The Reduction of Cervical Hyperlordosis and Resolution of Craniocervical Symptoms in an Adolescent Female: A Chiropractic Biophysics Case Report With Long-Term Follow-Up

Cervical hyperlordosis is a rare condition in the pediatric population. We present a unique case of the application of Chiropractic Biophysics<sup>®</sup> (CBP®) technique protocols to reduce a hyperlordotic cervical spine corresponding with many craniocervical symptoms, including chronic migraines and neck pain. A 15-year-old female presented with chronic headaches, neck pain, and neck stiffness among other complaints following a martial arts sprain injury several months prior. There were many positive orthopedic tests and limited range of motion. Radiographs revealed a cervical hyperlordosis and a right lateral head translation. CBP® treatment was given and involved cervical distraction traction as well as corrective exercises twice a week for 12 weeks, and then monthly for one year with a complementary home program. After 12 weeks, there was a full recovery from migraines and neck pain correlating with an 8° reduction in lordosis and correction of head translation. At 15 months, the patient remained well and achieved a 13° total reduction in the neck curve. This is the first case documenting the successful application of CBP® methods to reduce cervical spine hyperlordosis in peer-reviewed literature. We propose too much curve may be as detrimental as too little curve in the cervical spine with respect to causing adverse stresses and strains in the surrounding soft tissues leading to pathological processes and nociceptive tendencies.

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Publication Details

Journal
Cureus
Published
2024-09-22
DOI
https://doi.org/10.7759/cureus.69913
Primary Topic
Spinal Fractures and Fixation Techniques
Type
article
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article

The Reduction of Cervical Hyperlordosis and Resolution of Craniocervical Symptoms in an Adolescent Female: A Chiropractic Biophysics Case Report With Long-Term Follow-Up

Paul A. Oakley, Jason W. Haas, Deed E. Harrison, Thomas J Woodham et al.
Cureus
Spinal Fractures and Fixation Techniques
article

The Reduction of Cervical Hyperlordosis and Resolution of Craniocervical Symptoms in an Adolescent Female: A Chiropractic Biophysics Case Report With Long-Term Follow-Up

Paul A. Oakley, Jason W. Haas, Deed E. Harrison, Thomas J Woodham, Miles O. Fortner
article en

Abstract

Cervical hyperlordosis is a rare condition in the pediatric population. We present a unique case of the application of Chiropractic Biophysics<sup>®</sup> (CBP®) technique protocols to reduce a hyperlordotic cervical spine corresponding with many craniocervical symptoms, including chronic migraines and neck pain. A 15-year-old female presented with chronic headaches, neck pain, and neck stiffness among other complaints following a martial arts sprain injury several months prior. There were many positive orthopedic tests and limited range of motion. Radiographs revealed a cervical hyperlordosis and a right lateral head translation. CBP® treatment was given and involved cervical distraction traction as well as corrective exercises twice a week for 12 weeks, and then monthly for one year with a complementary home program. After 12 weeks, there was a full recovery from migraines and neck pain correlating with an 8° reduction in lordosis and correction of head translation. At 15 months, the patient remained well and achieved a 13° total reduction in the neck curve. This is the first case documenting the successful application of CBP® methods to reduce cervical spine hyperlordosis in peer-reviewed literature. We propose too much curve may be as detrimental as too little curve in the cervical spine with respect to causing adverse stresses and strains in the surrounding soft tissues leading to pathological processes and nociceptive tendencies.

CureusVol. 16(9)
York University (CA), University of Western States (US), Windsor Clinical Research (CA), Eagle Mount (US), Canadian Chiropractic Association (CA), New York Chiropractic College (US)
Gender equality
Openalex Percentile: Top 70%
Spinal Fractures and Fixation Techniques
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