How does the digital journal work?

Our digital journal guides you through tracking your headache experiences with intuitive prompts. You'll log symptoms, potential triggers, severity, duration, and relief methods. The system then analyzes your data to identify patterns and provide personalized insights that can help you better understand and manage your headaches.

Is the 'Recover from Headache, Reclaim your Life!' program suitable for all types of headaches?

Unfortunately, the program is not suitable for all headache types. The program is based on research for Primary Headaches including Migraine, Tension-Type headaches, and Cluster Headaches. Those with Secondary Headaches such as Cervicogenic Headaches and TMD-related Headaches will also benefit. The 'My Headache Experience Journal' app has no such restrictions and can be used by anyone.

Can I share my journal with my healthcare provider?

Absolutely! One of the key features of our platform is the ability to generate comprehensive reports from your journal data. These reports can be easily shared with your healthcare providers to give them detailed insights into your headache patterns, triggers, and the effectiveness of different management strategies.

What support is available if I need help?

We offer multiple levels of support including detailed tutorials, a comprehensive FAQ section, email support, and access to our community forums where you can connect with other users. Additionally, our program includes guidance on when to seek professional medical care and how to work effectively with healthcare providers.

What is the main cause of cervicogenic headache?

CGH is caused by irritation or dysfunction of structures in the upper cervical spine — most commonly the C2–C3 zygapophyseal (facet) joint, which is implicated in approximately 70% of cases (Al Khalili et al., StatPearls, 2022). Pain signals from these structures converge with the trigeminal pain pathway in the brainstem, causing pain to be perceived in the head. Common underlying factors include neck trauma, degenerative joint or disc disease, prolonged poor posture, and sustained muscular tension.

How is cervicogenic headache different from a tension-type headache?

Both can cause dull, non-throbbing head pain, but they differ in several important ways. CGH is strictly unilateral without side-shifting, originates from the neck, and is provoked by neck movement or posture. Tension-type headache is typically bilateral and is not related to cervical joint or muscle dysfunction in a way that produces measurable physical signs on examination. A clinician assessing cervical range of motion, joint mobility, and deep neck flexor function can distinguish between the two.

Can cervicogenic headache cause dizziness?

Yes. Dizziness, unsteadiness, and problems with balance can occur in CGH, related to the connections between cervical proprioception (the neck's sense of position) and the vestibular system. Research into cervical sensorimotor control in CGH — including its effects on kinaesthesia and eye-movement control — is an active and growing area (Zhu et al., Frontiers in Neurology, 2023). If you experience significant dizziness, this should be discussed with your clinician to exclude other causes including vestibular migraine.

Does exercise help cervicogenic headache?

Yes — therapeutic exercise is one of the best-evidenced interventions for CGH. Multimodal exercise programmes that combine strengthening and mobility work show large effect sizes for reducing both headache intensity and frequency (González-Rueda et al., Musculoskeletal Science and Practice, 2023). Strength training reduces headache substantially more than stretching alone. Deep neck flexor strengthening — targeting muscles frequently weakened in CGH — is a core component of most evidence-based programmes.

Can cervicogenic headache be cured?

Most treatments for CGH manage rather than cure the condition. With appropriate physical therapy, significant and sustained improvement is achievable: one landmark trial found 72% of patients had reduced headache frequency by 50% or more at 12-month follow-up (Jull & Richardson, cited in Al Khalili et al., StatPearls, 2022). Long-term outcomes are best with combined manual therapy and exercise. Regular monitoring and, in some cases, ongoing physiotherapy are part of long-term management.

How long does cervicogenic headache last?

CGH can present as episodes of variable duration or as continuous, fluctuating pain. Without treatment, it tends to become chronic. With appropriate management, symptoms typically improve over weeks to months. The time to meaningful improvement depends on the underlying cervical pathology, treatment adherence, and ergonomic or postural factors that may be perpetuating the problem.

Cervicogenic Headache: Causes & Care

Cervicogenic headache is a secondary headache caused by a disorder of the neck. How to recognise it, how it is diagnosed, and what the evidence says about treatment.

Cervicogenic headache is one of the most under-recognised and under-diagnosed headache types. If you have neck pain alongside your headaches, or if your head pain reliably worsens with certain neck movements or sustained postures, CGH may be relevant to your experience. This article explains what it is, how it is diagnosed, and what the evidence says about treatment.

What is cervicogenic headache?

Cervicogenic headache (CGH) is a secondary headache disorder — meaning the headache is caused by an identifiable problem in another structure, in this case the cervical spine or surrounding soft tissues of the neck (ICHD-3). The term "cervicogenic" comes from the Latin cervix (neck) and Greek genes (arising from): a headache arising from the neck.

