Conditions › Neck Pain
Conditions We Treat · Fairfax, VA

Neck Pain Is a
Structural Problem.
Not a Muscle Problem.

The cervical spine has an ideal C-shaped curve. When that curve flattens or reverses — from screen use, poor posture, or injury — every structure in your neck bears forces it wasn’t designed to handle. CBP restores the cervical curve. The pain and stiffness follow.

Book a Free Consultation How We Treat It
1 of 94 Advanced CBP Certified DCs in the United States
PostureRay digital X-ray analysis at every new patient visit
Aetna · BCBS · CareFirst · UHC accepted · 703-447-1121
+10 lbs
Additional effective head weight for every inch of forward head posture — up to 60 lbs at 3–4 inches forward
The structural driver behind most chronic neck pain
7 in 10
Adults will experience significant neck pain at some point — the vast majority from structural causes that go undiagnosed
Military Neck
= No Curve
The most common missed cervical diagnosis — a flat or reversed C-curve accelerating disc degeneration silently
Root Causes

Why your neck pain
isn’t going away.

Neck pain is one of the most overtreated and underdiagnosed conditions in musculoskeletal medicine. It’s overtreated with massage, heat, and anti-inflammatories that provide temporary relief. It’s underdiagnosed because the structural cause — loss of cervical lordosis, forward head posture, and segmental misalignment — is rarely measured or evaluated with imaging. CBP starts with measurement.

Forward Head Posture (FHP)
The head weighs approximately 10–12 lbs in neutral position. For every inch it shifts forward from its ideal position over the shoulders, the effective weight on the cervical spine increases by roughly 10 lbs. At 3 inches forward — common in desk workers, drivers, and smartphone users — the cervical spine is bearing 40–50 lbs instead of 10–12. This sustained overloading compresses discs, inflames facet joints, and strains every cervical muscle trying to hold the head upright.
Loss of Cervical Lordosis (Military Neck)
The cervical spine’s natural C-shaped inward curve functions as a mechanical spring — absorbing compressive and impact forces across the full height of the cervical column. When this curve flattens or reverses (military neck), that shock-absorbing capacity is lost. Forces that the curve would have distributed across all seven cervical vertebrae instead concentrate at individual segments, accelerating degeneration at those specific levels.
Cervical Segmental Misalignment
Individual cervical vertebrae that have shifted from their ideal position — rotated, translated, or tilted — create local zones of compressive and shear stress. These misalignments compress facet joint surfaces, narrow intervertebral foramina, and irritate the nerve roots that transmit sensation to the arms, hands, and fingers. Standard X-rays often miss subtle segmental misalignments that PostureRay analysis identifies and measures precisely.
Whiplash & Traumatic Curve Loss
Motor vehicle accidents, falls, and sports injuries that produce rapid cervical hyperextension/flexion can permanently alter cervical curvature — stretching and tearing the anterior longitudinal ligament that maintains the lordotic curve. The acute pain resolves, but the structural curve loss persists and silently accelerates degeneration for years unless corrected. Many patients with chronic neck pain trace its onset to an accident years prior.
Advanced CBP Certified
“Most neck pain patients have never had their cervical curve measured. That’s where we always start.”
Dr. Weber’s CBP Advanced Certification means every neck pain patient receives PostureRay cervical X-ray analysis — the measurement that reveals what physical examination cannot.
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
Forward Head Posture

Your head weighs 10 lbs.
FHP makes it feel like 60.

Forward head posture is the single most prevalent postural dysfunction in modern adults — driven by the hours we spend looking at screens, phones, and steering wheels. The head drifts forward, the cervical curve flattens, and the cervical spine begins bearing a compressive load it was never designed to sustain.

This isn’t just about posture. Every millimeter of forward head translation measurably increases cervical disc pressure, facet joint loading, and suboccipital muscle tension. By the time patients arrive with neck pain, the structural overloading has typically been accumulating for years.

+10 lbs
Per inch of forward head translation — a 3-inch forward head position loads the cervical spine with 40+ extra pounds of compressive force
6–8 hrs
Average daily screen time for working adults — the primary driver of progressive FHP and cervical curve loss in the modern patient population
C5–C6
Most commonly degenerated cervical level — the fulcrum of FHP-related compressive loading, where disc height loss, osteophytes, and foraminal narrowing concentrate
Forward Head Posture: Load vs. Alignment
Ideal
😐
~12 lbs
Head over
shoulders
1″ Forward
😐
~22 lbs
Moderate
overload
3″ Forward
😐
~42 lbs
Severe disc
compression
4–5″ Forward
😐
~60 lbs
Critical
overload
PostureRay X-ray analysis measures your exact head translation distance and cervical lordosis angle — revealing the mechanical load your cervical spine is actually bearing and the precise correction needed to restore it.
Recognizing the Symptoms

Neck pain produces far more
than neck pain.

