MRI Findings and Pain: What They Really Mean (And Why They May Not Explain Your Symptoms)
- Laura Good
- Feb 17
- 6 min read
If you’ve recently had an MRI and the report included words like degeneration, disc bulge, tear, arthritis, or loss of curve, it’s completely normal to feel alarmed.
But before you interpret those findings as damage or decline, let’s look at what the research actually shows. Because degenerative findings are astonishingly common — even in people with no pain.
Degenerative Changes Are Nearly Universal With Age
A landmark systematic review by Brinjikji et al. (2015), published in the American Journal of Neuroradiology, examined spinal imaging in asymptomatic individuals. This study is widely cited in spine research because it systematically quantified how common so-called “degenerative” findings are in people without pain.
Here’s what they found:
Disc Degeneration
37% of 20-year-olds
52% of 30-year-olds
80% of 50-year-olds
96% of 80-year-olds
Disc Bulges
30% of people in their 20s
60% of people in their 50s
84% of people in their 80s
These individuals had no back pain.
In other words: degenerative changes increase predictably with age — much like gray hair or wrinkles. They are often normal biological aging processes rather than evidence of active injury.
It’s Not Just the Spine
The disconnect between imaging findings and pain is not unique to the spine. Peer‑reviewed studies across multiple joints show similar patterns.
Shoulder
A large MRI study by Sher et al. (1995) found that among asymptomatic adults:
34% had rotator cuff tears overall
In individuals over age 60, 54% had partial or full-thickness tears
Importantly, these participants reported no shoulder pain.
More recent imaging research continues to show high prevalence of rotator cuff abnormalities in people without symptoms.
Knee
Englund et al. (2008) evaluated MRI findings in middle‑aged and older adults without knee pain and found that:
60% had meniscal tears
Many had cartilage defects or osteoarthritis features
Yet these individuals were asymptomatic.
Additional epidemiological studies demonstrate that radiographic knee osteoarthritis is frequently present in people who report no pain, and conversely, pain is often present in people without severe radiographic changes.
Hip
Research similarly demonstrates weak correlation between hip joint space narrowing and actual symptoms.
Cervical Spine
Even among healthy adults without neck pain, degenerative cervical findings are extremely common.
These statistics are often summarized in pain education materials warning against becoming a “VOMIT” — a Victim Of Medical Imaging Technology — meaning someone whose symptoms worsen due to fear triggered by imaging findings rather than structural deterioration.
MRI Findings and Pain: The Nocebo Effect Explained
Imaging is essential for ruling out serious pathology such as fractures, tumors, infections, or significant nerve compression or progressive neurological impairment. Clinically, this is where MRI and X‑ray are invaluable.
However, once red flags are excluded, common degenerative findings can inadvertently increase fear.
This phenomenon is related to the nocebo effect — when negative expectations amplify symptoms.
Pain neuroscience research shows that perceived threat increases activity in brain regions involved in pain modulation, including the anterior cingulate cortex, insula, and amygdala. Catastrophic interpretation of findings is associated with increased pain intensity, greater disability, and higher levels of central sensitization.
When someone reads “degeneration” and interprets it as fragility or damage, the brain may increase protective output — including pain, muscle guarding, and movement avoidance.
The structure may not have changed.
But the nervous system has.
This is where clinical context becomes critical. Imaging findings are data points — not diagnoses in isolation.
My Experience With Spinal Degeneration
Years ago, in my early thirties, my X-rays showed degenerative changes in my cervical and thoracic spine, along with loss of my cervical curve. I was told these findings explained my chronic neck pain and headaches.
Those images shaped years of treatment decisions: massage therapy, chiropractic adjustments, acupuncture, physical therapy, corrective strengthening, and cervical orthotics.
Some of these were helpful temporarily.
But the pain persisted.
It wasn’t until I learned about neuroplastic pain and began working with Pain Reprocessing Therapy that my chronic headaches and neck pain fully resolved.
My imaging did not change.
My nervous system did.
