Usain Bolt has scoliosis. His spine curves to the right. His right leg is half an inch shorter than his left. According to his autobiography, the condition made his right leg strike the ground with more force and his left leg stay on the ground longer — biomechanical irregularities that would theoretically slow any sprinter down. Study
He holds the world records in the 100 meters and 200 meters. He won eight Olympic gold medals. He once said: "Scoliosis is not as serious as it sounds but for me, as a track athlete, it can be serious. I work really hard to keep it away but it's still there."
The fastest human in recorded history manages his scoliosis. He doesn't not have it.
That distinction matters for everyone who has received a scoliosis diagnosis and been told what they can and cannot do with their body.
Scoliosis is a lateral curvature of the spine, sometimes accompanied by rotation. It ranges from mild to severe. It can be present from birth, develop during adolescence, or emerge in adulthood. Most people with scoliosis are not surgical candidates. Most are told to monitor and manage.
What often doesn't get explained clearly is this: the curvature of the spine is not always the source of the pain. Research has found no correlation between the degree of scoliosis and the severity of low back pain. A person with a significant curve can have minimal pain. A person with a mild curve can be debilitated. The curve is the structure. The pain is coming from something else.
That something else is usually the muscles.
When the spine curves, the muscles on either side of it adapt. Muscles on one side become overworked and strained. Muscles on the other side become underused and weak. Over time that imbalance is where the pain lives — not in the curve itself, but in the chronic overload of tissues that are compensating for it.
This is an important reframe. If the pain is coming from the muscle imbalance rather than the structural curve, then addressing the muscle imbalance — not trying to correct the curve — is where relief becomes possible.
That's not the framing most people get when they're diagnosed.
The standard management approach for non-surgical scoliosis is monitoring, sometimes bracing, sometimes physical therapy focused on strengthening. All of that has value. What it doesn't always address is the nervous system's role in maintaining the compensatory muscle patterns.
The muscles aren't just mechanically imbalanced. They've been recruited into a holding pattern by the nervous system. One side is chronically braced. The other side has learned to go quiet. Telling someone to strengthen the weak side or stretch the tight side — without changing the pattern the nervous system is running — often produces limited results.
What can shift the pattern is giving the nervous system new information about how the body can distribute load. Small, exploratory movements that don't force correction but invite the nervous system to consider other options. When the pattern starts to change, the spine sometimes shifts. Not because anything structural was corrected, but because the muscles around it reorganized.
I had a client who was born with severe scoliosis. As an adult she had built a full, active life around it. She managed with two chiropractic appointments a month, which kept her functional and out of acute pain. That was her baseline. It had been for years.
She began seeing me for private Feldenkrais Functional Integration lessons. We didn't work on correcting her curve. We worked on evening out the muscle imbalances — helping the nervous system find more symmetry in how it was organizing her body. Over time her chiropractic visits dropped from twice a month to once a month. Then to occasionally.
She now uses the Pauseture app regularly and visits her chiropractor occasionally. Not because her scoliosis went away. Because the muscle patterns that were creating her chronic pain changed.
I want to be careful here. She had been managing well before she came to me. Chiropractic care was a meaningful part of her quality of life. The shift wasn't about replacing that care. It was about needing less of it because something underlying had changed. She shares with me that her go-to lesson when she’s feeling imbalanced is the “Pelvic Clock” lesson. It’s very nuanced and she did not like it or “get it” at first. But once she did, it solved the aches and pains that came up.
She wasn't unusual. Many of the clients who came to me had some degree of scoliosis — often mild, sometimes significant, sometimes they had no idea – but as I touched their spine, I felt it. What I found consistently was that when we worked to even out muscle imbalances through Awareness Through Movement lessons, the spine would shift. Not always dramatically. But enough for people to feel different. To move differently. To hurt less.
Feldenkrais practitioners don't diagnose, treat, or cure. We're movement educators. What I can say is that working with the muscles — through the nervous system — produced changes that working on the curve directly had not.
A scoliosis diagnosis tells you something about your structure. It doesn't tell you everything about what's possible in your body.
The body adapts. The nervous system finds ways. And sometimes, when you stop trying to correct the structure and start working with the pattern, something shifts that correction never reached.
