Dr. Justin M. Dick, DCCLEAR Scoliosis Institute Senior Fellow · CLEAR Board of Directors · Certified ScoliBrace Provider · CNMT · ARRT(N)(CT) · CBP Trained · ISICO World Masters · SOSORT Provisional Member · NASS Member · multiple peer-reviewed, PubMed-indexed publications on scoliosis outcomes
Clear Life Scoliosis and Chiropractic Center · Charlotte, NC · Published October 2026

Scoliosis Treatment · ScoliBrace · CLEAR Protocol · Charlotte, NC

Modern Non-Invasive Scoliosis Treatment Charlotte NC: ScoliBrace, the CLEAR Protocol, and What Published Outcomes Actually Document

Non-invasive scoliosis treatment has genuinely advanced in the past two decades. The options available to a family in Charlotte NC today are structurally and mechanically different from what was available in 2005. Understanding those differences requires going beyond brand names to the clinical mechanism of each approach: what it does to the spine on a structural level, in which curve presentations and Risser stages it is most appropriate, and what the published evidence shows at case series or trial level.

At Clear Life Scoliosis and Chiropractic Center in Charlotte NC, Dr. Justin M. Dick, DC is a certified ScoliBrace provider and CLEAR Scoliosis Institute Senior Fellow and Board of Directors member. The treatment program combines ScoliBrace custom 3D bracing with the CLEAR Institute multimodal correction protocol. Published outcomes from this practice document the structural results of that combination. No referral required. 980-368-0766.

Book Your Evaluation Call 980-368-0766


Why Traditional Bracing and Modern Bracing Are Mechanically Different

The Boston brace and similar traditional rigid braces operate on a three-point pressure system: pads placed at specific bony landmarks apply pressure to prevent the curve from worsening during the growth period. The goal is stabilization, not correction. The BrAIST trial (2013, NEJM) established that full-time traditional bracing achieves a 72% success rate in preventing progression to the surgical threshold versus 48% for observation alone in the 25-45 degree Risser 0-2 population. That evidence base is established and clinically meaningful.

Traditional bracing does not typically produce Cobb angle reduction. It holds the curve where it is during the remaining growth period. For families whose primary goal is avoiding surgical intervention, that is a valid and evidence-supported outcome. For families whose goal is structural correction of the curve, it is not the same outcome.

ScoliBrace is designed around a different mechanical goal: over-corrective positioning. Rather than applying pressure at the curve apex to resist further deviation, ScoliBrace positions the spine in the direction of correction : beyond neutral, toward the over-corrected position : using a fully custom 3D-scanned shell that matches the patient's specific spinal pattern, including the coronal, sagittal, and axial rotational components of the deformity.

Traditional Rigid Bracing (Boston-style)

  • Three-point pressure system at bony landmarks
  • Goal: prevent further progression during growth
  • Standard shell design with limited customization
  • Evidence: BrAIST 2013 (NEJM) : 72% success vs. 48% observation
  • Typical wear: 16-23 hours per day
  • Cobb angle reduction: not a typical outcome
  • Established RCT-level evidence for progression prevention

ScoliBrace (3D Over-Corrective)

  • Custom 3D-scanned shell matched to the specific curve pattern
  • Goal: position the spine in over-corrected alignment
  • Addresses coronal, sagittal, and rotational components
  • Evidence: case series and clinical outcomes data; ScoliBrace-specific RCT evidence is more limited than Boston-style bracing
  • Wear schedule determined by clinical assessment and curve severity
  • Cobb angle correction possible when combined with active correction protocol
  • Lenke-specific design based on individual spinal pattern scan
Honest evidence assessment for ScoliBraceScoliBrace has a growing published evidence base at case series and retrospective study level. The RCT-level evidence for ScoliBrace specifically is less extensive than that for traditional Boston-style bracing (BrAIST 2013). This does not mean ScoliBrace is less effective: it means the evidence hierarchy for this specific device is at a different stage of development. Published case-level outcomes at Clear Life Scoliosis document Cobb angle reductions in the ranges used with the CLEAR multimodal protocol. The clinical rationale for the over-corrective design is mechanically sound and consistent with the structural correction principle. Families should understand the distinction between what is established at RCT level and what is documented at case level when evaluating any treatment approach.

The CLEAR Institute Protocol: What It Adds to Bracing Alone

ScoliBrace is most effective when used as part of a multimodal correction program rather than as a standalone intervention. Bracing positions the spine in a corrected alignment during wear hours. What happens during the hours the brace is off depends on the neuromuscular patterning that has developed around the existing curve : without additional rehabilitation, the spine returns to the deformed position when the brace is removed.

The CLEAR Institute protocol addresses this directly. The multimodal approach combines:

  • Scoliosis-specific chiropractic adjustment targeting the apex vertebrae based on Lenke classification and Nash-Moe rotation grade : not generic spinal manipulation
  • Vibratory neuromuscular rehabilitation activating the proprioceptive pathways that maintain spinal alignment outside of brace hours
  • Scoliosis-specific exercise matched to the Lenke type and curve direction, reinforcing the corrected position achieved during adjustment and bracing
  • Home exercise program extending the neuromuscular re-patterning into daily activity

The combination is the clinical model that produced the published outcomes at Clear Life Scoliosis. The brace provides the corrective positioning. The CLEAR protocol addresses the neuromuscular component that maintains that positioning when the brace is not worn. Neither is the full program without the other.