The cervical spine houses the nerve roots for the arms, hands, and much of the upper body. Structural dysfunction at the cervical level produces a wide range of symptoms — many of which patients don’t immediately associate with their neck.

↔️
Restricted Range of Motion
Difficulty rotating, tilting, or extending the neck — often the first functional sign of cervical structural dysfunction before pain becomes significant
🔥
Chronic Stiffness & Tightness
The suboccipital and upper trapezius muscles chronically contract to compensate for lost cervical curve support — producing the persistent tension most patients describe as “tight shoulders”
⚡
Arm & Hand Numbness
Cervical nerve roots C5–C8 control sensation in the arms and hands. Foraminal narrowing from structural misalignment produces tingling, numbness, or weakness in specific arm and hand distributions
🧠
Headaches at the Base of Skull
Upper cervical nerve roots (C1–C3) refer pain from structural irritation into the occiput, temples, and forehead — producing the classic cervicogenic headache pattern
😮
Clicking & Grinding (Crepitus)
Audible or palpable clicking during cervical movement indicates facet joint degeneration and loss of normal disc height — a sign of structural overloading that has been occurring long enough to produce articular change
🤸
Shoulder & Upper Back Pain
The levator scapulae and rhomboids attach to the cervical spine — chronic cervical structural dysfunction loads these muscles asymmetrically, producing referred pain and trigger points throughout the shoulder girdle

Seek urgent evaluation for neck pain accompanied by: rapidly progressive arm weakness or numbness, loss of hand coordination or grip strength, difficulty walking or balance changes, bowel or bladder dysfunction, or neck pain following significant trauma. These may indicate cervical myelopathy or spinal cord involvement requiring urgent evaluation.

The Long-Term Cost of Untreated Structural Dysfunction

What happens to your cervical
spine over time without correction.

The cervical spine degenerates in a predictable sequence when structural abnormalities are left uncorrected. Pain — when it finally appears — is late in that sequence, not early. By the time most patients seek treatment, the degenerative cascade has already been advancing for years.

This is why CBP’s emphasis on early structural correction is not just about resolving current pain — it is about preventing the irreversible degeneration that follows if the structural root cause is never addressed.

Phase 1
Structural dysfunction begins — curve loss and FHP alter mechanical loading. No pain yet. PostureRay imaging would already reveal the deviation.
Phase 2
Disc degeneration accelerates — reduced disc height, early osteophyte formation, and foraminal narrowing begin. Occasional stiffness may appear.
Phase 3
Significant pathology develops — disc herniation, nerve root compression, articular degeneration. This is when most patients finally seek treatment.
Cervical Degeneration Timeline Without Structural Correction
Years 1–3
Silent Curve Loss
FHP and poor ergonomics begin flattening the cervical lordosis. No symptoms. Structural deviation measurable on X-ray but never evaluated.
Years 3–6
Early Disc Stress
Disc height begins decreasing at C5–C6 and C6–C7. Occasional stiffness after long screen sessions. Patients assume it’s “tension” or “just getting older.”
Years 5–10
Osteophyte Formation
Bone spurs begin forming at chronically overloaded vertebral endplates. Crepitus (clicking) appears. Range of motion gradually reduces. Headaches become more frequent.
Years 8–15
Foraminal Stenosis
Disc height loss and osteophytes narrow the foramina through which cervical nerve roots exit. Arm numbness, tingling, and weakness appear. MRI now shows “degenerative disc disease.”
Years 15+
Cervical Myelopathy Risk
Advanced stenosis may compromise the spinal cord itself — producing gait instability, loss of hand coordination, and bladder changes. Surgical decompression may now be the only option.
The CBP Approach to Neck Pain

Measure the curve.
Correct the curve. Protect it.

