Why Active Adults Develop Chronic Low Back Pain: The Hidden Causes (Part 1) w/ Telfair Chiropractic in Downtown Sarasota
- Dr. Telfair, DC
- 6 days ago
- 3 min read
Chronic low back pain shows up in active adults far more often than people expect. Many of my patients come in confused because they work out, stay busy, and move regularly, yet their back still feels stiff, achy, or unpredictable. They assume something must be seriously wrong, when in reality the cause is usually a combination of very normal, fixable factors. My goal is always to help people understand what’s actually causing their pain so they can make smart decisions, stay active, and avoid unnecessary interventions.
One of the most common contributors is lumbar osteoarthritis, also called spondylosis. This is simply wear and tear in the joints of the lower back. It develops slowly over time through overuse, old injuries, excess body weight, or movement patterns that load the spine unevenly. Even something like mild scoliosis can shift force to one side more than the other, resulting in an increased likelihood of early-onset degeneration in the region. When those joints stiffen, the surrounding muscles may tighten to protect the area, and that combination can create the familiar cycle of morning stiffness, recurring flare‑ups, and that nagging feeling that your back never fully “loosens up.”
A factor many people overlook is the relationship between obesity and arthritis, including arthritis in the low back. Extra body weight increases the load on the joints, but it also changes how you move. It affects how your hips hinge, how your pelvis tilts, and how much force/pressure your spine absorbs during everyday tasks like cooking, yard work, or standing for long periods. When the spine is forced to compensate, it can result in the joints of the spine wearing down faster (AKA arthritis). That’s why long‑term solutions must go beyond pain relief and focus on restoring healthy mechanics. Improving mobility, reducing tension, and building strength that supports the spine during real‑life movement—not just during workouts—creates lasting change.
In my practice, treatment starts with a simple sequence: release the soft tissues, restore motion, then rebuild control. I often use gentle flexion‑distraction to increase mobility in stiff segments, and I incorporate chiropractic adjustments when they’re appropriate and comfortable for the patient. But the real long‑term progress comes from rehabilitation. Rehab strengthens the stabilizing muscles around the spine, reinforces better movement patterns, and helps you understand your personal triggers. When you know what sets your back off, you stop guessing whether biking, core work, or even doing the dishes will cause a flare‑up. My goal is always patient independence. I want patients to treat with me when they need me, however, the ultimate goal is for them to feel confident managing their pain on their own.
Disc herniations are another common source of chronic low back pain, especially for people who have had repeated episodes of “throwing their back out.” I often describe a disc as a jelly donut: the inner gel can push through or leak when the “dough” (annulus fibrosus) is damaged. That irritation can affect nearby nerves and create sciatica, buttock pain, or symptoms that feel like tight hamstrings. The challenge is that discs and ligaments often heal with scar tissue, which is less organized and less durable—more like a patched tire than a brand‑new one. That’s why reinjury risk stays higher at the same level and why prevention matters so much.
The classic mechanism for disc injury is flexion coupled with rotation under load. That can happen during heavy deadlift or squats with poor form, but it also happens during everyday life: golf swings, lifting a child from the floor, or reaching into the back seat of a car. Spinal stenosis, another common condition that tends to be arthritic in nature, reinforces the same message. When you understand the cause, you can choose conservative care, build mobility and strength, and create a spine that stays resilient for the long haul (see Part 2 for more on this subject).

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