Scoliosis Reduction Charlotte NC — What It Means, What the Evidence Shows, and What the Outcomes at Clear Life Scoliosis Actually Look Like

"Scoliosis reduction" is a specific clinical claim. It means measurable decrease in Cobb angle on standing radiograph — not improved posture, not reduced pain, not better quality of life scores alone, though those outcomes frequently accompany it. Cobb angle reduction is what distinguishes a correction-oriented treatment approach from a management-oriented one, and it is what the published outcomes at Clear Life Scoliosis and Chiropractic Center in Charlotte, NC document.

Most scoliosis practices in Charlotte and the broader Carolinas offer observation protocols, bracing referrals, or general chiropractic care that addresses symptoms without targeting structural correction. That is a legitimate clinical approach for certain patient populations. It is not the same as a reduction-oriented treatment protocol with published, peer-reviewed outcome data to support it.

This page documents what scoliosis reduction means clinically, what the outcome data at Clear Life Scoliosis shows, how the evaluation and treatment process works, and what patient populations are most likely to benefit. The evidence is presented with its actual evidence tier — case reports and small case series, not randomized controlled trials — because honest representation of what the research shows is more useful to patients and referring providers than overclaimed certainty.

Dr. Justin M. Dick, DC at Clear Life Scoliosis and Chiropractic Center, Charlotte NC. CLEAR Fellow, Board of Directors, CNMT, ARRT(N)(CT), CBP Trained, ISICO World Masters, SOSORT Provisional Member, NASS Member. Multiple peer-reviewed, PubMed-indexed publications on scoliosis reduction outcomes. No referral required. 980-368-0766.

Schedule Your Evaluation Call 980-368-0766


What Scoliosis Reduction Actually Means — and What It Does Not

Cobb angle is the standard radiographic measurement of scoliosis curve magnitude — the angle formed between lines drawn parallel to the endplates of the most tilted vertebrae above and below the curve's apex on a standing AP radiograph. It is the measurement used to diagnose scoliosis, to determine surgical candidacy thresholds, and to track progression or correction over time.

Reduction means the Cobb angle is smaller on a follow-up radiograph taken under identical conditions — same standing position, same projection — than it was on the baseline film. A reduction of 5 degrees or more on repeat measurement is generally considered clinically meaningful, accounting for measurement variability. A reduction of 10 degrees or more is substantial. A reduction of 50% or more from baseline is what the peer-reviewed literature at Clear Life Scoliosis documents in the most responsive patients following the CLEAR Institute intensive correction protocol.

What reduction does not mean:

  • Reduced pain on the day of measurement — Cobb angle and pain are poorly correlated in adolescent and young adult scoliosis; many patients with significant curves report minimal pain
  • Improved posture as assessed visually — posture appearance and radiographic curve magnitude do not move in strict proportion
  • Surgical-level correction — surgical correction in severe curves achieves corrections in ranges not replicable with non-surgical protocols; the non-surgical reduction evidence base is at smaller curve magnitudes
  • Permanent correction guaranteed — reduction achieved during the treatment phase requires maintenance protocols and monitoring to assess durability over time

The standard of evidence used at Clear Life Scoliosis.

The published reduction outcomes below are from case reports and small case series — Cureus peer-reviewed publications with PubMed indexing. This is the appropriate evidence tier for an emerging non-surgical scoliosis correction protocol. Case reports establish that reduction is achievable in specific patients under specific conditions. They do not establish the population-level response rate, the average expected reduction, or the durability of correction across all patients. That level of evidence requires randomized controlled trials that do not yet exist for this protocol at this scale. Clear Life Scoliosis presents its outcomes at their actual evidence level, not as something they are not.


Published Reduction Outcomes — Clear Life Scoliosis Charlotte NC

The following outcomes are documented in peer-reviewed, PubMed-indexed publications authored by Dr. Justin M. Dick, DC, with co-authors where noted. All Cobb angle measurements were taken on standing radiograph. All cases involved the CLEAR Institute non-surgical correction protocol unless otherwise noted.

