No Two Curves Are the Same: Why Scoliosis Requires a Personalized Approach
When it comes to scoliosis, no two spines are exactly alike. That’s one of the biggest challenges—and opportunities—in addressing this condition. While scoliosis is often identified by its degree of curvature (via the Cobb angle), this number only tells part of the story.
The truth is that each scoliosis curve is unique in its location, direction, rotation, and how it interacts with the rest of the body. Because of this individuality, a one-size-fits-all approach to exercise or treatment is rarely effective—and may even be counterproductive.
The Uniqueness of Every Curve
Scoliosis can develop in different regions of the spine—thoracic (mid-back), lumbar (lower back), or both. Curves can bend to the right or to the left. Some people have a single curve (a “C” shape), while others develop compensatory curves that form an “S” shape to help maintain balance.
Even within the same category of scoliosis, each person’s curve behaves differently depending on:
- Spinal flexibility
- Muscle tension and strength imbalances
- Ligament laxity
- Body awareness and movement habits
- Rotation of the vertebrae (not just side-to-side deviation)
This complexity makes personalized evaluation essential—especially when prescribing exercises.
Why Generic Exercises May Not Help
You may have seen articles or videos offering the “best exercises for scoliosis.” But without a clear understanding of where your curve is and how your body compensates for it, these exercises may do little to help—and in some cases, they can reinforce the problem.
For example, side planks (I’ll have a post on them later in the series) are often recommended for scoliosis, but which side you plank on makes a huge difference. Done incorrectly, they can deepen your curve or stress already-compromised joints.
A curve that compresses the right side of the spine and stretches the left will need a completely different protocol than a curve with the opposite pattern. Exercises should aim to:
- Lengthen the shortened side of the body
- Strengthen the overstretched, underactive muscles
- Re-establish symmetry in movement and breath
In other words, scoliosis movement therapy isn’t about doing more—it’s about doing what’s right for your specific spine.
How Scoliosis Affects the Facet Joints
Facet joints are small, paired joints located at the back of each vertebra.
The front and back of the spine serve very different roles. The front of the spine houses the spinal cord and, when posture is well aligned, bears the body’s weight successfully, transferring it efficiently from the head down to the pelvis and legs.
At the back, the facet joints act as the movers of the spine. They guide motion and help prevent excessive twisting or backward bending (extension). In a spine with scoliosis, however, these joints often become misaligned in a variety of ways. This misalignment can lead to:
- Pain with specific movements, often when twisting or bending.
- Stiffness and/or reduced spinal mobility
- Uneven load distribution on the spine, which contributes to degeneration over time
Understanding how your specific curve alters facet joint function helps in selecting movements that restore range without overloading vulnerable segments.
The Adams Forward Bend Test: A Starting Point
The Adams Test is a classic basic way to evaluate scoliosis. It is a simple test to detect visible asymmetries caused by scoliosis. When you bend forward from the waist, the practitioner looks for rib or lumbar humps created by vertebral rotation.
There is an easily obtainable tool used to measure variations in the spine— The Scoliometer. This is an important first screen but not a full diagnosis.
What’s critical is what happens after the test. If scoliosis is suspected, a full assessment—often including imaging and movement analysis—is needed to determine the best path forward.
Every scoliosis curve tells a story—of habit, structure, compensation, and adaptation. Your treatment should be as unique as your spine.
Cookie-cutter exercises are great but don’t work to change your curve; the more personalized your movement plan, the better your chances of reducing pain, improving function, and maybe even slowing progression.
Next up, we’ll explore what causes scoliosis in the first place, and why factors like hypermobility, muscle imbalance, and nervous system dysfunction might all play a role.