Conditions › Disc Herniation & Sciatica
Conditions We Treat · Fairfax, VA

Surgery Isn’t Your
Only Option.
Structure Is.

Most disc herniations and sciatic pain are the result of mechanical overloading from abnormal spinal structure — not inevitable decay. CBP corrects the structural forces driving disc damage, decompresses the affected nerve roots, and produces measurable results without surgery.

Book a Free Consultation How We Treat It
Dr. Weber has personally had a disc injury — and treated it with CBP
1 of 94 Advanced CBP Certified DCs in the United States
Aetna · BCBS · CareFirst · UHC accepted · 703-447-1121
90%
of disc herniations resolve without surgery when the underlying structural mechanics are properly addressed
Surgery is often the last resort — not the first answer
10×
Increase in disc pressure from even modest loss of lumbar lordosis — the primary structural driver of herniation
Structural
Loading → Disc
Herniation is a mechanical consequence. CBP corrects the mechanics.
Root Causes

Disc herniation isn’t bad luck.
It’s mechanical overload.

A disc doesn’t herniate randomly. It herniates because it has been subjected to forces greater than it was designed to bear — usually over months or years of abnormal spinal loading — until the outer wall finally fails and the inner nucleus pushes outward. Understanding the structural mechanics is the key to correcting the problem rather than simply managing its consequences.

Loss of Lumbar Lordosis
The lumbar spine’s natural inward curve distributes compressive load evenly across the disc surface. When that curve flattens — from prolonged sitting, injury, or postural habits — disc pressure increases dramatically. Even a modest reduction in lumbar lordosis can increase intradiscal pressure by up to 10 times, pushing the nucleus pulposus toward the posterior annulus where herniation occurs.
Asymmetric Spinal Loading
Scoliosis, pelvic tilt, and lateral spinal shifts create uneven pressure across the disc — concentrating load on one side of the annulus fibrosus. Over time this asymmetric stress produces focal weakening of the disc wall, making herniation at that specific point increasingly likely regardless of how careful the patient is day to day.
Cumulative Microtrauma
Most disc herniations are not caused by a single dramatic event — they are the end result of years of cumulative microtrauma to an already overloaded disc. The “I just bent over to pick something up” moment that seems to cause the herniation is usually just the final straw on a disc that was already critically compromised by structural overloading.
Disc Dehydration & Degeneration
Intervertebral discs rely on movement and proper mechanical loading to receive nutrition — they have no direct blood supply. Abnormal structural loading impairs this nutrient exchange, causing progressive disc dehydration, height loss, and reduced resistance to compressive forces — accelerating the degeneration that precedes most herniations.
Personal experience
“I’ve had the same disc injury. I know what you’re going through.”
Dr. Weber personally experienced severe lower back pain from an intervertebral disc injury — and treated it with the same CBP protocols he prescribes. His firsthand experience shapes every disc herniation case he sees.
Book a Consultation Call 703-447-1121
Practice Information
Location
10617 Jones St, Suite 101A
Fairfax, VA 22030
Insurance
Aetna · BCBS · CareFirst
UHC · Cash Pay
How Discs Herniate

The structural mechanics
behind disc failure.

A healthy disc is a hydraulic shock absorber — a tough outer ring (annulus fibrosus) surrounding a gel-like inner core (nucleus pulposus). When the spine is properly aligned, load is distributed evenly across the disc surface and the nucleus stays centered. When the spine loses its normal curvature, that load concentrates on the posterior disc wall until the annulus develops micro-tears, bulges outward, or ruptures — releasing the nucleus into the spinal canal where it compresses nerve roots.

The four stages of disc failure follow a predictable structural pattern — and CBP intervention is most effective the earlier in that progression it begins.

L4–L5
Most common herniation level — the L4–L5 and L5–S1 levels bear the greatest compressive load and are most vulnerable to structural overloading
90%
Resolution without surgery — the large majority of disc herniations respond to conservative structural care when the underlying mechanics are properly addressed
10×
Pressure increase from loss of lumbar lordosis — far exceeding what disc tissue was designed to sustain over months and years
The Four Stages of Disc Failure
Healthy
Even load
Centered nucleus
Bulge
Annulus stress
Mild protrusion
Herniated
Nucleus rupture
Nerve compression
Degenerated
Severe narrowing
Bone-on-bone risk
CBP intervention is most effective at stages 1–3. PostureRay X-ray analysis identifies exactly which stage your disc is at — and what structural correction will accomplish at that stage.
Sciatica

The sciatic nerve is the symptom.
The disc is the cause.

