the sporting group was roughly one and a half times greater. The 95 per cent confidence interval for that estimate runs from 1.17 to 2.16. A confidence interval shows the two numbers the true value most probably lies between, and because the whole of this interval sits above 1, the result is unlikely to be a chance finding, although chance is only one of the things that can mislead a study. The likelihood of improvement kept rising as weekly sporting frequency rose. Every one of these children was in a full-time brace, so the sentence "a child in a brace cannot do sport" loses its footing in the same set of data.

The limits of the finding have to be stated just as plainly. The study was not randomised, meaning the children were not allocated at random to a sporting group and a non-sporting group. A child who keeps up a sport may differ in other ways as well. They may be more motivated, they may wear the brace more consistently, their family may have more capacity to keep the follow-up going. Because those confounding factors cannot be separated from one another, the result cannot be read as "sport straightens a curve". It can be read this way instead: no data justify banning sport, and the data in hand run the other way.

Sport has one other feature worth stating, which is that it does not take the place of a scoliosis-specific programme. A child who goes to volleyball training gains trunk awareness, fitness and a set of friendships. Work built around the pattern of a particular curve is a separate task, and it does not happen by itself at training. These are two different entries in the same week, and they are planned together.

Are one-sided sports harmful

Basketball, volleyball, tennis, gymnastics and fencing all load the trunk more on one side than on the other, and that is where the worry starts. The honest answer is that no reliable sport-by-sport data exist. A list showing which sports are safe and which are inadvisable cannot be produced at the present level of evidence.

That has a practical consequence. Making a child give up a sport they have done for years, one around which their friendships and part of their sense of themselves are built, is a serious intervention and it calls for a serious reason. The heading "one-sided sport" does not supply one. Before a child is pulled out of a team they have played in for three years, it is worth asking what the decision rests on.

There are concrete criteria that can be discussed when the question is genuinely open. Is there pain after training that does not settle? Is the child wearing the brace noticeably less on training days? Has the week filled up to the point where there is no room left for the scoliosis-specific work? Those are questions that can be measured, and the answers differ from one child to the next. A blanket prohibition issued on the strength of the name of a sport rests on nothing measurable at all.

Swimming, and why it is usually explained wrongly

"Sign your child up for swimming" is the advice families in Turkey hear most often after a scoliosis diagnosis, and a family newly arrived here will hear it too, from a neighbour, from a physical education (PE) teacher, sometimes in a hospital corridor. The reasoning behind it is easy to follow: the load on the spine is lower in water, the movement looks symmetrical, and the sport itself does no harm. Against that, there is no evidence that swimming has any straightening effect on a curve.

The study by Zaina and colleagues is often cited here. The researchers compared 112 competitive young swimmers with 217 pupils of the same age and found a higher risk of trunk asymmetry among the swimmers (odds ratio 1.86; 95 per cent confidence interval 1.08 to 3.20). That result suggests the direction of the usual advice deserves questioning at the very least.

Even so, it is worth being careful about what this study says and what it does not. The research is cross-sectional, meaning it measures a situation at one point in time and cannot establish cause and effect. The group examined also consisted of competitive swimmers with a high training volume. A secondary-school pupil who goes to the pool twice a week for enjoyment is not part of that group. The conclusion "stop swimming" therefore does not follow from this finding.

The sentence that remains is plain and useful. Swimming is a good sport for general health, fitness and pleasure. It is not a treatment for scoliosis, it does not replace scoliosis-specific exercise, and if swimming is the only thing a child does, then no scoliosis-specific work is being done for that child. Telling a family this is more helpful than nodding along with the advice they have been given.

Pilates, yoga and similar searches

A family wants to do something. They list the options within reach and within budget, and they hope one of them will turn out to be enough. Pilates and yoga sit at the top of that list, and around Bornova they are easy to find.

These forms of exercise are worthwhile in their own right for trunk strength, flexibility and body awareness. They are not scoliosis-specific, which is to say they are not built around where a child’s curve sits and which way it faces. The evidence on these approaches in scoliosis is a separate matter, and it is dealt with on the bracing and exercise and Schroth method pages.

This page can only speak about the calendar. A child’s week is finite. If a general activity takes the place of the scoliosis-specific work, the result is a situation that is easy to misread: something is being done, but the main task is not being done at all. The two can be planned alongside each other; one cannot be substituted for the other.