Case Series · Lenke 5C · Two Patients · 12-Month Follow-Up

Adolescent Idiopathic Scoliosis — Lenke 5C Two-Week Intensive Protocol

71% & 60% total Cobb angle reduction at 12 months

Two adolescent patients with Lenke 5C thoracolumbar/lumbar major curves treated with the two-week CLEAR Institute intensive protocol. Case 1: 35.7 degrees to 10.4 degrees at 12-month follow-up (71% total reduction). Case 2: 38.9 degrees to 15.7 degrees at 12-month follow-up (60% total reduction). Both patients continued age-appropriate physical activity during and after the treatment period. Reductions were maintained at 12-month follow-up radiograph.

Evidence tier: Peer-reviewed case series, n=2. Documents that this level of reduction is achievable in the Lenke 5C pattern following the intensive protocol. Does not establish population-level response rate.
Case Report · AIS · 13-Month Follow-Up · With Sandy Spurgeon

Adolescent Idiopathic Scoliosis — 13-Month Non-Surgical Reduction

42.4° → 23.8° Cobb angle at 13-month follow-up

Single adolescent patient with AIS documented at 13-month follow-up following non-surgical structural rehabilitation. Baseline Cobb angle 42.4 degrees, reduced to 23.8 degrees at follow-up — a reduction that brought the patient below the conventional surgical consideration threshold of 40 degrees and sustained that reduction through the follow-up period. Published with co-author Sandy Spurgeon.

Evidence tier: Single case report. Documents sustained correction below surgical threshold at 13 months. Individual patient response — not a population-level treatment effect estimate.
Case Report · AIS · SKOLIOS Neuromechanical Device · With John Whelan

Adolescent Idiopathic Scoliosis — SKOLIOS Device Case Report

10.9° → 3.8° Cobb angle following SKOLIOS-augmented protocol

Single AIS patient treated with a protocol incorporating the SKOLIOS neuromechanical rehabilitation device, co-developed by Dr. Dick and co-inventor John Whelan (provisional patent held). Baseline Cobb angle 10.9 degrees, reduced to 3.8 degrees on follow-up radiograph. This case documents the SKOLIOS device's integration into the correction protocol at the smaller curve range where the device is applied as part of a multimodal approach.

Evidence tier: Single case report. Documents measurable Cobb angle reduction with SKOLIOS-augmented protocol. Small curve magnitude — results at this range are not directly comparable to larger curve outcomes above.
Conflict of interest disclosure: Dr. Justin M. Dick and co-inventor John Whelan hold a provisional patent on the SKOLIOS device. This relationship is disclosed in the published paper and in all content referencing the device.
PMID: 41685001 · PMC: PMC12892820 · DOI: 10.7759/cureus.101343 · View full paper at Clear Life Scoliosis
Case Report · Adult Scoliosis · De Novo Degenerative

Adult De Novo Scoliosis — Cobb Angle and Functional Reduction

24.5° → 10.9° Cobb angle · FRI 18 → 4

Adult patient with de novo degenerative lumbar scoliosis. Cobb angle reduced from 24.5 degrees to 10.9 degrees. Functional Rating Index reduced from 18 to 4. Chest expansion increased from 1.5 inches to 2.5 inches. Adult scoliosis — particularly de novo degenerative patterns — has a different correction response profile than adolescent idiopathic scoliosis. This case demonstrates that measurable radiographic reduction is achievable in the adult degenerative pattern, not only in AIS.

Evidence tier: Single case report. Adult de novo degenerative scoliosis is a distinct pathological process from AIS. Outcomes in one pattern do not directly predict outcomes in the other.
Full case documentation available at Clear Life Scoliosis Charlotte NC. Call 980-368-0766.

The Cervical Dimension — What the Reduction Literature Misses

Scoliosis reduction research and clinical practice overwhelmingly focuses on the thoracic and lumbar curves — the Cobb angle measured on standing AP radiograph. The cervical spine receives considerably less attention in the scoliosis reduction conversation, despite the fact that published research from Clear Life Scoliosis finds abnormal cervical mechanics in the majority of structural spinal injury patients.

Dick JM. A Retrospective Cross-Sectional Analysis of Abnormal Cervical Mechanics in Patients With Scoliosis. Cureus. 2025. PMID: 41018459. DOI: 10.7759/cureus.91098. Recognized at IRAPS 2026, Sherman College of Chiropractic.Retrospective cross-sectional analysis of 37 patients. Found Order 1 cervical buckling in 89.2%, Order 2 in 10.8%. Abnormal C3-C4 segmental motion on stress radiography in over 70% of patients. Cervical lordosis loss in 100% of patients evaluated. These findings mean that a scoliosis reduction protocol that addresses only the standing Cobb angle — without evaluating the cervical spine — is treating an incomplete picture of the structural presentation. View the full paper.