What the Published Outcomes from Clear Life Scoliosis Document

Case Series · Lenke 5C · Two-Week Intensive CLEAR Protocol · 12-Month Follow-Up

71% and 60% Total Cobb Angle Reduction at 12 Months

35.7° to 10.4° and 38.9° to 15.7° documented on standing radiograph at 12-month follow-up

Both patients were in the moderate Lenke 5C range at intake. Both continued athletic participation throughout the treatment period and at 12-month follow-up. Cobb angle reductions documented on standing AP radiograph with Peirson analysis confirmed with PostureRay. The intensive two-week format compressed the CLEAR correction protocol into ten consecutive treatment days, the format used for out-of-area patients traveling to Charlotte NC from Atlanta, Greenville, and other markets.

Evidence tier: Peer-reviewed case series, n=2. Lenke 5C specifically. Does not establish expected outcomes across all Lenke types or all patients. Correction potential depends on Risser stage, Lenke type, and initial Cobb angle.
Case Report · AIS · 13-Month Follow-Up

42.4° to 23.8°: Maintained Below Surgical Threshold

42.4° to 23.8° sustained at 13-month standing radiograph follow-up

Entered treatment approaching the surgical consultation threshold. Documented Cobb angle reduction to and maintenance below the surgical threshold at 13-month follow-up radiograph.

Evidence tier: Single case report. Does not establish population-level outcomes for curves approaching this Cobb angle range.

When ScoliBrace Is and Is Not the Right Fit

ScoliBrace, like any bracing intervention, has a clinical window within which it is most appropriate and curve presentations for which it is better or less well matched.

Clinical Factor More Appropriate for ScoliBrace Less Appropriate / Requires Different Approach
Risser stage Risser 0-2: growth remaining, over-corrective positioning has the most potential to influence structural alignment during growth Risser 4-5: skeletal maturity reached, brace-driven correction potential reduced; structural rehabilitation focus shifts
Cobb angle range 25-45 degrees moderate range with documented progression Below 20 degrees in a stable mature patient: observation may be appropriate. Above 50 degrees: surgical consultation alongside any non-surgical protocol
Lenke type Lenke 5C thoracolumbar and lumbar patterns are the curve types with the most published correction data at Clear Life Scoliosis Double major curves (Lenke 3, Lenke 6) require correction of two structural curves; single-curve protocols do not transfer directly
Prior surgery No prior spinal surgery at the curve levels Post-fusion curves: bracing at fused levels is not effective; management focuses on adjacent unfused levels and symptom stabilization

Scoliosis-Specific Exercise: What It Does and What It Cannot Do

Scoliosis-specific exercise is an essential component of the CLEAR protocol and of any serious non-surgical scoliosis management program. The most published exercise frameworks are Schroth, SEAS (Scientific Exercise Approach to Scoliosis), and the CLEAR Institute exercise protocol. All three are designed around the principle that exercises must be matched to the specific Lenke type and curve direction : not applied generically.

What scoliosis-specific exercise does: builds the paraspinal and core muscle strength that supports the corrected structural position during non-brace hours, reduces fatigue-based pain from asymmetric muscular loading, improves proprioceptive awareness of body position in space, and extends the neuromuscular re-patterning work of the adjustment and bracing sessions into daily activity.

What scoliosis-specific exercise does not do on its own: reduce the Cobb angle. The published Cobb angle reductions at Clear Life Scoliosis came from the full multimodal protocol : adjustment, vibration, and exercise combined : not from exercise alone. A patient doing excellent scoliosis-specific exercises without the structural correction component of the protocol will build better muscular support for the existing curve without changing the curve itself.

The question to ask about any scoliosis exercise program.

Is the exercise prescription based on the patient's Lenke classification? If the provider does not know the patient's Lenke type, the exercise cannot be correctly matched to the curve direction. A Lenke 1 right thoracic curve and a Lenke 5C left thoracolumbar curve require opposite lateral flexion guidance. Applying the same exercise protocol to both reinforces the deformity in one of them. At Clear Life Scoliosis Charlotte NC, Lenke classification is performed at the first visit and the exercise prescription is matched to it.


What "Non-Invasive" Actually Means in This Context

Non-invasive is accurate for all of the approaches discussed here: ScoliBrace, CLEAR protocol adjustment, vibration rehabilitation, and scoliosis-specific exercise. None involve surgery, implants, injections, or radiation exposure beyond the standing radiographs required to document structural status before and after treatment.

Non-invasive does not mean low-effort. The correction protocol requires consistent in-clinic visits during the active correction phase, daily brace wear on the schedule established by the clinical assessment, daily home exercise, and defined follow-up radiographs at three-to-four-month intervals during the Risser 0-2 window. A family that understands this at the start of treatment is better positioned to achieve the documented outcomes than one that expects passive treatment to produce active correction.