Physical education: the line between protecting and excluding

Parents usually put this question as "should we get a report and have our child excused?" The need underneath it is different. The family is waiting for someone to draw the line between protecting a child and excluding one.

A short word on how this works here, because a family new to Turkey has no reason to know it. The school does not make the medical decision, and neither does a physiotherapist; in practice what a school asks for is a written request from a physician, so the question is raised in the clinic rather than in the classroom. If there is not yet a physician following the child, the route runs from the family physician or paediatrician to orthopaedics and traumatology or to physical medicine and rehabilitation, and imaging is requested by the physician if the physician wants it. The state route and the private route differ in how long you wait for an appointment, and the diagnosis and follow-up page sets out that pathway.

The exemption decision belongs to the physician and is made according to the child’s curve, growth status, brace prescription if there is one, and any additional problems. A physiotherapy page cannot make that decision. It can be said that an exemption should not be thought of as an automatic step, because no data justify a ban on sport. The cohort described above was made up of children whose curves averaged around forty degrees on the Cobb angle (the degree of curvature measured on an X-ray) and who wore a brace for almost the whole day. In other words, even in the group you would most expect to be steered away from sport, the children doing regular sport had better results. Whether one particular child should be excused is answered by the physician following that child.

An exemption has a cost that does not appear on the report. A child who spends the lesson sitting at the side has also been taken out of the social life of that lesson. They are not picked when the teams are made, they are outside the jokes that happen inside the game, and in time they start to describe themselves as the pupil in the class who cannot. During adolescence the weight of that description is heavier than the forty minutes that were missed.

Being excused from the whole lesson is not the only option available. Being kept out of particular movements, settling in advance how the lesson will run for a child in a brace, or the PE teacher knowing the situation and including the child in the programme are all things that can be discussed. Which of them is appropriate is decided together with the physician, and the content of the letter that goes to the school comes out of that same conversation.

The school bag: three sentences that have to be said together

A parent will often arrive holding the school bag itself and put it down on the floor as evidence. Behind that gesture is a concrete hope. If the cause is the bag, then the parent holds the controls: lighten the bag and the problem is solved. The answer consists of three sentences, and when those three are not said together it is misheard.

The three sentences are these. A heavy bag is not the cause of this picture. Lightening the bag will not undo a curve that is already there, because a spine does not return to its former shape once the weight comes off the back. Against that, in a child whose back is already under strain, a heavy bag that is badly carried can make the day more tiring, and any adjustment is made for the third sentence alone.

The knowledge standing behind the first sentence is that idiopathic scoliosis arises from many factors at once, that the closest explanation available today is a genetic predisposition, and that the picture cannot be attributed to a single outside influence. There is a detail here that honesty requires. Some cross-sectional studies have found a statistical association between a heavy school bag and curvature, and others have not. Associations measured at a single moment do not demonstrate causation, and the relationship may well run in the opposite direction, in that a child whose back is already uncomfortable may be carrying the bag differently. That is the distinction a parent needs to keep hold of when a headline saying a link has been found comes past on a screen.

The third sentence is the only justification that makes a bag adjustment meaningful. Using both shoulder straps, carrying the weight close to the middle of the back, leaving the day’s unnecessary books at school and using a locker where one exists are reasonable measures for comfort. Lockers are not a fixture of every school here, so in many cases the whole set of books travels in both directions every day. None of these measures carries a claim to change the course of a curve, and they should not be presented to a family as though they did.

The same logic applies to carrying habits outside school. A sports bag slung on one shoulder, an instrument case held in one hand, or the heavy shopping bag handed to the child on the walk home from the market are all worth correcting to the extent that they cause discomfort. Counting them as the cause of a curve produces guilt that serves no purpose.

Sitting at a school desk and the study set-up at home

In many families the months before the diagnosis were spent repeating "sit up straight". After the diagnosis the same warning comes back, this time with guilt attached to it. Yet there is no evidence that posture leads to structural scoliosis. Sitting awkwardly for hours may well tire the muscles, but no data show that it creates a curve.

It helps to know that postural asymmetry and a structural curve are different things. The detail of that distinction is set out on the what scoliosis is page. The part a parent can use in daily life is this: a warning repeated over and over does not change posture, and it usually raises the tension at home and nothing else.

Setting up a comfortable place to work is still a good idea on its own terms. A chair where the feet reach the floor, a screen near eye level, and getting up to move for a few minutes between long blocks of study can reduce fatigue. No data show that the way a child sits at a desk determines how a curve behaves. For that reason a seating arrangement cannot be offered as treatment, and it is arranged on grounds of comfort only.