At Clear Life Scoliosis Charlotte NC, the evaluation protocol includes cervical structural assessment — stress radiography to evaluate segmental motion and lordosis — as a standard component of every scoliosis workup, not an add-on or optional study. The cervical evaluation findings inform the treatment approach alongside the standing Cobb angle and Lenke classification. A reduction program that does not include cervical evaluation is not using the full available clinical picture.


The Evaluation Process — How a Reduction-Oriented Assessment Differs From a Monitoring Visit

1

Adams Forward Bend Test and Scoliometer Measurement

The Adams forward bend test — the patient bends forward with hands clasped and feet together while the examiner observes from behind — screens for the rotational deformity that is the structural signature of true structural scoliosis. The scoliometer quantifies the angle of trunk rotation (ATR). This is the starting point that distinguishes structural scoliosis from postural curvature and determines whether standing radiograph is indicated.

2

Standing Radiograph with Peirson Analysis and PostureRay Confirmation

Standing AP and lateral radiographs are analyzed using the Peirson analysis protocol first, with PostureRay software used to confirm measurements. Cobb angle measurement, Lenke classification, Risser staging, and sagittal alignment assessment are all performed from the standing films. The Risser stage determines the skeletal maturity window and therefore the progression risk and treatment urgency. The Lenke classification determines the curve pattern and informs which protocol components are most relevant. Peirson analysis is performed first — PostureRay confirms, not the reverse.

3

Cervical Structural Evaluation — Stress Radiography

Flexion-extension and lateral stress radiographs of the cervical spine evaluate segmental motion, cervical lordosis, and the specific C3-C4 hypermobility pattern identified in the published research at Clear Life Scoliosis (PMID 41018459). This evaluation is performed at every scoliosis workup — not selectively. The cervical findings are integrated into the reduction protocol design alongside the thoracic and lumbar curve data.

4

Reduction Protocol Design — Intensive vs Standard Phase

The CLEAR Institute protocol is delivered either as a standard outpatient schedule or as a two-week intensive format. The intensive format — the protocol documented in PMID 41640942 — compresses a high-volume correction protocol into a 10-day period for patients traveling from outside the Charlotte area or those who require accelerated intervention. Standard outpatient protocols are appropriate for patients in the Charlotte, Huntersville, Ballantyne, Matthews, and surrounding communities with access to regular visits. The appropriate format depends on the patient's Cobb angle, Risser stage, geographic access, and urgency of the clinical situation.

5

Follow-Up Radiograph and Reduction Documentation

Follow-up Cobb angle measurement on standing radiograph under identical conditions to the baseline film is the objective confirmation of reduction. The comparison of baseline and follow-up Cobb angle — using the same Peirson analysis protocol — is what produces the documented outcome. Follow-up interval is determined by the treatment phase, Risser stage, and clinical response rate. For Risser 0 to 2 patients in active correction, follow-up radiograph at 3 to 4 months is standard.

6

Maintenance Protocol and Long-Term Monitoring

Reduction achieved during the intensive correction phase requires maintenance. The published 13-month follow-up (PMID 40062184) and 12-month follow-up data (PMID 41640942) demonstrate that reductions are maintained through structured follow-up protocols that include home exercise, scheduled re-evaluation, and Cobb angle monitoring. The maintenance phase is not a reduced version of the correction phase — it is a clinically distinct protocol designed to stabilize the corrected position as skeletal maturity progresses.


Who Is Most Likely to Benefit From a Reduction-Oriented Protocol

Not every scoliosis patient is the same candidate for reduction-oriented treatment. The clinical variables that most strongly influence the probability of meaningful Cobb angle reduction are:

