Michael was no stranger to back pain.

It started in college after a weekend of surfing. A few days later, it faded. No big deal.

But then it came back.

After workouts. After sitting too long. After long drives. Eventually, it became a constant hum—tight, achy, always there. Some days, it shot down his leg like lightning. Other days, it just made everything harder: tying his shoes, standing at a concert, sleeping through the night.

Over the years, Michael saw physical therapists, a pain specialist, two chiropractors, and even tried acupuncture. He had an MRI. He was told he had a disc bulge. When things got really bad, his doctor suggested surgery.

Michael hesitated. Not because he was afraid of surgery, but because deep down, something didn’t feel right. He wasn’t broken—but his body felt confused.

He was right. And he’s not alone.

Chronic back pain isn’t just a problem of the spine—it’s a problem of how the body, brain, and nervous system interact. And surgery isn’t the only solution. In many cases, it’s not even the best one.

As a chiropractor in Ashland, OR, I see people like Michael every week. They’ve lived with pain for years and believe they’ve exhausted every option. But when we shift the story—and treat the pain at its true source—relief becomes possible.

Here’s how.

The Misunderstood Nature of Chronic Back Pain

Most people think back pain comes from damage: a bulging disc, arthritis, “wear and tear.” But pain science tells a different story.

Back pain often starts with a small injury: a disc fissure, joint inflammation, or muscle strain. But when that pain lasts more than a few weeks, the nervous system begins to change. The brain becomes more sensitive. The spinal cord’s pain pathways grow stronger. And now the body reacts to normal movement like it’s a threat.

This is called central sensitization. It means the pain system itself is overactive—like a car alarm that goes off when the wind blows.

That’s why stretching doesn’t help. Why MRIs often show bulging discs in pain-free people. And why so many people feel worse after being told they have “degeneration.” The structure isn’t always the issue. It’s the response to the structure.

How Discs Really Heal (And Why Time Alone Isn’t Enough)

Discs don’t get nutrients from blood vessels like most tissues. They depend on movement to pull nutrients in through a process called “tide flow.” That’s why long hours of sitting—especially without movement—starve the disc and dry it out.

Over time, that dehydration causes the nucleus (the gel center) to lose height and resilience. Small tears form in the inner rings, eventually reaching the outer, innervated layers. Pain doesn’t happen until the disc wall becomes involved.

The good news? Discs can heal. And they often do.

Studies show that 88% of disc herniations shrink naturally within 3–12 months, especially when they breach the outer layers and trigger an immune response that clears the debris. Larger protrusions, ironically, often resorb more completely than small ones. Movement, loading, and hydration all play a role in this healing process.

Why Surgery Isn’t Always the Best Option

Surgery can help when there are signs of progressive nerve loss—like weakness, bowel or bladder changes, or loss of reflexes. But for most people with chronic low back pain, surgery doesn’t outperform conservative care in the long run. And in many cases, it leaves people with stiffness, scar tissue, and even more central sensitization.

That’s because surgery treats the structure, but not the system.

If your nervous system has been wired into protection mode for months or years, removing a disc fragment won’t automatically reset it. What you need is a plan that rewires your brain’s response to movement.

Michael’s Turning Point

When Michael came to our Ashland office, his MRI showed what it had always shown: a disc bulge at L4-L5. But his body showed something else.

He couldn’t bend without bracing. His slump test lit up like a Christmas tree. His multifidus muscles—the deep stabilizers along the spine—were atrophied on one side. His breathing was shallow. He moved like someone expecting pain.

Instead of chasing the disc, we focused on the system.

We started with gentle adjustments to restore segmental mobility. We used shockwave therapy to activate the sensory-motor system and decrease nociceptive sensitivity. We retrained movement patterns using proprioceptive loading strategies—gradually exposing him to new positions and activities.

We reframed his beliefs around pain, so he didn’t see himself as fragile. We helped him remap movement in his brain and relearn how to trust his back again.

Within eight weeks, he was walking daily. Bending. Lifting. Sleeping through the night.

And for the first time in years, he wasn’t thinking about his back every hour.

You Don’t Need to Be Pain-Free to Get Your Life Back

One of the biggest lies chronic pain tells us is that we have to eliminate it completely before we can live. But the truth is, when you understand what’s happening—and when you stop seeing pain as damage—you can start doing the things you love again. Safely. Gradually. Confidently.

Your brain will catch up. Your tissues will adapt. And your story can change.

If you’ve been told that surgery is your only option, or that your spine is “degenerating,” or that you’ll have to live with back pain forever—I’m here to tell you: it’s not true.

You don’t need a perfect spine. You need a plan that speaks to your whole system.

That’s what we do in my Ashland chiropractic clinic.

And if you’re ready to feel like yourself again, I’d be honored to help.

References

Takada E, Takahashi M, Shimada K. Natural history of lumbar disc hernia with radicular leg pain: Spontaneous MRI changes of the herniated mass and correlation with clinical outcome. J Orthop Surg (Hong Kong). 2001;9(1):1–7.
Pain in the Frame Course – CDI (2024). “Case Three – Low Back Pain.”
Pain in the Frame Clinical Case 3 – Dr. Anthony Nicholson, DACNB FACO (2024).
Apkarian AV, Sosa Y, et al. Chronic Back Pain Is Associated with Decreased Prefrontal and Thalamic Gray Matter Density. J Neurosci. 2004;24(46):10410-5.
Autio RA et al. Determinants of spontaneous resorption of intervertebral disc herniations. Spine. 2006;31(11):1247–1252.