The brace at school: clothes, the toilet and the PE lesson

When a brace is prescribed, the first questions that occur to a family are logistical. Will it show under clothing, how do they go to the toilet at school, what happens during PE, and should the teacher be told? The evidence on the brace itself and the argument about daily hours are on the bracing and exercise page. This section describes how a brace fits into a school day.

On visibility it is worth being realistic. Modern trunk braces are not thin, and their outline shows under a close-fitting t-shirt. Under a loose school shirt, a thick sweatshirt or a top that does not sit at the waist, a brace mostly passes unnoticed through the day. The detail this page can add is smaller and more practical than that. A thin vest without seams worn under the brace protects the skin and reduces the plastic rubbing against clothing, and keeping several of them makes the daily change easier. If the school uniform includes a belt, it is worth making sure the belt does not land on the brace clasps, and if the bag strap turns out to be rubbing the edge of the brace, changing the length of the strap makes a difference across a whole day.

The toilet and the lunch break stop being a problem when they are talked through beforehand. The pressure a brace puts on the abdomen while sitting can be felt more distinctly after lunch. How far the clasps are tightened, and when, is set out in the instructions given by the team that supplied the brace, and it should not become an adjustment the child makes on their own judgement in the middle of a school day.

Whether the brace comes off during PE, and how that time counts towards the daily total, is a question for the physician who wrote the prescription. When this is not settled at the outset, the child lives through the same uncertainty every week and generally takes the easiest route available, which is to leave the brace in the bag.

Whether the teacher needs to know is a decision the family and the child make together. A PE teacher who is aware of the situation can make sense of why the child is not doing certain movements, which lowers the chance of it being read as reluctance. An announcement to the class is a separate question, and it should not be made without asking the child first.

What to say to friends

When a brace is abandoned, the reason behind it is usually not medical but social. For an adolescent, being noticed in class is a far nearer and more concrete threat than a long-term calculation about the health of their back. Waving that anxiety away with "never mind, nobody will notice" does not work, and it teaches the child not to raise the subject again.

The approach that does work is for the child to prepare their own sentence in advance. Short, calm and boring is the most useful kind. An answer along the lines of "I’m wearing a support for my back, just for a while" satisfies the curiosity without opening a longer conversation. Long explanations and medical detail make more of the subject rather than closing it.

Who gets told is for the child to decide. There are teenagers who choose to tell one or two close friends and say nothing at all to the rest of the class, and respecting that choice makes the whole process easier. To a parent this can look like hiding, when it is really an attempt to keep hold of the controls.

In some children the withdrawal spreads over a wider area. Not wanting to get into a pool, avoiding plans that involve a beach, refusing to be photographed and staying away from mirrors all belong to the same picture. This can be temporary. If it runs on for months and starts to narrow the child’s social life, then the situation has moved outside the field of physiotherapy, and child and adolescent mental health support is a more fitting response than tightening the exercise programme.

Sleeping position, screen time and everyday habits

The answer to most of the questions under this heading is "not known", and saying so is more accurate than describing the unknown as though it were settled.

For sleeping position, the sources this guide rests on contain no link with the course of a curve. No recommendation can be given that lying on one particular side increases or reduces a curve. Letting the child sleep in whatever position is comfortable, and watching whether they wake with pain or stiffness, is the only reasonable piece of advice available. The same applies to mattress firmness, and product claims in this area are worth treating with caution.

For screen time there is likewise no confirmed link with the progression of a curve. Longer time in front of a screen becomes the business of this page to the extent that it increases the hours spent sitting still and lowers the chance of the home exercise programme actually being done. The issue here has less to do with the angle the spine takes while looking at a phone than with how the day gets divided up.

If a child has marked back pain that does not go away, that is a separate matter and should not be waved through as "the pain of scoliosis". In a proportion of children who complain of pain, another underlying condition has been found. A physician should be consulted in that situation. Which signs take priority is set out on the noticing the signs at home page.

Fitting an exam year and treatment into one calendar

The Turkish school system narrows through two national examinations. One comes at the end of middle school, at around fourteen, and decides which high school a pupil attends; the other comes at the end of high school and decides university placement. A family here will reorganise a whole year around whichever of the two is next, and much the same thing happens in international schools in the months before external examinations. So this section is about an exam year, whichever system your child sits in. The question parents ask is plain: how do we protect two futures at the same time? It is usually asked out of a fear of being forced to choose between them, and it should not be brushed aside.