Dick JM. A Retrospective Cross-Sectional Analysis of Abnormal Cervical Mechanics in Patients With Scoliosis. Cureus. 2025. PMID: 41018459. DOI: 10.7759/cureus.91098.Cervical lordosis loss in 100% of structural spinal patients and abnormal C3-C4 segmental motion in over 70% on stress radiography. The clinical implication for non-invasive treatment: the correction program at Clear Life Scoliosis addresses the full spinal picture, including the cervical compensatory changes that develop alongside the primary scoliosis curve below. A non-invasive program that addresses only the primary Cobb angle without evaluating the cervical structural consequences is treating part of the presentation. View the full paper at Clear Life Scoliosis.

Frequently Asked Questions: ScoliBrace and Non-Invasive Scoliosis Treatment Charlotte NC

What is ScoliBrace and how is it different from a traditional scoliosis brace?

ScoliBrace is a custom 3D-scanned brace designed for over-corrective positioning: it places the spine in the direction of correction rather than applying pressure to resist further deviation. Traditional braces (Boston-style) use a three-point pressure system to stabilize the curve during growth. Both approaches are non-invasive. The evidence base for traditional bracing is more established at RCT level (BrAIST 2013, NEJM). ScoliBrace has growing case-level published evidence. Dr. Justin Dick is a certified ScoliBrace provider at Clear Life Scoliosis Charlotte NC. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

Does ScoliBrace reduce the Cobb angle?

When combined with the CLEAR Institute multimodal correction protocol, yes at case series level. Published outcomes at Clear Life Scoliosis Charlotte NC document 71% and 60% Cobb angle reduction at 12-month follow-up in Lenke 5C patients (PMID 41640942) and 42.4 to 23.8 degrees at 13-month follow-up (PMID 40062184). These outcomes reflect the combined protocol: ScoliBrace over-corrective positioning plus CLEAR adjustment, vibration rehabilitation, and scoliosis-specific exercise. Evidence tier: case series, not RCT. Dr. Justin Dick. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

What Cobb angle and Risser stage is ScoliBrace most appropriate for?

Curves in the 25-45 degree moderate range at Risser 0-2 in skeletally immature patients with documented progression represent the primary target population for active correction protocols including ScoliBrace. Risser 0-2 is the window where growth forces can be redirected by over-corrective positioning. Above Risser 3, correction potential is reduced. Above 50 degrees Cobb angle, surgical consultation is indicated alongside any non-surgical protocol. Dr. Justin Dick at Clear Life Scoliosis Charlotte NC. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

Does scoliosis-specific exercise alone reduce the Cobb angle?

Not in the published literature. The documented Cobb angle reductions at Clear Life Scoliosis came from the full multimodal CLEAR protocol. Exercise is essential for maintaining corrected positioning during non-brace hours and reducing fatigue-based pain, but it is the support component of the correction program, not the primary correction tool. Dr. Justin Dick at Clear Life Scoliosis Charlotte NC. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

How many visits does the CLEAR correction protocol require?

The standard outpatient protocol involves regular visits during the active correction phase, typically over several months, with follow-up radiographs at three-to-four month intervals during the Risser 0-2 window. For out-of-area patients from Atlanta, Greenville, and other markets, the two-week intensive format compresses the initial correction phase into ten consecutive treatment days, the format documented in PMID 41640942. 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 CLEAR Institute protocol and how does it work?

The CLEAR Institute protocol is a multimodal scoliosis correction approach combining scoliosis-specific chiropractic adjustment targeting the apex vertebrae based on Lenke classification, vibratory neuromuscular rehabilitation, and scoliosis-specific exercise matched to the curve direction. Dr. Justin M. Dick, DC is a CLEAR Scoliosis Institute Senior Fellow and Board of Directors member. Published outcomes from this practice include PMID 41640942 and PMID 40062184. Clear Life Scoliosis Charlotte NC. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.

Is ScoliBrace available in Charlotte NC?

Yes. Dr. Justin M. Dick, DC at Clear Life Scoliosis and Chiropractic Center in Charlotte NC is a certified ScoliBrace provider. ScoliBrace is prescribed and fitted as part of the full CLEAR Institute multimodal correction program. No referral required. Cash-based practice. 8814 Rachel Freeman Way Suite 103, Charlotte NC 28278. Call 980-368-0766.


Clear Life Scoliosis and Chiropractic Center serves patients from Charlotte, Huntersville, Ballantyne, Matthews, Concord, Mooresville, Steele Creek, Berewick, Rock Hill SC, Fort Mill SC, Greenville SC, and Spartanburg SC. No referral required. Cash-based practice.

Get a ScoliBrace Evaluation From a Certified Provider With Published Outcomes

Dr. Justin M. Dick, DC : Certified ScoliBrace Provider · CLEAR Scoliosis Institute Senior 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. Cobb angle, Lenke classification, Risser staging, ScoliBrace fitting, written report. No referral required. Cash-based practice.

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
Justin Dick

Justin Dick

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