Variable Higher Reduction Potential Lower Reduction Potential
Skeletal maturity (Risser) Risser 0–2 — spine still undergoing growth-related remodeling; correction forces can work with growth mechanics Risser 4–5 adult — skeletally mature bone is less responsive to correction forces; stabilization is the primary goal
Curve magnitude (Cobb angle) 10–40 degrees — responsive range for non-surgical correction protocols Above 50 degrees — surgical correction is typically the appropriate intervention at this range; non-surgical protocols are adjunctive at best
Curve pattern (Lenke type) Single structural major curves — Lenke 1 and Lenke 5C — concentrate the correction effort on one primary deformity Double and triple major curves (Lenke 3, 4, 6) — multiple structural components require more complex correction sequencing
Time since diagnosis Early in the progression window — curve has not had time to produce secondary structural adaptations in the disc, vertebral body, and rib cage Long-standing curves with established bony wedging — secondary structural adaptations reduce the available correction range
Treatment compliance Full compliance with intensive protocol, home exercise, and follow-up schedule Incomplete compliance with any component of the multimodal protocol
Previous treatment history No prior bracing or surgical intervention Post-fusion surgical patients — spinal fusion alters the biomechanical environment in ways that make conventional reduction protocols inapplicable to the fused segments

Adult patients and post-surgical patients are not excluded from the evaluation at Clear Life Scoliosis Charlotte NC. The clinical goals in those populations are different — spinal stabilization, symptom management, prevention of degenerative progression, and quality of life — rather than primary Cobb angle reduction as the lead target. The distinction is important because a patient who expects AIS-level Cobb angle reduction outcomes in an adult degenerative scoliosis presentation will have expectations that are not clinically grounded.


The Kinetic Chain — Why Scoliosis Is Not Only a Spinal Problem

The published research profile at Clear Life Scoliosis includes work that extends beyond Cobb angle measurement into the systemic biomechanical consequences of spinal deformity. Co-authored work with John Whelan JP — Whelan JP as first author, Dick JM as co-author — on radiographic sagittal alignment and kinetic chain alterations in geriatric scoliosis patients (DOI: 10.7759/cureus.105827) addresses how spinal deformity propagates through the lower extremity kinetic chain in ways that standard scoliosis evaluation does not capture.

This research informs the treatment approach at Clear Life Scoliosis: reduction of the Cobb angle is one component of a correction protocol that also addresses the sagittal alignment, pelvic tilt, and lower extremity loading patterns that accompany the lateral curve. A Cobb angle number on a radiograph is the most reproducible measurement of the deformity — it is not the only clinically relevant finding.


Credentials That Support the Reduction Outcomes

The reduction outcomes at Clear Life Scoliosis are not the product of general chiropractic treatment applied to scoliosis patients. They come from a specific credentialed framework that most Charlotte-area providers do not hold:

CLEAR Scoliosis Institute FellowshipAdvanced non-surgical scoliosis correction training — one of fewer than 200 CLEAR Fellows globally
CLEAR Institute Board of DirectorsActive governance role in the organization that developed and continues to evolve the CLEAR correction protocol
ISICO World MastersInternational Scoliosis Research Society — World Masters credential in scoliosis rehabilitation
SOSORT Provisional MemberSociety on Scoliosis Orthopaedic and Rehabilitation Treatment — international clinical research organization
NASS MemberNorth American Spine Society — multidisciplinary spinal care organization
CNMT · ARRT(N)(CT)Dual imaging credentials in nuclear medicine and CT — the only Charlotte-area scoliosis clinician with this imaging credential combination alongside clinical scoliosis correction training
CBP TrainedChiropractic BioPhysics structural rehabilitation — evidence-based spinal alignment correction training
Adjunct Faculty: Life, Sherman, PalmerTeaching at three chiropractic colleges concurrently — positions reserved for clinicians at the evidence and clinical frontier of their specialty

ORCID: 0009-0001-2794-2159 · Full research profile at Clear Life Scoliosis


Scoliosis Reduction vs Scoliosis Management — The Clinical Distinction

  Reduction-Oriented Protocol Management-Oriented Protocol
Primary goal Measurable Cobb angle decrease on radiograph Symptom control, quality of life, curve stability
Outcome measurement Follow-up standing radiograph with Cobb angle comparison Pain scores, functional indices, brace hours compliance
Evidence standard PubMed-indexed publication of before/after radiographs with Cobb angles Patient-reported outcome questionnaires, qualitative improvement
Protocol intensity High — intensive correction phase followed by structured maintenance Variable — depends on provider and patient goals
Best candidate Risser 0–2 AIS, curve 15–40°, motivated patient, full compliance capacity Skeletally mature adult, post-surgical, patient declining intensive intervention
Both are valid Reduction and management are not in opposition — management is the appropriate goal for many patients; reduction is the appropriate goal for those who are candidates and motivated to pursue it

Frequently Asked Questions — Scoliosis Reduction Charlotte NC

Can scoliosis be reduced without surgery in Charlotte NC?