1
Diagnosis
PostureRay Cervical X-Ray Analysis
Lateral and AP cervical X-rays are taken and analyzed with PostureRay software to measure your exact cervical lordosis angle, head translation distance (in millimeters), and segmental misalignment at each cervical level. For the vast majority of neck pain patients, this is the first time their cervical curve has ever been quantitatively measured. The imaging reveals exactly what structure is contributing to their pain — and what correction needs to accomplish.
2
Education
Report of Findings
Dr. Weber reviews your cervical X-rays on screen — showing you your actual cervical curve (red) against the ideal (green), your precise head translation measurement, and how those structural findings map to your specific symptoms. Patients who have been told “your neck looks fine” by prior providers are often shocked to see the degree of curve loss or FHP revealed on imaging. Understanding the structural cause transforms compliance and motivation throughout the correction program.
3
Treatment
Mirror-Image Cervical Traction
Cervical traction is configured as the precise mirror-image opposite of your measured cervical deviation — positioning the head and neck to apply corrective force at the exact segments and in the exact direction that your X-rays indicate need correction. Over a progressive series of sessions, this remodels the anterior longitudinal ligament and cervical disc tissue back toward the ideal C-shaped lordosis. Unlike generic cervical traction, CBP traction vectors are individualized to each patient’s specific X-ray measurements.
4
Treatment
Cervical Structural Adjustments
Targeted cervical adjustments restore segmental mobility at specific misaligned levels, reduce facet joint irritation, open foraminal space for compressed nerve roots, and reinforce traction correction at each session. Unlike a generic neck adjustment, each CBP cervical manipulation is directed at the specific segmental findings from your X-ray analysis — addressing the actual structural contributors to your pain rather than the general cervical region.
5
Outcome
Progress X-Rays & Measured Correction
Follow-up cervical X-rays at key intervals document the restoration of cervical lordosis angle and reduction in head translation — measured in degrees and millimeters. As the curve is restored, disc pressure normalizes, foraminal space opens, and nerve root irritation resolves. You can see your cervical spine structurally improving on imaging — objective evidence that the correction program is working and that the degenerative trajectory has been altered.
“Most neck pain patients have never had their cervical curve measured. The moment they see their actual curve overlaid against the ideal on screen — that’s when they understand why massage and ice haven’t fixed it.”
— Dr. Nick Weber, DC · CBP Advanced Certified · Palmer College, 2017
Measured
in Degrees
CBP correction is quantified in degrees of cervical lordosis restored — not pain scores. Progress X-rays document the structural change objectively.
Never had your curve measured?
Your first visit includes a full PostureRay cervical X-ray analysis — the measurement most neck pain patients have never received despite years of treatment.
Book New Patient Visit Call 703-447-1121
Why CBP outperforms conventional neck pain treatment

Massage relaxes the muscle.
CBP corrects the structure causing it to tighten.

Root
Corrects the Structural Cause
CBP identifies and corrects the specific cervical curve deviation, FHP measurement, and segmental misalignment driving chronic neck pain — not just the muscle tension it produces.
📐
Quantified in Degrees & mm
Every cervical traction setup is calculated from your X-ray measurements. Progress is tracked in degrees of lordosis restored and millimeters of head translation corrected — not pain diary entries.
🛡️
Prevents Long-Term Degeneration
Correcting the cervical curve changes the mechanical environment of every cervical disc — slowing or halting the degenerative cascade that untreated FHP and curve loss predictably produce.
✓ CBP Cervical Correction
Corrects cervical lordosis angle and FHP
Pre/post X-ray documents structural correction
Addresses nerve root compression at source
Slows degenerative cascade long-term
✗ Massage, Ice & Conventional Care
Relaxes muscle — curve deviation unchanged
No imaging baseline or correction documentation
Foraminal compression continues untreated
Degeneration continues advancing
Tech Neck — The Modern Epidemic

If you work at a screen,
your cervical spine is at risk.

“Tech neck” — the progressive cervical curve loss driven by sustained forward head posture during screen use — is now the most prevalent structural cervical condition in working adults. It is not a diagnosis. It is a description of a structural process that, left uncorrected, predictably follows the degenerative timeline above.

CBP is uniquely suited to address tech neck because it quantifies the problem with X-ray measurements and applies a correction protocol that physically reverses the structural change — not just manages the symptoms it produces.

