Can Poor Neck Posture Contribute to Headaches in Children and Teens?

The short answer: sometimes the neck matters, but posture is not a diagnosis

Neck muscle discomfort or a cervical disorder may contribute to some headaches. But a child who sits with their head forward does not necessarily have a headache caused by posture. Migraine, tension-type headache, illness, sleep problems, and other conditions need consideration. Persistent headaches deserve a careful history and examination—not an assumption that a neck curve explains the pain. [1] [2]

Start with your child’s pediatrician or other medical clinician, especially when headaches are new, changing, or affecting school and daily activities. A musculoskeletal assessment may complement that care; it does not replace pediatric or neurological evaluation.

Headache categories parents may hear about

Tension-type headache

This commonly feels like pressure or tightening, often on both sides of the head. It is usually mild to moderate and is not typically worsened by ordinary activity. Despite the name, it is not simply proof of “tight muscles” or bad posture. A clinician considers the whole symptom pattern. [1]

Migraine

Migraine is a neurological disorder, not just a severe tension headache. Children may have pain on both sides, nausea or vomiting, light and sound sensitivity, and reduced tolerance for activity. Some experience aura. Neck discomfort can occur alongside migraine and does not by itself reclassify the headache as neck-generated. [1] [2]

Cervicogenic headache

This is a secondary headache attributed to a cervical-spine or neck-tissue disorder. Restricted neck movement or reproduction of familiar pain with neck movement can help an assessment, but these features overlap with other headaches. The international diagnostic criteria require evidence of a causal relationship and exclusion of a better explanation—not merely a posture photograph or an unusual X-ray. [2]

Our Headaches & Migraines page explains the clinic’s evaluation approach. A child’s diagnosis and care plan still need to be individualized.

What forward head posture and cervical lordosis describe

Forward head posture describes the head’s position relative to the body. Cervical lordosis describes the curve of the neck. They are related aspects of alignment, but are not the same measurement. Translation measures displacement; an angle measures curvature. One can change without the other improving.

A proposed mechanism is that sustained positions can change muscle demands and aggravate an already sensitive neck. Upper-neck and head pain pathways also converge, helping explain how pain may be referred from cervical structures. These mechanisms make a contribution plausible in selected patients; they do not show that a particular posture or curve caused a particular child’s headache. [2]

Association is not causation

A systematic review found greater forward head posture in adults with chronic primary headaches than in comparison groups. Its participants were 18 or older, and its included studies were observational. It cannot tell us whether posture preceded pain, whether pain changed posture, or whether other factors explain both. It also cannot demonstrate that correcting posture treats pediatric headaches. [3]

Radiographic alignment findings alone do not establish the cause of headaches. The international classification specifically notes that cervical imaging findings also occur in people without headaches. Adult research and adult reference measurements should not be applied directly as proof of disease or a treatment target in children. [2] [3]

How CBP assesses alignment—and what the evidence does not establish

At Comprehensive Chiropractic Clinic, Chiropractic BioPhysics (CBP) structural evaluation considers posture and spinal alignment alongside the history, movement examination, symptoms, and function. When radiographs are clinically justified, angular and translation measurements may document alignment and changes over time. Describing that process is not evidence that imaging or alignment correction is necessary for every headache.

Children with uncomplicated recurrent headaches do not routinely need imaging. A concerning history or examination may require medical investigation; the appropriate test depends on the suspected condition. Cervical radiographs cannot rule out serious neurological causes. Imaging decisions must consider clinical need, whether the result will change care, and radiation exposure. [1] [2]

Pediatric treatment evidence is limited and mixed

A randomized trial of 199 children aged 7–14 with recurrent headaches and identified musculoskeletal dysfunction compared chiropractic manipulation with sham treatment; both groups received headache advice. It found a greater reduction in headache days, but no between-group improvement in headache intensity. Medication-use conclusions were limited by methodological problems. This was not a trial showing that CBP traction, a particular lordosis target, or radiographic correction caused improvement. [4]