Yes — with specific patient criteria met. The published outcomes at Clear Life Scoliosis document non-surgical Cobb angle reduction of 71% and 60% at 12-month follow-up in adolescent Lenke 5C patients (PMID 41640942), and reduction from 42.4 degrees to 23.8 degrees at 13-month follow-up in a separate adolescent case (PMID 40062184). These are case-level outcomes — peer-reviewed, PubMed-indexed, at their actual evidence tier. The patients most likely to achieve meaningful reduction are Risser 0 to 2 adolescents with curves in the 15 to 40-degree range who engage with the full intensive protocol. Dr. Justin M. Dick, DC at Clear Life Scoliosis — 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

What is the CLEAR Institute protocol and how does it produce scoliosis reduction?

The CLEAR Institute intensive protocol is a multimodal non-surgical correction approach combining high-intensity scoliosis-specific exercise, vibrational therapy, and structural rehabilitation targeting the neurological and mechanical components of curve maintenance. The two-week intensive format documented in PMID 41640942 at Clear Life Scoliosis compresses this protocol into a 10-day period. The protocol is designed by the CLEAR Scoliosis Institute — Dr. Dick is a CLEAR Fellow and active Board of Directors member. Clear Life Scoliosis Charlotte NC is one of a small number of CLEAR practices globally with published peer-reviewed reduction outcome data. Call 980-368-0766.

How is scoliosis reduction measured?

Reduction is measured as the difference between the Cobb angle on a baseline standing AP radiograph and the Cobb angle on a follow-up standing AP radiograph taken under identical conditions. The Cobb angle is the angle between lines drawn parallel to the endplates of the most tilted vertebrae above and below the curve's apex. At Clear Life Scoliosis Charlotte NC, Cobb angles are measured using Peirson analysis first, confirmed with PostureRay software. A reduction of 5 degrees or more is generally considered clinically meaningful. Dr. Justin Dick — 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

Who is the best candidate for scoliosis reduction at Clear Life Scoliosis?

The patient population most likely to achieve meaningful Cobb angle reduction: Risser 0 to 2 adolescents with curves in the 15 to 40-degree range, single structural major curves (Lenke 1 or Lenke 5C), early in the progression window, no prior surgical intervention, and full capacity to engage with an intensive multimodal protocol. Adult patients and post-surgical patients are evaluated and treated at Clear Life Scoliosis but with clinical goals calibrated to their presentation — stabilization and quality of life rather than primary Cobb angle reduction in most adult cases. Dr. Justin Dick at Clear Life Scoliosis — 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. No referral required. Call 980-368-0766.

Does Clear Life Scoliosis accept patients from outside Charlotte NC?

Yes. The two-week intensive protocol documented in PMID 41640942 is specifically designed for patients traveling from outside the Charlotte area who cannot attend standard outpatient visits over months. Patients have traveled from across the Carolinas and from other states for the intensive format. Clear Life Scoliosis provides evaluation, intensive protocol, and a structured home maintenance program. Contact the office to discuss options. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

What does scoliosis reduction feel like — does the patient notice the change?

Clinical experience varies. Some patients report improved posture awareness, reduced rib prominence, changes in shoulder or hip symmetry, and improved endurance with physical activity as Cobb angle decreases. Pain is not a reliable indicator of curve change — many adolescent scoliosis patients report minimal pain regardless of curve magnitude or reduction. The objective confirmation of reduction is the follow-up radiograph. Subjective improvement in posture and function frequently accompanies documented radiographic reduction but should not be used as a substitute for radiographic measurement. Dr. Justin Dick at Clear Life Scoliosis Charlotte NC — 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

What is the difference between scoliosis bracing and scoliosis reduction?

Bracing is primarily a curve progression prevention strategy — the clinical goal of bracing is to hold the curve at its current magnitude through the growth period, preventing progression to surgical thresholds. Reduction of an established curve magnitude is a different and more demanding clinical goal. The CLEAR Institute intensive protocol at Clear Life Scoliosis targets reduction — measurable decrease in Cobb angle — not only arrest of progression. For the right candidate, bracing and reduction protocols can be used concurrently. Dr. Justin Dick is a trained provider for multiple bracing systems and integrates bracing into the treatment plan where clinically appropriate. Call 980-368-0766 to discuss the options for your specific curve presentation.

