What is Sciatica?
Sciatica is a nerve-related condition that Harvard estimates affects approximately 40% of the adult population in one form or another every year. The symptoms range from mild radiating discomfort in the glutes and leg, to severe pain and weakness that keeps a person bent in an antalgic position — unable to stand upright.
Sciatica is not a diagnosis in itself — it is a signal that the sciatic nerve is being compressed or irritated somewhere along its path. In the vast majority of cases, that compression originates at the lumbar spine: a vertebral subluxation at L4, L5, or S1 creating direct nerve root pressure, or a disc herniation that is itself the consequence of untreated lumbar subluxation.
The Sciatic Nerve
The sciatic nerve is the longest nerve in the body. It begins as separate roots at L4, L5, and S1 in the lower lumbar spine, exits through the intervertebral foramina on each side, combines in the pelvis to form a single nerve trunk, passes beneath the piriformis behind the hip joint, and runs down the back of the leg — branching at the knee into the tibial and common peroneal nerves, which continue to the foot.
That is a long pathway. When compression happens at the lumbar root — where the nerve exits the spine — the entire downstream path registers interference. Glute pain, thigh burning, calf cramping, foot numbness: these are not separate problems. They are one nerve under pressure at one point, expressing that pressure throughout its length.
This is why sciatica can feel like a foot problem, or a hip problem, when it is neither. The expression is distal. The compression is at the lumbar spine. That is where correction has to happen — not where the sensation is, but where the nerve is being compressed.
"Sciatica responds to the removal of what's compressing the nerve — not to drugs that mask the signal the nerve is sending."
Why Most Sciatica Approaches Fall Short
Anti-inflammatory medications, steroid injections, and pain management reduce the signal the nerve is sending. They do not remove what is compressing the nerve. As long as the structural problem remains, the compression continues — and symptoms return when the medication wears off.
Surgical decompression removes tissue pressing on the nerve, but without correcting the underlying vertebral subluxation that caused the disc or joint to compress the nerve in the first place, recurrence rates are significant. Surgery can cost up to $150,000 and still leave the structural root unaddressed.
Subluxation-based spinal correction addresses the structural root directly: the misaligned vertebra creating the nerve compression. When that is corrected, the compression is removed — and the sciatic nerve is free to function normally.
Chiropractic Corrects the Cause
Sciatica has two primary structural causes:
A) A subluxated lumbar vertebra creating pressure on the nerve root as it exits the spine, or
B) A bulging or herniated lumbar disc compressing the nerve root.
Usually it is the combination of both that produces chronic sciatica over time. By correcting the subluxated vertebra, we remove the hard bone from the soft nerve and begin realigning the spine toward its ideal position. When the vertebrae return to proper position, the disc stress created by the subluxation is also reduced — allowing the disc to recover.
When the Disc Is Involved
Disc herniation is not a separate condition from vertebral subluxation. In most cases, it is the consequence of one.
A subluxated vertebra creates uneven mechanical load on the disc. That disc — subjected to asymmetric pressure over time — begins to bulge, then herniate, then degenerate. The nerve root compression that follows is the downstream result of years of structural neglect, not a sudden event.
This is why most sciatica patients report that theirs appeared "out of nowhere" — after bending to pick something up, or after sleeping in an awkward position. That moment did not cause the sciatica. It was the last strain on a disc that had been degenerating for years under a subluxated vertebra.
Correcting the subluxation reduces asymmetric mechanical load on the disc. As the vertebra returns toward proper position, disc pressure normalizes. In cases where the herniation has not yet calcified, the disc frequently recovers structural integrity over the course of corrective care.
Examination & X-Ray Analysis
Dr. Rochet evaluates sciatica through neurological testing, orthopedic examination, and lumbar X-rays. These images reveal the exact vertebral positions, disc spaces, and structural alignment of the lumbar spine — identifying the specific subluxation level creating the nerve compression.
This precision matters. A subluxation at L4–L5 produces different nerve distribution than one at L5–S1. The correction is different. Applying the right correction to the right segment — based on X-ray findings rather than symptom location alone — produces more consistent structural outcomes.
What to Expect Under Care
Corrective care for sciatica typically starts at three visits per week for the first four to six weeks. Not because adjustments are more aggressive early on — they are not. The nervous system and connective tissue need repetition to begin holding a corrected position between visits.
As the subluxation reduces and the spine begins to hold, visit frequency decreases. Progress X-rays are taken at re-examination. The goal is not to gauge how you feel — it is to see whether the spine has moved structurally. How a patient feels on a given day tells you something. What the X-ray shows tells you more.
Some patients notice meaningful change within the first few weeks. Others — those with long-standing subluxation and disc degeneration — see more gradual structural improvement over months. The timeline varies. The method does not: correct what is subluxated, track structural change on X-ray, and adjust the care plan based on what the spine is actually doing.
Restoring Quality of Life — the Outcomes That Matter
This case involved severe sciatica due to chronic vertebral subluxation, significant degeneration, and disc involvement. His medical doctors recommended spinal surgery. He crawled into our office asking if chiropractic could help.
For a man in his 70s, expectations for meaningful spinal correction were realistically low. We followed subluxation-based adjusting principles and performed McKenzie Disc protocols. After 6 months of corrective care:
He was snowboarding again. Playing Pickleball. And he had regained his full 6'4" height. Not because we treated his sciatica — but because we corrected the subluxations causing it and allowed his body to heal itself.
He returned to give an update: no relapse, no recurrent sciatica, and he has continued to exercise and lead an active lifestyle. Chiropractic correction did not just reduce his symptoms — it restored his ability to participate fully in life.
Serving Royal Palm Beach, Wellington & Surrounding Areas
Patients from Wellington, Loxahatchee, West Palm Beach, and Royal Palm Beach with sciatica regularly make the short drive to our office for subluxation-based structural care. If you have been managing sciatic symptoms with medication without structural correction, we encourage you to explore whether the source of the compression can be addressed directly.
Many patients here have already been through the medication cycle — NSAIDs, muscle relaxers, steroid injections — without structural resolution. Some arrive after being told surgery is the next logical step. The conversation worth having first is whether the specific vertebral level driving the nerve compression has been identified and corrected. In most cases it has not. That is where we start.
- → Lumbar X-ray analysis included with new patient consultation
- → Specific spinal correction based on individual X-ray findings
- → Progress re-examination to track structural change
- → Care grounded in correction — not indefinite symptom management