r/scoliosis

I’ve spent years upon years being genuinely embarrassed of my back and never wanting to have it out. I’m trying exposure therapy, so today I have my back out😮‍💨

I’m 19M, the doctor said the only thing i can do is go to a physical therapist specialised in scoliosis, keep going to the gym and get my back and core stronger and that i’ll be fine cause usain bolt has a 41 degree curve😭.

This is my son and I was given his permission to post this comparison. First image is pre-bracing. Second image is 24 hours out of brace.

In the earlier picture, he was 11 years old. His scoliosis was (averaging who measured) 18 degrees, 21 degrees, and 12 degrees from proximal curve, mid-thoracic and lumbar respectively. He was 63” tall.

He’s now 15.5 years old and 73.6” tall. His curves are currently from top to bottom 28, 15, and effectively 0 - there is no discernible lumbar curve now.

As of yesterday he is Sanders 8 in a bone age test and the next stage is a slow wean off the brace. There is a protocol to this as well, in full consideration that we monitor and give appropriate time for his muscles to take over for what the brace has been doing, offering that postural support.

Over the course of bracing, he had about 7 braces, I lost count. Every 2.5 inches of growth or 15 lbs in weight, we would get refit, fundamentally chasing the curves.

Why did the top curve get worse? Double majors are quite difficult to manage and there is a fulcrum effect on the upper curve and you see this in any treatment, operative or non-operative.

This needs a critical eye, and a balance must be struck between how much corrective force is applied to the mid-thoracic curve in relation to the upper (proximal) curve. Consider that the other factor is that this area cannot be addressed by the brace because of anatomical constraints - it is impossible to access. It can only be managed and is very difficult to treat with physiotherapy optimally as well, given the rigidity of that region and those short levers. My son has the most difficult curve type to manage. It is not considered a conventional curve.

Overall we are quite grateful we landed under 30 degrees. We continue to do a targeted physiotherapy routine for that upper curve.

I’ve watched my son for years walk around with a plastic tube wrapped around him. And I am happy to report, he’s a happy well-adjusted (literally) kid who has friends, hopes, dreams, strength and empathy for others.

The hardest part of the parent side of it for me was dealing with some of the providers of various sorts. I am indebted for his success, and at the same time, I can say that getting people to hear your concerns can be very hard and overwhelming. I have aged, but I am still here.

I want to end on the title of the post here, early intervention. This is just not discussed enough. Parents get blind-sided and treatment often comes later than earlier. So I thought it would be important to show that early intervention with bracing can offer growth guided correction/ what is referred to as growth modulation - to steer the spine into a more aligned state. This typically happens in younger patients who have growth ahead. And it can mean the difference between using the growth to your advantage or progression.

So I’ve been diagnosed with severe dextro scoliosis (90°), and honestly I’m scared because surgery where I live costs over a million, and I don’t think my family can afford it. I just want to ask if it’s still possible for me to pursue medical-related courses in college like Nursing, Physical Therapy, or Occupational Therapy despite my condition. Would I also still be able to work in the future? Pls help guys im scared

I visited SOSORT 2026, the world's leading international congress for non-surgical scoliosis treatment. 147 research resaerch abstracts presented over three days. These are the people who set the conservative-care standard your clinician eventually inherits.

I want to give you an honest debrief. The good and the disheartening. Because if you have a curve, what happens in that room is what eventually happens in your appointment.

The good first.

A handful of research teams are independently converging on something I have been arguing for years: that scoliosis is a nervous-system problem before it is a bone problem. Not teams who read each other. Teams on three different continents, who submitted their work months before they could have seen mine, arriving at the same place through different doors.

A group in China ran a trial comparing standard scoliosis exercise against an intervention built around "remodeling neural control" instead of correcting the bone directly. The brain-based group nearly doubled the curve reduction of the standard group (5.8 vs 3.1 degrees of Cobb change).

A group in Hong Kong took apart a scoliosis-exercise trial to find out why it worked. The muscle improvements explained only about a third of the result. The rest of the effect ran through something they did not measure. Their own best guess for the missing piece: proprioception. The body's sense of itself in space.

A group in Milan, the largest conservative-scoliosis institute in the world, reviewed 89 brain and nervous-system studies in scoliosis and concluded the field is looking at "altered sensorimotor integration," not isolated structural defects.

That is real movement. I met some of these people, started some conversations, and I am genuinely hopeful about where they go.

Now the disheartening part.

I did something simple. I took all 147 abstracts and counted the words. What a field measures is what a field believes. So I looked at what they measured.

Out of 147 abstracts, here is how many mentioned each idea:

• Cobb angle (the bone measurement on an X-ray): 105
• Curve / curvature: 86
• Bracing: 76
• X-ray / imaging: 69
• Surgery / fusion: 59
• Exercise: 50

And here is the upstream vocabulary. The nervous-system words:

• Proprioception: 7
• Sensorimotor: 5
• Brain / cortex: 4
• Vestibular (your balance system): 4
• Nervous system: 3
• Somatosensory: 2

and the kicker:

• Interoception (your felt sense of the body from the inside): 0

Zero. Out of 147.

The field is studying the printout. The Cobb angle is a number on an X-ray. It measures the curve. It does not measure what is writing the curve. Almost the entire research attention of the world's leading conservative-scoliosis body is pointed at the printout.

Here is why, and it is not a conspiracy. Look at the full name. SOSORT stands for the Society on Scoliosis Orthopaedic and Rehabilitation Treatment. Orthopaedic is built right into the name. It is, by definition, an orthopedic organization, and orthopedics is the study of bone and structure. The room is full of careful, intelligent people doing careful bone work. But scoliosis did not read the org chart. The hypothesis I work from did not come from inside orthopedics. It came from reading across neuroscience, genetics, developmental biology, and motor control. The fields that would explain a curve are not the field that owns the curve.

