Spinal Degeneration and Pain: What the Research Really Shows | Novo Soft Tissue

If you've been told you have spinal degeneration, here's what the research actually shows: degeneration does raise your odds of having pain, but it's nowhere close to a guarantee. Plenty of people carry real, imaging-confirmed degeneration and never hurt a day in their life. The difference usually isn't the degeneration itself — it's whether the adhesion, load imbalance, and strength loss around an old, untreated injury ever actually get addressed.

More degeneration does raise the odds of pain

A 2025 study that followed 653 adults for seven years (the Wakayama Spine Study) found a clear, steady relationship: each one-point increase in total lumbar disc degeneration score was tied to 14% higher odds of developing disabling chronic low back pain over the following seven years. This wasn't a single snapshot in time — it followed real people forward and watched who actually went on to develop disabling pain. More degeneration at the start meant more risk down the road.

But degeneration alone doesn't seal your fate

Here's the other half of the picture, and it matters just as much. A 2015 systematic review in the American Journal of Neuroradiology pooled 33 studies and scanned the spines of over 3,000 people who had no back pain at all. What they found: 37% of completely pain-free 20-year-olds already had disc degeneration on MRI. By age 80, 96% did — and the overwhelming majority of those people still weren't in pain. The reviewers put it plainly: a lot of what shows up on a spine MRI is simply part of getting older, not the source of anyone's pain.

Put those two studies side by side and there's no real contradiction. Degeneration shifts the odds in one direction. It doesn't decide the outcome.

So what actually decides who ends up hurting?

In our experience, the tissue around a degenerated level matters just as much as the degeneration itself. An old injury that never fully resolved — a sprain, a strain, one of those "it got better on its own, mostly" moments from years or decades ago — usually doesn't heal back into the same organized, mobile tissue it started as. It heals into adhesion: denser, less organized, less mobile scar-like tissue that quietly changes how force moves through the joint above and below it. We've written about this pattern before, both in how muscle overuse and underuse both raise joint loading and arthritis risk and in how that same adhesion compounds over years into what we call fibroaging.

That's the piece that's easy to miss in "degeneration causes pain." Degeneration is a structural finding on a scan. Pain is much more often driven by what's happening in the soft tissue around it: whether adhesion is limiting normal movement, whether load is spreading out evenly or getting dumped onto one segment because a neighboring area quietly stopped doing its share, and whether the muscles meant to support a degenerated level are actually strong enough to do the job.

Why waiting on an old injury raises the stakes

An untreated old injury doesn't just sit there, unchanged, waiting patiently. The adhesion around it restricts movement, which shifts load onto nearby tissue, which is itself a known driver of the very degeneration the Wakayama data ties to higher pain risk down the line. Treating an old injury early isn't only about resolving the original problem. It's about heading off years of altered loading that can quietly turn ordinary, common degeneration into the kind that actually hurts.

The good news: adhesion, load, and strength are all changeable

This is the encouraging half of the research, and it's worth sitting with. A 2025 systematic review in the journal Healthcare looked specifically at exercise-based rehabilitation in people who already had diagnosed lumbar degenerative disc disease — not a healthy population, people with the actual imaging findings in hand — and found that core stability training, suspension exercises, and similar strength-based programs significantly reduced pain and improved function. One trial in the review found suspension-based training outperformed isolated core exercises by a meaningful margin on both pain and disability scores. Every one of these patients still had their degeneration. Strength training changed the outcome anyway.

That matches what we see in the clinic. Someone can walk in with a decade-old shoulder or low-back injury and real degeneration on a scan, and still walk out of pain — not because the degeneration reversed, but because the adhesion that had been restricting the area got cleared, the load moving through it got normalized, and the surrounding tissue got strong enough to actually support it again.

What this means for you

A degeneration finding on an MRI or X-ray report is a description of structure, not a life sentence. Both halves of the research are true at once: more degeneration does raise your average risk of pain, and plenty of people with real degeneration have none at all. Where you land on that spectrum has a lot to do with whether the adhesion, load, and strength around the area ever get addressed — and that part is far easier to change than the degeneration itself.

If you've been carrying an old injury that never quite resolved, or a scan turned up degeneration you weren't expecting, it's worth having the actual adhesion evaluated rather than assuming the degeneration is the whole story. Dr. King's Centennial clinic treats this combination directly — manual soft-tissue work and device-assisted therapy to clear the adhesion, alongside load and strength work to change what happens next. Request an appointment to have it looked at.

Lumbar spine X-ray image by Nevit Dilmen, licensed CC BY-SA 3.0, via Wikimedia Commons.