Does insurance cover scoliosis reduction treatment?

Clear Life Scoliosis is a cash-based specialty practice. Fees are transparent and discussed at the evaluation appointment. Some patients use health savings accounts, flexible spending accounts, or financing options to fund treatment. The evaluation appointment includes a written treatment plan with costs so that families can plan appropriately. No referral required. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

Swimming is one activity in the broader conversation about sport participation with scoliosis — but the clinical framework that governs the swimming decision applies across every sport a scoliosis patient might ask about, and the loading demands vary considerably by activity. Cheerleading combines axial compressive landing forces, thoracic hyperextension, and asymmetric stunt loading in ways that require role-specific evaluation distinct from the swimming assessment — with separate clinical considerations for flyers, bases, back spots, and tumblers — covered at Scoliosis and Cheerleading Charlotte NC. Gymnastics carries its own pattern of detection dynamics and loading considerations specific to the Risser 0 through 2 athlete in a high-training-volume environment — covered at Scoliosis and Gymnastics Charlotte NC. Dance at high competitive volume shares the thoracic kyphosis reduction risk described on this page for the thoracic scoliosis patient — the full loading and participation analysis for dancers is at Dancing With Scoliosis Charlotte NC. The complete sport-by-sport clinical framework — covering swimming, soccer, tennis, running, strength training, cycling, and more, organized by loading pattern and Risser stage — is at Sports and Scoliosis Charlotte NC. And if the question is not only which sport is safe but whether the curve itself can be reduced — the published Cobb angle outcome data at Clear Life Scoliosis, including 71% and 60% reduction at 12-month follow-up in adolescent patients, is at Scoliosis Reduction Charlotte NC.


Dance sits within a broader clinical conversation about sport and scoliosis participation — one where the answer depends on the curve pattern, the Risser stage, and the specific movement demands of the discipline rather than a categorical yes or no. The thoracic kyphosis reduction risk described on this page applies to other activities as well, most notably competitive swimming at high butterfly and freestyle volume — the full swimming-specific analysis, including the backstroke caveat and stroke selection guidance, is at Scoliosis and Swimming Charlotte NC. Cheerleading carries a compounded loading profile — axial compressive landing forces, sustained thoracic hyperextension in tumbling and stunting, and asymmetric base position loading — with role-specific risk stratification for flyers, bases, back spots, and tumblers at Scoliosis and Cheerleading Charlotte NC. Gymnastics athletes and their coaches will find the detection dynamics, Risser-specific monitoring intervals, and training load guidance at Scoliosis and Gymnastics Charlotte NC. The complete sport-by-sport clinical framework — organized by loading pattern and Risser stage across ten sports — is at Sports and Scoliosis Charlotte NC. For families whose primary question is not which activity is safe but whether the curve itself can be reduced — the published Cobb angle outcome data at Clear Life Scoliosis, including case-level reduction of 71% and 60% at 12-month follow-up in adolescent patients, is at Scoliosis Reduction Charlotte NC.


Service Area — Scoliosis Reduction Charlotte NC

Clear Life Scoliosis and Chiropractic Center serves patients seeking non-surgical scoliosis reduction from Charlotte, Huntersville, Ballantyne, Matthews, Concord, Mooresville, Steele Creek, Berewick, Ayrsley, Palisades, Rock Hill SC, Fort Mill SC, and for intensive protocol appointments, from across North Carolina, South Carolina, and the southeastern United States. No referral required. Cash-based practice.

Ready to Find Out if You or Your Child Is a Candidate for Scoliosis Reduction?

Dr. Justin M. Dick, DC — CLEAR Fellow · CLEAR Board of Directors · CNMT · ARRT(N)(CT) · CBP Trained · ISICO World Masters · SOSORT Provisional Member · NASS Member · Multiple peer-reviewed, PubMed-indexed publications on scoliosis reduction outcomes. Cobb angle measurement with Peirson analysis and PostureRay, Risser staging, Lenke classification, cervical structural evaluation, and a written reduction-oriented treatment plan at your first appointment. No referral required. Cash-based practice. Intensive protocol available for out-of-area patients.

Book Your Evaluation Call 980-368-0766

Clear Life Scoliosis and Chiropractic Center8814 Rachel Freeman Way, Suite 103
Charlotte, NC 28278
980-368-0766  |  office@clearlifescoliosis.com
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