An exam year looks similar in every family. The weekly session frequency thins out, the home programme is the first item to be given up, the hours spent sitting rise noticeably, and the follow-up appointment is put off with the words "after the exam". When those four changes land on top of one another inside a single year, there is a chance that year coincides with the period in which the child’s growth may be at its fastest. The risk of a curve progressing does not wait for an exam calendar.

The period can be planned instead of ignored. Three things help: talking through how often the sessions will be held in that stretch, agreeing a shortened home programme with the therapist, and deciding which hour of the day it goes into. How long the shortened version runs is decided according to the child’s timetable and their curve; the ordinary load of a home programme and how it is put together are described on the how a session runs page. If a break is going to be taken, it should be taken knowingly and with an end date attached. A break that quietly turns into absence is one that nobody actually decided on.

Postponing the follow-up appointment is the riskiest item on that list. The interval between X-rays and clinical checks is set according to the child’s growth status, and the decision to lengthen that interval belongs to the physician. How follow-up proceeds is covered on the diagnosis and follow-up page.

This section is for the teenager

The rest of this section speaks directly to the young person.

From here on this part is for you. There is a fair chance you heard the words "you sit this one out" in the middle of a training session or in a PE lesson, or that your kit was hung up without anyone asking you first. A sentence like that ought to have a reason behind it, and the reason ought to be explained to you. "You have scoliosis, you cannot play any more" is not a reason on its own.

You do not have to give up sport. There is nothing standing in the way of carrying on with the sport you do, and there is a study showing that children who did regular sport had better results. The children in that study were wearing a brace for almost the whole day, which puts them in the group you would most expect to be kept away from sport in the first place.

You can also set aside some of the sentences you hear at school. This did not happen because you carried your bag on one shoulder, slouched over your desk or went to training. No data show that those things started a curve, and nobody is looking for something you did wrong.

As for why you have to do the exercises yourself, the answer is boring but true: nobody can do them in your place. What you are really being taught is to bring the position of your back under your own control. It is called autocorrection, or self-correction, and it means actively repositioning your own trunk; only you know how often you remember it during the day. How long you work at home is set specifically for you, and if you are not sure about it you can ask your therapist yourself. If English is the language you can ask questions in, the appointment can be held in English.

If you wear a brace, what you tell your friends is your decision. You do not owe anyone an explanation. If you do choose to say something, keep it short, because a long explanation only feeds people’s curiosity. The whole class does not need to know.

One honest sentence to finish with: nobody can tell you for certain how this will turn out. How far the curve goes is tied to your growth, and the degree you have reached when your growth finishes matters for the years that follow. That is why what is done now counts for something. You can ask your own questions at the appointment, and doing that tends to work better than your family asking on your behalf.

Questions this page cannot answer

One of the more useful parts of any guide is the part where it says what it cannot tell you. The questions below come up often under the heading of school and daily life, but their answers fall outside what this page is entitled to say.

First among them is whether a child who has had an operation will be able to bend, which sport they can go back to and when, and how far their movement will be limited. The answer differs from one child to the next, and it is an answer only the spine surgeon planning or carrying out the operation can give. Because the sources this guide rests on contain no verified data on surgical outcomes, no estimate will be attempted here. The question should be written down on the list you take into the appointment, and that list is collected on the surgery decision page.

The boundary of physiotherapy should be written down just as clearly. Physiotherapy does not make the diagnosis, does not request X-rays, does not measure the Cobb angle and decide what the degree means, and does not prescribe a brace. How that measurement is taken and how it appears in a report is described on the diagnosis and follow-up page. Physiotherapy works on top of the diagnosis the physician has made and the decision the physician has given. When a child arrives with a curve that has come close to the band where surgery is assessed, the first thing done is a referral to a physician.

Under the heading of school and daily life there is nonetheless something concrete physiotherapy can do. One of the principles of scoliosis-specific work is that the corrected position a child has learned (autocorrection) is carried into the activities of ordinary life. How a child picks up a bag, how they reach across a desk, and at which moments in the day they remember the position all fall inside that principle. This is not a habit that can be built by reading at home alone, and it is worked on as part of the programme.

The introductory call and the appointment itself can both be held in English, and a report written in Turkish can be gone through together; how a session is structured is described on the how a session runs page.