💻
Laptop & Monitor Work
Screen position below eye level forces 15–25° of sustained cervical flexion — accelerating curve loss at C5–C7
📱
Smartphone Use
Average phone viewing angle of 45–60° below horizontal generates 49–60 lbs of effective cervical load per session
🚗
Driving Posture
Forward head posture in vehicle seating is reinforced for commuters spending 1–2+ hours daily in sustained FHP position
📖
Reading & Desk Work
Sustained cervical flexion during reading and writing generates chronic suboccipital and upper cervical compressive loading
Ergonomic adjustments that support correction
Raise your monitor
Top of screen at or just below eye level — eliminates sustained cervical flexion during desk work
Movement breaks every 30 min
Brief cervical retraction exercises interrupt sustained FHP loading and promote disc nutrition
Phone at eye level
Raising the phone to eye level reduces cervical load from 49+ lbs back toward the neutral 10–12 lb baseline
Note: ergonomics alone won’t correct existing curve loss
Postural improvements slow further damage — but only CBP traction and structural correction reverses damage already done
What to Expect

Your neck pain treatment
timeline.

Most neck pain patients notice meaningful improvement in pain, stiffness, and range of motion within the first 2–4 weeks. Structural correction of the cervical curve takes longer — typically 3–5 months of consistent care — but produces lasting change that symptom management alone never achieves.

Visit 1–2
Cervical X-Ray Analysis & Report of Findings
Full PostureRay cervical imaging, neurological assessment, health history. Dr. Weber presents your cervical curve measurements and exact structural findings. Allow 60–75 minutes.
Weeks 1–3
Early Symptom Relief
Segmental adjustments begin restoring mobility and reducing nerve root irritation. Most patients notice meaningful reduction in stiffness, pain, and arm symptoms within the first few weeks.
Weeks 4–14
Cervical Curve Restoration
Consistent cervical traction progressively restores the C-shaped lordosis. Disc pressure normalizes, foraminal space opens, and structural gains accumulate with each session.
Month 3–5
Progress X-Rays
Follow-up imaging measures cervical lordosis restoration in degrees and head translation reduction in millimeters. The structural improvement on film correlates directly with clinical improvement in symptoms.
Long-Term
Maintenance & Degeneration Prevention
Reduced visit frequency to protect the restored cervical curve and prevent the structural drift that would resume the degenerative timeline — particularly important for patients with high daily screen exposure.
Insurance & Payment
We work with your insurance.
Cervical spine treatment is covered by most major plans. We verify your benefits before your first visit — no surprises at checkout.
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 new patients who want to discuss their neck pain history before committing to an appointment.
Book Appointment Online
or
Call 703-447-1121
FAQ

Neck pain questions
answered directly.

I’ve had neck pain for years. Is it too late for CBP to help?
It is almost never too late to benefit from CBP cervical correction — though the degree and pace of correction varies with how long the structural deviation has been present. Cervical ligaments remain responsive to sustained corrective force regardless of age, and even partial correction of the lordotic curve measurably improves disc mechanics and reduces nerve root irritation. Dr. Weber will assess your X-ray findings and give you an honest, specific projection of what correction is realistically achievable in your case.
My X-ray says I have degenerative disc disease at C5–C6. Can CBP still help?
Yes, in most cases. Degenerative disc disease at C5–C6 is almost always a downstream consequence of sustained structural overloading — and correcting the cervical curve changes the mechanical environment that drove that degeneration. While existing bone changes are permanent, restoring the lordosis reduces ongoing disc compression, slows further degeneration, and often meaningfully reduces the nerve root irritation and arm symptoms associated with cervical DDD. The goal is to alter the trajectory — not reverse calcified changes.
I had a whiplash injury years ago. Can CBP address old whiplash damage?
Yes — post-whiplash cervical curve loss is one of the most common presentations Dr. Weber sees, and one of the most responsive to CBP correction. Whiplash injuries frequently stretch or tear the anterior longitudinal ligament that maintains cervical lordosis, producing a flat or reversed curve that never fully resolves after the acute injury. CBP mirror-image traction directly addresses this pattern — applying corrective force to restore the curve that the ligament injury caused to be lost.
Is cervical traction safe? I’ve heard it can be dangerous.
CBP cervical traction is not the same as generic home traction devices or unspecified clinical cervical distraction. It is configured from your precise X-ray measurements to apply corrective force in the specific direction and at the specific segments your imaging indicates need correction. Dr. Weber sets up every traction session personally, starts conservatively, and monitors your neurological response. For the large majority of patients with cervical curve loss and FHP, this traction is not only safe but the most targeted treatment available.
My arms and hands go numb at night. Is that from my neck?
Nocturnal arm and hand numbness is frequently cervical in origin — produced by cervical nerve root compression at C5–C8 that becomes symptomatic when sustained sleeping postures further compress already narrowed foramina. It can also originate from thoracic outlet syndrome or carpal tunnel syndrome, but the cervical structural contribution is the most commonly missed. A PostureRay cervical X-ray evaluation will clarify whether your arm symptoms are driven by cervical foraminal stenosis from structural misalignment.