Sciatica is not a diagnosis — it is a description of symptoms produced when the sciatic nerve root is compressed, usually by a herniated or bulging disc at L4–L5 or L5–S1. The characteristic shooting pain, numbness, and weakness that travel from the lower back through the buttock and into the leg are the nerve’s signal that something is mechanically wrong at the lumbar spine level.

Treating sciatica with pain medication, steroid injections, or even physical therapy targets the nerve signal — not the disc compression causing it. CBP addresses the structural loading that caused the disc to herniate, reduces the compressive forces on the affected nerve root, and allows the nerve to recover.

⚡
Shooting Leg Pain
Electrical, burning, or searing pain radiating from the lower back or buttock down into the leg — the hallmark sciatic symptom
😶
Numbness & Tingling
Pins-and-needles or complete numbness in the thigh, calf, or foot indicating nerve root ischemia from sustained compression
🦵
Leg Weakness
Difficulty lifting the foot, weakness pushing off while walking, or unexpected leg buckling — signaling motor nerve fiber involvement
🪑
Worsening with Sitting
Prolonged sitting significantly increases intradiscal pressure — most herniation patients report dramatic worsening of symptoms during desk work or driving
🌙
Night Pain
Inability to find a comfortable sleeping position; waking from pain — indicating sustained nerve root irritation that doesn’t resolve with rest
↔️
One-Sided Symptoms
Classic sciatica is unilateral — affecting one leg. Bilateral symptoms may indicate central canal stenosis or a more significant disc event requiring further evaluation

Seek immediate medical evaluation for: loss of bladder or bowel control, progressive bilateral leg weakness, saddle anesthesia (numbness in the groin/inner thighs), or rapidly progressing neurological deficits. These may indicate cauda equina syndrome — a medical emergency requiring urgent surgical decompression.

The Sciatic Pain Pathway
L4–L5 / L5–S1 Level
Herniated Disc
Nucleus pushes through annulus, contacts or compresses the L4, L5, or S1 nerve root exiting the spinal canal
Lumbar Plexus
Nerve Root Irritation
Compressed nerve root becomes inflamed — producing the chemical and mechanical irritation that travels the full length of the sciatic nerve
Gluteal Region
Deep Buttock Pain
Often confused with piriformis syndrome — the gluteal pain is nerve referral from the lumbar root, not a local muscle problem
Posterior Thigh
Shooting Pain & Tightness
The sciatic nerve travels down the posterior thigh — compression produces the characteristic shooting, burning pain patients recognize
Lower Leg & Foot
Numbness, Tingling, Weakness
Distal nerve involvement produces sensory and motor deficits in the calf, ankle, and foot — the level of symptoms indicates which nerve root is affected
The CBP Approach

How we treat disc herniation
and sciatica differently.