A broader 2022 scoping review found that its collective evidence did not support pediatric spinal manipulation or mobilisation for any condition studied, despite some positive individual studies. The review’s overall headache synthesis concluded that spinal manipulation had no significant effect, while acknowledging that one trial found fewer headache days and improved global perceived effect. Findings differed by outcome, and the review did not specifically evaluate a CBP lordosis-correction program. Differences in populations, techniques, outcomes, and study quality make selective claims from one favorable result inappropriate. The review also identified incomplete adverse-event reporting, preventing reliable estimates of risk. [5]

Pediatric CBP evidence: case reports, not randomized trials

Norton and colleagues reported on a 10-year-old boy with chronic headaches and recent traumatic neck pain who received 18 in-office treatments over approximately 6.5 weeks, with adjustments and home cervical-extension traction. Cervical lordosis increased, and headaches were described as very rare after treatment and at 17-month follow-up, during which maintenance care continued. Oakley and colleagues reviewed 11 pediatric cases, ages 5–13, across 10 publications reporting alignment and symptom changes after CBP care. That review included Norton’s case and several different presenting conditions, not only headaches; it identified no pediatric clinical trials of these methods. [6] [7]

These reports describe potentially useful clinical observations, but lack control groups and use multiple treatments together. Incomplete treatment and follow-up reporting, natural symptom variation, and selection or publication bias limit what can be concluded. Reviewing case reports does not turn them into randomized evidence. Neither these reports nor their review can establish that changes in cervical lordosis caused headache improvement or predict another child’s response. [6] [7]

Adult randomized pilot trial: a separate evidence base

Moustafa and colleagues randomized 60 adults aged 40–55 with cervicogenic headache, reduced cervical lordosis, and forward head posture. Both groups received mobilization, myofascial treatment, and exercise; one group also received Denneroll cervical-extension traction. At 10 weeks, both groups improved, with no statistically significant between-group differences in headache outcomes. At one and two years, reported headache outcomes favored the traction group; 47 of 60 participants completed the two-year assessment. [8]

This small pilot trial provides preliminary adult evidence for adding traction to that treatment program. Its restricted population, retrospective registration, lack of participant and therapist blinding, and incomplete follow-up limit confidence and generalizability. The findings do not establish effectiveness in children or show that lordosis change itself caused the headache improvement. [8]

Evidence supporting CBP specifically for pediatric headache treatment remains limited. Neither adult posture research nor general manipulation studies establish that a CBP program resolves headaches in children. Families should discuss uncertain benefits, potential harms, alternatives, and appropriate medical care before choosing treatment.

Case 007: a clinical observation, not proof of a treatment effect

In our Case 007 clinical report, a 12-year-old patient had experienced headaches for several months. The patient completed 24 CBP treatments consisting of spinal traction, corrective exercises, and chiropractic adjustments, and reported complete resolution of headaches afterward.

• Cervical lordosis: ARA C2–C7 changed from −8.2° to −20.5°, a 12.3° increase in lordotic curvature toward the report’s −23.8° reference value. This reference is not asserted to be an ideal target for every child.
• C2–C7 translation: increased from 9.7 mm to 14.8 mm, a 5.1 mm increase—not an improvement toward the report’s 0.0 mm reference.
• Symptoms: headache resolution was patient-reported, distinct from the measured radiographic changes.

These observations do not demonstrate improvement in all alignment measurements or prove that alignment changes caused headache resolution. There was no control group, and several treatments were used together. Natural symptom variation, contextual effects, and other influences cannot be separated from treatment effects. This report does not establish long-term durability or predict another child’s response.

Case 007 is a clinic observation provided with publication authorization, not a peer-reviewed treatment study. No exact examination dates or patient-identifying images are reproduced here.