Your neck pain has a structural root.
Let’s measure it — then correct it.

Book a new patient visit and receive a full PostureRay cervical X-ray analysis with Dr. Weber — the measurement most neck pain patients have never had despite years of treatment.

Book a Free Consultation Call 703-447-1121

Clinical Research & Evidence

Related Treatments at NoVa Spine & Wellness

Neck pain caused by structural problems responds best when the underlying spinal deformity is directly corrected. See how Dr. Weber approaches this: CBP Spinal Correction and Loss of Cervical Curve — the structural diagnosis most commonly behind chronic neck pain.

I’ve had neck pain for years. Is it too late for CBP to help?

It is almost never too late to benefit from CBP cervical correction — though the degree and pace of correction varies with how long the structural deviation has been present. Cervical ligaments remain responsive to sustained corrective force regardless of age, and even partial correction of the lordotic curve measurably improves disc mechanics and reduces nerve root irritation. Dr. Weber will assess your X-ray findings and give you an honest, specific projection of what correction is realistically achievable in your case.

My X-ray says I have degenerative disc disease at C5–C6. Can CBP still help?

Yes, in most cases. Degenerative disc disease at C5–C6 is almost always a downstream consequence of sustained structural overloading — and correcting the cervical curve changes the mechanical environment that drove that degeneration. While existing bone changes are permanent, restoring the lordosis reduces ongoing disc compression, slows further degeneration, and often meaningfully reduces the nerve root irritation and arm symptoms associated with cervical DDD. The goal is to alter the trajectory — not reverse calcified changes.

I had a whiplash injury years ago. Can CBP address old whiplash damage?

Yes — post-whiplash cervical curve loss is one of the most common presentations Dr. Weber sees, and one of the most responsive to CBP correction. Whiplash injuries frequently stretch or tear the anterior longitudinal ligament that maintains cervical lordosis, producing a flat or reversed curve that never fully resolves after the acute injury. CBP mirror-image traction directly addresses this pattern — applying corrective force to restore the curve that the ligament injury caused to be lost.

Is cervical traction safe? I’ve heard it can be dangerous.

CBP cervical traction is not the same as generic home traction devices or unspecified clinical cervical distraction. It is configured from your precise X-ray measurements to apply corrective force in the specific direction and at the specific segments your imaging indicates need correction. Dr. Weber sets up every traction session personally, starts conservatively, and monitors your neurological response. For the large majority of patients with cervical curve loss and FHP, this traction is not only safe but the most targeted treatment available.

My arms and hands go numb at night. Is that from my neck?

Nocturnal arm and hand numbness is frequently cervical in origin — produced by cervical nerve root compression at C5–C8 that becomes symptomatic when sustained sleeping postures further compress already narrowed foramina. It can also originate from thoracic outlet syndrome or carpal tunnel syndrome, but the cervical structural contribution is the most commonly missed. A PostureRay cervical X-ray evaluation will clarify whether your arm symptoms are driven by cervical foraminal stenosis from structural misalignment.

How to relieve chronic neck pain through structural chiropractic evaluation and targeted treatment of the underlying cervical cause.

Identify your pain patterns and postural habits

Note when neck pain began, whether it radiates into the arm or shoulder, and what activities aggravate it. Forward head posture and prolonged screen time are the most common structural contributors.

Get cervical X-rays to assess structural integrity

A lateral cervical X-ray reveals disc narrowing, vertebral misalignment, loss of cervical lordosis, and degenerative changes — all structural findings that must be addressed for lasting pain relief.

Receive a structural chiropractic evaluation

A chiropractor assesses joint mobility, cervical alignment, and soft tissue involvement to determine whether adjustments, dry needling, decompression, or structural correction is the most appropriate path.

Begin chiropractic treatment targeting your specific findings

Cervical adjustments restore joint motion and alignment; dry needling releases muscular trigger points; cervical decompression addresses disc-related compression — treatments are selected and combined per your case.

Adopt posture correction habits to prevent recurrence

Ergonomic adjustments, chin-tuck exercises, and screen height modifications reduce forward head load between visits, reinforcing the structural corrections made during care.