1
Diagnosis
PostureRay Spinal X-Ray Analysis
Digital lumbar X-rays measured with PostureRay software identify the exact structural deviations driving the disc overload. Dr. Weber measures lumbar lordosis angle, pelvic tilt, lateral shift, and segmental misalignment at the herniation level. If you have existing MRI imaging, bring it — Dr. Weber will correlate the structural X-ray findings with the disc pathology visible on MRI to build a precise treatment plan.
2
Education
Report of Findings
Dr. Weber walks you through your structural findings and explains precisely how they relate to your disc herniation and sciatica. Most patients leave this appointment with a clear understanding of their condition for the first time — knowing exactly which structural forces caused the herniation, what the disc currently looks like, and what correcting the structure will accomplish at the disc level.
3
Treatment
Mirror-Image Lumbar Traction & Decompression
CBP traction is configured as the mirror-image opposite of your specific lumbar deviation — reducing the compressive forces on the herniated disc level while progressively restoring lumbar lordosis. As intradiscal pressure decreases, the herniation has mechanical room to retract. As the curve is restored, the asymmetric loading that caused the herniation is removed — preventing re-injury. Sessions are progressive and individually calibrated to your tolerance and response.
4
Treatment
Structural Adjustments & Nerve Decompression
Targeted adjustments at the herniation level and adjacent segments restore foraminal space, reduce nerve root irritation, and normalize joint mechanics. For sciatica patients, the most meaningful early relief often comes from restoring the foraminal opening through precise adjustments — allowing the inflamed nerve root to begin decompressing before full structural correction is achieved.
5
Outcome
Progress Imaging & Documented Structural Correction
Follow-up X-rays document the restoration of lumbar lordosis in degrees. As structural correction advances, intradiscal pressure normalizes, nerve root decompression progresses, and sciatic symptoms systematically reduce. The progression typically follows a predictable pattern: neurological symptoms (tingling, numbness) resolve before pain resolves, distal symptoms (foot, calf) resolve before proximal ones (buttock, thigh).
“I’ve had a disc injury. I know the specific dread of being told surgery might be necessary. That experience is why I pursued the most evidence-based non-surgical approach available.”
— Dr. Nick Weber, DC · CBP Advanced Certified · Palmer College, 2017
Non-
Surgical
CBP structural correction reduces the mechanical forces that caused the disc to herniate — without injections, without surgery, with documented imaging results
Bring your MRI.
If you have existing MRI or X-ray imaging of your disc herniation, bring it to your first appointment. Dr. Weber will correlate your structural findings with the pathology on your imaging.
Book New Patient Visit Call 703-447-1121
CBP vs. Surgery

Before you commit to surgery,
exhaust the structural option.

Surgery for disc herniation is sometimes necessary — but it is frequently recommended before conservative structural care has been fully explored. CBP is not anti-surgery. It is pro-exhausting-every-non-surgical-option-first, because structural correction — when appropriate — avoids the risks, recovery time, and adjacent segment degeneration that spinal surgery carries.

CBP Correction
Discectomy / Fusion
Addresses root cause
✓ Corrects structural loading
✗ Removes disc, not cause
Surgical risk
✓ None
⚠ Infection, nerve damage, failure
Recovery time
✓ Minimal — continuing care
⚠ 6 weeks–6 months
Adjacent segment
✓ No new stress created
⚠ Fusion accelerates adjacent levels
Reversibility
✓ Fully reversible
✗ Permanent structural change
Documented outcomes
✓ 200+ CBP peer-reviewed studies
⚠ Variable — high reoperation rates
Long-term degeneration
✓ Reduced by structural correction
⚠ Accelerated at adjacent levels
Honest Assessment
When Dr. Weber would refer for surgery.
CBP is not appropriate for every disc herniation. Cauda equina syndrome, rapidly progressive motor deficits, or severe instability require surgical intervention — and Dr. Weber will tell you so directly rather than attempt conservative care when it is contraindicated. His commitment to evidence-based practice means recommending the right treatment, even when that treatment is not his own.
Why CBP for disc herniation?
Addresses the cause — not just the disc
Discectomy removes the herniated material. It doesn’t correct the spinal curvature that caused the disc to herniate — which is why re-herniation rates are significant.
Measurable structural correction
Pre/post X-rays document the degree of lumbar restoration — objective evidence that the mechanical environment of the disc is genuinely changing.
90% resolve without surgery
The evidence consistently shows that most disc herniations respond well to appropriate conservative structural care — making surgery a last resort, not a first response.
What to Expect

Your disc herniation &
sciatica treatment timeline.

Disc and sciatica cases follow a characteristic recovery pattern — neurological symptoms typically improve before pain fully resolves, and distal symptoms improve before proximal ones. Dr. Weber will set realistic, specific expectations after reviewing your imaging.

