Episode Transcript Excerpt

Dick. HOST: Does the severity of the scoliosis — the Cobb angle — actually correlate with the level of pain a patient experiences?

DR. DICK: Pain level does not reliably correlate with Cobb angle. Patients with very large curves can be asymptomatic, while patients with smaller curves may report significant discomfort. This is one of the key reasons scoliosis requires radiographic evaluation rather than symptom-based assessment alone. Pain is a late sign. The structural problem develops long before the pain appears.

HOST: How have patients described what scoliosis feels like to you?

DR. DICK: Patients describe it differently depending on the curve location and their age. Common descriptions include a feeling of imbalance or asymmetry — one hip higher than the other, or one shoulder that never sits level. Fatigue in the back muscles from compensating for the structural shift. In more progressed cases, pain that radiates from the area of the curve. In adults with degenerative changes alongside scoliosis, we see more radicular patterns — pain that travels down the leg, numbness, tingling.

HOST: So scoliosis is much more than just a back problem.

DR. DICK: The spine houses and protects the nervous system. As scoliosis progresses and puts structural stress on segments, the nervous system can be affected. Patients sometimes don't connect symptoms in other areas of the body to their scoliosis — but when the structural problem is addressed, those secondary symptoms often improve as well.

Frequently Asked Questions

Does Cobb angle predict how much pain a scoliosis patient will have?

Pain level does not reliably correlate with Cobb angle. Patients with very large curves can be entirely asymptomatic, while patients with smaller curves may report significant discomfort. This is one of the key reasons scoliosis requires radiographic evaluation rather than symptom-based assessment alone.

What does scoliosis feel like?

Patients describe scoliosis differently depending on the curve location, age, and severity. Common descriptions include a feeling of imbalance or asymmetry, fatigue in the back muscles from compensating, and in more progressed cases, pain radiating from the area of the curve. Adults with degenerative changes alongside scoliosis more commonly report radicular patterns — pain traveling down the leg, numbness, or tingling.

How does scoliosis affect the nervous system?

The spine houses and protects the spinal cord and nerve roots. As scoliosis alters the structural position of the vertebrae, it changes how load is distributed and can create pressure points on the nervous system. This is why scoliosis is not simply a cosmetic or musculoskeletal issue — it can produce neurological symptoms that extend beyond the back itself.