Back Pain Treatment: What Actually Works
Back pain is the leading cause of disability worldwide and one of the most common reasons for physician visits in the United States. It’s also one of the most overtreated conditions in conventional medicine — with epidural steroids, radiofrequency ablation, and spinal surgery frequently offered before less invasive options have been meaningfully explored.
Understanding What’s Actually Causing the Pain
Back pain is not a single diagnosis. It’s a symptom with multiple potential sources — and identifying the correct source determines whether treatment works.
Disc pathology. Herniated or bulging discs can compress adjacent nerve roots, causing radiating pain, numbness, or weakness into the legs (sciatica). The disc itself can also be a direct pain source when its outer annulus is disrupted.
Facet joint arthritis. The small joints along the back of the spine are a major and frequently overlooked source of axial back pain, particularly in older adults and those with prior spinal injuries.
Ligament and muscle involvement. The ligaments, muscles, and fascia supporting the spine contribute to pain in ways that imaging often underestimates. Ligament laxity — particularly at the sacroiliac joint and lumbar attachment points — can produce chronic, diffuse low back pain that doesn’t correlate clearly with disc findings on MRI.
Nerve involvement. Beyond disc herniation, nerve entrapment, piriformis syndrome, and sacroiliac dysfunction can all produce nerve-mediated pain that mimics disc disease.
Why Common Treatments Fall Short
Epidural steroid injections reduce inflammation around compressed nerve roots and can provide meaningful short-term relief — but they don’t address the underlying disc pathology or ligament dysfunction, and repeated injections carry the same tissue-damaging risks as cortisone in any joint.
Radiofrequency ablation destroys the nerve branches supplying the facet joints, eliminating the pain signal. Relief can last one to two years, but it comes at the cost of permanently denervating tissue, which can weaken the multifidus muscle and affect spinal stability over time.
Surgery is appropriate for specific indications: significant neurological deficit, cauda equina syndrome, spinal instability, or structural failure that doesn’t respond to conservative care. For the majority of back pain presentations, the evidence for surgery over well-executed conservative and regenerative care is weaker than most patients assume.
What Regenerative Medicine Offers
Prolotherapy. One of the oldest regenerative techniques — in use since the 1950s — prolotherapy involves injecting a dextrose solution into ligaments and tendons to stimulate a healing inflammatory response. It’s particularly effective for ligament laxity contributing to sacroiliac and lumbar instability.
PRP. A study comparing PRP to epidural steroid injection for disc-related back pain demonstrated an 85% success rate with PRP — delivering growth factors directly to the disc and surrounding structures rather than simply suppressing inflammation.
Orthobiologics. For more advanced disc degeneration or facet joint arthritis, bone marrow concentrate delivers stem cells and growth factors to support tissue repair and reduce the inflammatory environment driving chronic pain.
All procedures at Albano Clinic are guided by ultrasound or fluoroscopy. Diagnostic workup includes a thorough history, physical examination, and review of imaging — MRI, X-ray, and when indicated, EMG nerve conduction studies — to identify the specific pain generator before any injection is placed.