Practical next steps for families

Keep a headache diary recording frequency, duration, associated symptoms, activity limitations, sleep, and medicines used. Bring it to the child’s clinician. Regular sleep, meals, hydration, and appropriate physical activity are common parts of pediatric headache management; medication choices and frequent pain-reliever use should be discussed with that clinician. [1]

Comfortable study positions and movement breaks can be reasonable ways to reduce prolonged static positioning. They are not a substitute for diagnosis, and there is no single “perfect posture” that guarantees freedom from headaches. Avoid blaming the child or assuming screen use explains persistent pain.

References and evidence limits

These sources support the specific statements cited above. Clinical reviews and diagnostic guidance, an adult observational systematic review, a pediatric manipulation randomized trial, a broad pediatric scoping review, CBP case reports and their review, an adult randomized pilot trial, and an individual clinic case answer different questions and should not be treated as interchangeable evidence.

1. Szperka C. Headache in Children and Adolescents. Continuum (Minneap Minn). 2021;27(3):703–731.

   Clinical review supporting pediatric assessment, headache categories, warning signs, and management; not evidence for CBP.

2. Headache Classification Committee of the International Headache Society. ICHD-3: 11.2.1 Cervicogenic headache. International Classification of Headache Disorders, 3rd edition.

   Diagnostic classification, not a treatment trial; specifically cautions that imaging is not firm evidence of causation.

3. Elizagaray-Garcia I, Beltran-Alacreu H, Angulo-Díaz S, Garrigós-Pedrón M, Gil-Martínez A. Chronic Primary Headache Subjects Have Greater Forward Head Posture than Asymptomatic and Episodic Primary Headache Sufferers: Systematic Review and Meta-analysis. Pain Medicine. 2020;21(10):2465–2480.

   Twelve observational studies in adults aged 18 or older; associations cannot establish cause or pediatric treatment effectiveness.

4. Lynge S, Dissing KB, Vach W, Christensen HW, Hestbaek L. Effectiveness of chiropractic manipulation versus sham manipulation for recurrent headaches in children aged 7–14 years – a randomised clinical trial. Chiropractic & Manual Therapies. 2021;29:1. doi:10.1186/s12998-020-00360-3.

   Pediatric manipulation trial, not a CBP lordosis-correction trial; headache-day and pain-intensity results differed.

5. Milne N, Longeri L, Patel A, et al. Spinal manipulation and mobilisation in the treatment of infants, children, and adolescents: a systematic scoping review. BMC Pediatrics. 2022;22:721. doi:10.1186/s12887-022-03781-6.

   Broad pediatric evidence synthesis; heterogeneous studies, mixed findings, and incomplete harms reporting limit conclusions.

6. Norton TC, Oakley PA, Harrison DE. Improving the cervical lordosis relieves neck pain and chronic headaches in a pediatric: a Chiropractic Biophysics® (CBP®) case report with a 17-month follow-up. Journal of Physical Therapy Science. 2022;34(1):71–75. doi:10.1589/jpts.34.71.

   Single pediatric case with multimodal treatment and continuing maintenance care; its causal title does not establish causation. Authors disclosed CBP-related interests.

7. Oakley PA, Kallan SZ, Harrison DE. Improving the pediatric cervical lordosis: a review of Chiropractic BioPhysics® case reporting. Journal of Contemporary Chiropractic. 2022;5(1):190–195.

   Review of 11 pediatric cases in 10 publications, including Norton’s case; not controlled evidence or independent confirmation of that case. Authors disclosed CBP-related interests.

8. Moustafa IM, Diab A, Shousha T, Harrison DE. Does restoration of sagittal cervical alignment improve cervicogenic headache pain and disability: A 2-year pilot randomized controlled trial. Heliyon. 2021;7(3):e06467. doi:10.1016/j.heliyon.2021.e06467.

   Small adult pilot trial, not pediatric evidence; retrospectively registered, with incomplete long-term follow-up and no participant or therapist blinding. CBP NonProfit funded the study; an author disclosed a relationship with the traction-device distributor.

Educational information only; not a diagnosis or individualized treatment recommendation.