Visit 1–2
Exam, Imaging & Report of Findings
Full PostureRay lumbar X-rays, neurological assessment, correlation with any prior MRI. Dr. Weber presents your structural findings and treatment plan in detail. Bring existing imaging.
Weeks 1–4
Nerve Decompression & Early Relief
Adjustments begin restoring foraminal space and reducing nerve root irritation. Many sciatica patients notice meaningful reduction in leg pain and tingling within the first 2–4 weeks — before significant curve correction is visible on X-ray.
Weeks 4–14
Active Structural Correction
Traction progressively reduces disc pressure at the herniation level and restores lumbar lordosis. As the structural environment of the disc improves, the herniated material begins retracting and nerve root compression systematically reduces.
Month 3–5
Progress Imaging
Follow-up lumbar X-rays document measurable structural change. The degree of correction is measured and compared to baseline — providing objective confirmation that the mechanical environment of the disc is genuinely improving.
Long-Term
Structural Maintenance & Re-injury Prevention
The most important phase for disc patients — maintaining the corrected lumbar curve through periodic care to prevent the structural drift that would re-create the mechanical conditions for re-herniation.
Insurance & Payment
We work with your insurance.
Disc herniation and sciatica treatment is covered by most major plans. We verify your chiropractic and traction benefits before your first visit so you arrive knowing exactly what to expect.
Aetna
In-network
BlueCross BlueShield
In-network
CareFirst
In-network
UnitedHealthCare
In-network
Questions about coverage? Call 703-447-1121 and we’ll verify before you book.
Other Conditions We Treat

Explore related conditions.

🔻
Lower Back Pain
🧠
Headaches & Migraines
💿
Disc Herniation & Sciatica
↩️
Neck Pain
〽️
Scoliosis
Still have questions?
Talk to Dr. Weber before you book.
A free 15-minute phone consultation is available for patients who want to discuss their disc herniation or sciatica history before committing to an appointment.
Book Appointment Online
or
Call 703-447-1121
FAQ

Disc herniation & sciatica
questions answered directly.

My MRI shows a herniated disc at L4–L5. Can CBP actually fix it?
In most cases, yes — CBP can meaningfully reduce disc herniation and resolve sciatica by correcting the structural mechanics that caused the disc to herniate. By restoring lumbar lordosis through mirror-image traction, intradiscal pressure at L4–L5 is reduced, the herniation has mechanical room to retract, and the compressed nerve root begins decompressing. Dr. Weber will review your MRI alongside your structural X-ray findings to give you an honest assessment of what CBP can achieve in your specific case.
My surgeon recommended discectomy. Should I try CBP first?
For most disc herniation cases where surgery is being considered, yes — exhausting conservative structural care first is generally appropriate unless there is a surgical emergency (cauda equina syndrome, rapidly progressing weakness). Discectomy removes herniated disc material but does not correct the lumbar structure that caused the herniation, which is why re-herniation rates at the same or adjacent levels are significant. CBP addresses the mechanical root cause. Many patients who were surgical candidates have avoided surgery through CBP structural correction.
How long will my sciatica take to resolve?
Most sciatica patients notice meaningful reduction in leg pain, tingling, and numbness within the first 2–4 weeks of care. Resolution typically follows a predictable pattern: distal symptoms (foot and calf) improve before proximal ones (buttock and thigh), and neurological symptoms (tingling, numbness) resolve before pain fully resolves. Complete resolution depends on the severity of the disc herniation, how long it has been present, and how consistently treatment is received. Dr. Weber will give you a specific timeline projection after reviewing your imaging.
Is traction safe with a herniated disc?
CBP traction for disc herniation is not generic lumbar pulling — it is configured from your specific X-ray measurements as a mirror-image correction of your structural deviation. This is fundamentally different from indiscriminate traction. Dr. Weber starts conservatively, monitors your neurological response closely, and adjusts the protocol based on your feedback and tolerance. For most disc herniation patients, traction is not only safe but directly beneficial — reducing intradiscal pressure at the affected level and creating the mechanical environment for disc retraction.
I’ve had steroid injections that didn’t work. Why would CBP be different?
Epidural steroid injections reduce inflammation around the compressed nerve root — which can provide significant temporary relief. They do nothing to change the intradiscal pressure, the degree of disc herniation, or the spinal structure creating the mechanical compression. The inflammation returns because the mechanical cause remains. CBP addresses the structural root — the lumbar curve deviation that’s overloading the disc. When the structure is corrected, the disc has a genuine opportunity to heal rather than continuing to be compressed.