When I stopped viewing my spine as damaged and began building safety and resilience, the pain subsided.
What Is Neuroplastic Pain?
Neuroplastic pain refers to pain generated and maintained by sensitized neural pathways rather than ongoing tissue damage.
It is critical to emphasize: neuroplastic pain is real pain. It is not imagined, exaggerated, or “all in your head.” The pain signals are genuine, measurable brain-generated outputs — just as real as pain produced by acute injury. The difference lies in the mechanism, not the legitimacy of the experience.
From a clinical standpoint, this is sometimes described as central sensitization or maladaptive threat signaling. The brain has learned to interpret certain sensations or movements as dangerous — even when tissues are structurally sound.
It can:
Begin after injury
Persist long after tissue healing
Develop during stress
Occur with normal imaging
Occur alongside degenerative findings
Pain is an output of the brain based on perceived threat — not a direct measurement of tissue damage. Because the brain is plastic, these pathways can change.
A randomized clinical trial by Ashar et al. (2021), published in JAMA Psychiatry, demonstrated significant and durable reduction in chronic back pain by targeting neural threat processing rather than structural correction. Participants receiving Pain Reprocessing Therapy showed both symptom improvement and decreased pain-related brain activation on fMRI.
For many people, this is the missing piece — especially when structural treatments have not led to lasting change.
When Should Imaging Guide Treatment?
Imaging should strongly guide treatment when red flags are present:
Severe trauma
Infection
Progressive neurological deficits
Suspected tumor
But in persistent pain without red flags, imaging findings should be interpreted in context. Degeneration does not automatically equal causation.
The More Important Question
Instead of asking, “What does my MRI say?”
A more useful question may be:
“What is my nervous system interpreting as threat?”
If the nervous system is stuck in protection mode, pain can persist even when tissues are healthy. And that is hopeful — because protection can be retrained.
If You’re Living With Chronic Pain
If you’ve been chasing structural fixes for years without lasting relief, it may be time to widen the lens.
In my 4-month 1:1 program, Retrain to Reclaim, I help clients:
Reduce fear related to imaging findings
Retrain neural pain pathways
Calm hypervigilance
Rebuild trust in their bodies
Return to movement without fear
This work is designed to help you move through your day without constantly bracing, make plans without calculating the cost tomorrow, and return to exercise, travel, lifting your kids, or sitting at your desk without wondering if you’re causing damage. Ultimately, it allows you to stop organizing your life around symptoms and start organizing it around joy, capacity, and choice.
Imaging is information — not a verdict.
It can help rule out serious conditions. It can guide care when red flags are present. But in many cases, it does not determine your future.
Your nervous system, your beliefs about your body, and the safety you build through experience often matter far more.
If you’re ready to approach your pain with a broader, science‑informed lens — one that integrates both structure and nervous system sensitivity — I’d be honored to explore that with you.
You can book a free consult to learn more about Retrain to Reclaim and see whether this work is a fit for you.
References
Brinjikji, W., Luetmer, P. H., Comstock, B., et al. (2015). Systematic literature review of imaging features of spinal degeneration in asymptomatic populations. American Journal of Neuroradiology, 36(4), 811–816.
Sher, J. S., Uribe, J. W., Posada, A., Murphy, B. J., & Zlatkin, M. B. (1995). Abnormal findings on magnetic resonance images of asymptomatic shoulders. The Journal of Bone and Joint Surgery, 77(1), 10–15.
Englund, M., Guermazi, A., Gale, D., et al. (2008). Incidental meniscal findings on knee MRI in middle‑aged and elderly persons. New England Journal of Medicine, 359, 1108–1115.
Ashar, Y. K., Gordon, A., Schubiner, H., et al. (2021). Effect of Pain Reprocessing Therapy vs placebo and usual care for patients with chronic back pain: A randomized clinical trial. JAMA Psychiatry, 78(11), 1231–1240.*
Additional musculoskeletal MRI prevalence data drawn from published imaging studies summarized in clinical pain education resources.
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