If a team genuinely wanted to test whether scoliosis starts upstream, the studies are not exotic. Image the brains of kids who carry the genetic risk before any curve appears, and watch which change comes first. Measure proprioception and balance alongside the X-ray, not instead of it. Track the sensory system over time, instead of photographing the bone once a year. The patient populations exist. The scanners exist. What is missing is the question.

So here is the honest timeline. Conferences move slow. The full papers behind those abstracts publish 6 to 12 months from now. Then they get cited, debated, replicated. Then, maybe, they reach a textbook. Then they reach the clinician who trained on the old textbook. Realistically you are looking at 3 to 5 years before your local doctor even catches a glimpse of this. If you are a teenager with a curve right now, that is most of the window you have.

Which is the real reason I am writing this.

You have to become your own advocate. At every age, but especially young.

I know how hard that is, because I got it wrong. I walked out of an orthopedic surgeon's office at 18 with a diagnosis and nothing else. And I genuinely thought: that man knows everything there is to know about this. Why would I go looking. How would I even know where to look. I am not a medical person.

That assumption cost me years. The truth I eventually hit was simpler and stranger than I expected: nobody has this fully figured out. Not the surgeon. Not me. The only thing that separates people is whether they keep looking.

So here is the hypothesis I work from, stated plainly.

Your nervous system does not read your posture off your bones. It builds your posture as a prediction. It takes a constant stream of sensory information about where your body is in space, from your inner ear, your eyes, your joints, the pressure under your feet, and from that it generates a best guess of what "upright" is. Your spine organizes to match the guess.

In scoliosis, that sensory stream is degraded and lopsided. The signal on one side does not match the signal on the other. So the internal guess of "upright" is itself crooked, and the spine faithfully bends to meet it. The spine is not failing. It is following a map that has drifted. The bone is the last domino, not the first.

If that is true, three things follow, and all three matter for you.

First, the work is upstream. You change the curve by changing the quality of the sensory information the system runs on, not by forcing the bone. This is why bracing and general strengthening produce such variable results. They act on the last domino.

Second, there is far more room to move than the bone-deformity story allows. A nervous system can be retrained at any age. A drifted map can be redrawn. The fatalism most of us were handed, that a curve only holds steady or gets worse, is a property of the old model, not of your body.

Third, the thing you are actually working with is sensation, not willpower. Not "try harder to stand straight." Your body does not take instructions. It takes evidence. The work is restoring an accurate felt sense of your own body, so the prediction has honest information to run on. It is quiet and internal. It does not look like exercise, and that is exactly right.

So that is my mission, and why I will keep posting things like this. To make this understandable enough that you stop waiting for the answer to be handed to you from the outside. That is where I spend all of my time now, working with people upstream, and I am seeing changes the old model says should not happen.

The field will get here. It is going to take time. You do not have to wait for it.

Happy to answer questions in the comments.

23 | M

Been lifting for a while and napansin ko medyo hindi pantay yung back/lats ko. One side looks more developed or flared kaysa sa kabila, especially sa scapula/lats area.

I’m not sure if this is:
mild scoliosis,
posture issue,
scapular imbalance,
or normal muscle asymmetry from training.

Wala naman severe pain, pero napapansin ko lang siya sa pictures and kapag nagfa-flex ng back.
What do you guys think?
And based sa pics, what side should I improve more?

Any advice sa exercises/stretching/form corrections would help too.

I (34F) have been dealing with scoliosis since I was a teen. I took these X-rays to show them to my physiatrist and see what we can do about it, but I wanted to ask if any of you have had experience improving the curve in your spine and what worked for you? I've seen adult braces, but they aren't available where I live.

I’ve always known I had scoliosis because when I was little, the doctor told me I did at the time. I’m pretty sure he said it was mild. I was doing a physique update for the gym and I noticed it pretty bad. Then I started over analyzing it and realized that my walk has been weird over the years as well. It’s just always looked uncoordinated and unathletic even though I always felt like I was walking normal. I asked my friends about it and they said they wouldn’t have noticed my scoliosis unless I pointed it out but looking at these pictures it’s the only thing I can see I’m 24 is there anyway I can improve this or is it already too late and what’s the chances it’ll worsen if I’m at the gym

This is me standing as I normally stand.

It was taken in the fitting room to only ask for my family for their opinions on this shirt, but then I noticed my back REALLY looks weird and it was not my hallucinations all along.

I hope I'm not breaking this subreddit's rules... because I'm not *fully* unable to access professional help, it's just that I can't pursuade my dad to get me a proper full spine standing x-ray, not just a regular one.

He's skeptical and tells me this is just the muscles being uneven (is that even a thing...?). But I know my back has been like that ever since I remember I gained consiousness and started looking at my naked body in the mirror. Am I overreacting? Should I keep pursuading him?

Hi! I'm 16 years old, and two years ago I was diagnosed with mild scoliosis, about 12.5°, and a bone growth of 4/5. I had really bad posture at the time, so it was assumed that was the cause of the scoliosis. The doctor said to come back in a year for a check-up and to do exercises to strengthen my back. I did these exercises for a few months, and I started to stand up straight and I didn't have any pain, so I thought everything was fine. I didn't go back to the doctor and I stopped the exercises (which was kind of dumb). Then I forgot about the problem. But yesterday I noticed this bump on my back. It doesn't hurt, and it's hard. It looks like a bone that's popped out a little. I'm wondering if it's because my scoliosis is getting worse or something else, because now I'm starting to regret taking my scoliosis so lightly. (The bump is in the upper right of the pictures.) Thanks for your answers!