Surgery isn’t your only option.
Let’s correct the structure first.

Book a new patient visit. Bring any existing MRI or X-ray imaging. Dr. Weber will review your structural findings and give you an honest assessment of what CBP can achieve for your disc herniation or sciatica.

Book a Free Consultation Call 703-447-1121

Clinical Research & Evidence

Related Treatments at NoVa Spine & Wellness

Disc herniation and sciatica often respond best to a combined approach. Learn how Dr. Weber addresses the underlying structural cause: Spinal Decompression Therapy for disc pressure relief and CBP Spinal Correction to restore the spinal mechanics that protect discs long-term.

My MRI shows a herniated disc at L4–L5. Can CBP actually fix it?

In most cases, yes — CBP can meaningfully reduce disc herniation and resolve sciatica by correcting the structural mechanics that caused the disc to herniate. By restoring lumbar lordosis through mirror-image traction, intradiscal pressure at L4–L5 is reduced, the herniation has mechanical room to retract, and the compressed nerve root begins decompressing. Dr. Weber will review your MRI alongside your structural X-ray findings to give you an honest assessment of what CBP can achieve in your specific case.

My surgeon recommended discectomy. Should I try CBP first?

For most disc herniation cases where surgery is being considered, yes — exhausting conservative structural care first is generally appropriate unless there is a surgical emergency (cauda equina syndrome, rapidly progressing weakness). Discectomy removes herniated disc material but does not correct the lumbar structure that caused the herniation, which is why re-herniation rates at the same or adjacent levels are significant. CBP addresses the mechanical root cause. Many patients who were surgical candidates have avoided surgery through CBP structural correction.

How long will my sciatica take to resolve?

Most sciatica patients notice meaningful reduction in leg pain, tingling, and numbness within the first 2–4 weeks of care. Resolution typically follows a predictable pattern: distal symptoms (foot and calf) improve before proximal ones (buttock and thigh), and neurological symptoms (tingling, numbness) resolve before pain fully resolves. Complete resolution depends on the severity of the disc herniation, how long it has been present, and how consistently treatment is received. Dr. Weber will give you a specific timeline projection after reviewing your imaging.

Is traction safe with a herniated disc?

CBP traction for disc herniation is not generic lumbar pulling — it is configured from your specific X-ray measurements as a mirror-image correction of your structural deviation. This is fundamentally different from indiscriminate traction. Dr. Weber starts conservatively, monitors your neurological response closely, and adjusts the protocol based on your feedback and tolerance. For most disc herniation patients, traction is not only safe but directly beneficial — reducing intradiscal pressure at the affected level and creating the mechanical environment for disc retraction.

I’ve had steroid injections that didn’t work. Why would CBP be different?

Epidural steroid injections reduce inflammation around the compressed nerve root — which can provide significant temporary relief. They do nothing to change the intradiscal pressure, the degree of disc herniation, or the spinal structure creating the mechanical compression. The inflammation returns because the mechanical cause remains. CBP addresses the structural root — the lumbar curve deviation that’s overloading the disc. When the structure is corrected, the disc has a genuine opportunity to heal rather than continuing to be compressed.

How to find relief from disc herniation and sciatica through structural chiropractic evaluation and spinal decompression therapy.

Map your nerve pain pattern

Note where the pain radiates — true sciatica follows the sciatic nerve from the lower back through the buttock and down the leg to the foot. Pain that stops at the knee is more likely hip or lumbar joint involvement.

Get diagnostic imaging

A lumbar MRI or X-ray identifies the disc level involved, the degree of herniation, and whether nerve root compression is present — essential for targeting treatment correctly.

Consult a structural chiropractor to assess disc involvement

A chiropractic evaluation determines whether spinal decompression therapy, adjustments, or a combination approach is appropriate based on your imaging and neurological presentation.

Begin spinal decompression therapy

Motorized decompression creates a negative pressure gradient within the disc, retracting herniated material away from the nerve and promoting fluid and nutrient influx to accelerate healing.

Monitor symptom resolution through reassessment

Leg pain and neurological symptoms are tracked at each visit; imaging is repeated when clinically indicated to confirm disc healing and guide the next phase of care.