CGH was first formally described as a distinct headache type in 1983 by Norwegian neurologist Ottar Sjaastad (Sjaastad et al., Cephalalgia, 1983). Despite this, it remains widely underdiagnosed — with estimates suggesting it is erroneously diagnosed or treated in up to 50% of cases (Ferreira Gomes de Lima et al., Headache Medicine, 2022). The difficulty lies in how closely it can resemble primary headache disorders, particularly migraine and tension-type headache.

Because HeadacheRecovery is a tracking and self-management tool, not a diagnostic service, the information here is intended to help you understand CGH and discuss it more effectively with your clinician — not to self-diagnose.

What causes cervicogenic headache?

CGH arises when structures in the upper neck refer pain to the head. The key mechanism involves the trigeminocervical nucleus — a region of the brainstem and upper spinal cord where pain signals from the trigeminal nerve (which serves the face and head) converge with signals from the upper three cervical nerve roots (C1, C2, and C3). When structures innervated by C1–C3 are irritated or damaged, they can trigger pain that is perceived in the head (Al Khalili et al., StatPearls, 2022).

Common sources of this irritation include:

Zygapophyseal (facet) joints — particularly C2–C3, implicated in approximately 70% of CGH cases (Al Khalili et al., StatPearls, 2022)
Cervical intervertebral discs
Upper cervical muscles — including the suboccipitals, scalenes, and sternocleidomastoid
Ligaments and other soft tissues of the upper neck

Causes and contributing factors include neck trauma (including whiplash), prolonged poor posture, degenerative disc or joint disease, and sustained muscle tension from sedentary work. A bibliometric review of four decades of CGH research noted a marked increase in CGH prevalence in recent years, linked in part to lifestyle changes including extended screen use and the aftermath of the COVID-19 pandemic (Zhu et al., Frontiers in Neurology, 2023).

How common is cervicogenic headache?

Prevalence estimates for CGH vary widely — from 0.4% to 42% depending on the population studied, the diagnostic criteria applied, and the clinical setting (Roebroeck et al., Musculoskeletal Science and Practice, 2025). This wide range reflects genuine methodological differences rather than disagreement about whether CGH exists.

In headache clinic populations, CGH is estimated to account for roughly 0.4–4% of cases using strict IHS criteria (Al Khalili et al., StatPearls, 2022). In specific populations — such as chronic headache sufferers or people doing intensive computer work — figures are considerably higher. CGH is most commonly diagnosed in people aged 30–44, with average onset in the early 30s, though many people do not receive a diagnosis until around age 49 (Al Khalili et al., StatPearls, 2022).

Symptoms: what does cervicogenic headache feel like?

CGH has a recognisable pattern, though it overlaps with other headache types. Typical features include:

Unilateral pain — one-sided, without switching sides (unlike some other headache types)
Pain originating in the neck, radiating to the back of the head, temple, forehead, or around the eye
Moderate to severe intensity — present but not excruciating or throbbing (unlike migraine)
Worsened by neck movement — particularly rotation and extension — or by sustained postures such as prolonged desk work
Reduced neck range of motion — a physically measurable feature: research shows people with CGH have significantly reduced cervical rotation (by approximately 13–15° toward the headache side), reduced flexion-extension range, and reduced cervical flexor and extensor strength compared to asymptomatic individuals (Rade et al., Physical Therapy Reviews, 2023)

CGH may also be associated with ipsilateral (same-side) shoulder or arm pain. Unlike migraine, significant nausea and marked sensitivity to light and sound are uncommon, though mild versions of these can occur (Al Khalili et al., StatPearls, 2022).

Pain is typically of variable duration, ranging from a few hours to constant fluctuating pain. It does not respond well to triptans or ergotamine — medications effective in migraine — which can be a clinically useful diagnostic clue.

How is cervicogenic headache diagnosed?

There is no single imaging test that confirms CGH — scans of the cervical spine are not sensitive enough to diagnose it, and common findings such as disc protrusions or facet changes are also seen in people without CGH (Al Khalili et al., StatPearls, 2022). Diagnosis is clinical, based on a pattern of physical examination findings.

The ICHD-3 diagnostic criteria require:

Headache attributable to a disorder of the cervical spine or neck soft tissues, supported by clinical or imaging evidence
Evidence of causation demonstrated by at least two of: temporal relationship to the cervical disorder; improvement paralleling improvement in the neck; reduced cervical range of motion with provocation of headache; or abolition of headache following diagnostic anaesthetic blockade of the cervical structure
Not better explained by another ICHD-3 diagnosis

Research led by Professor Gwendolen Jull at the University of Queensland — the institution with the highest citation count in CGH research globally (Zhu et al., Frontiers in Neurology, 2023) — validated that a pattern of reduced cervical range of motion, upper cervical joint dysfunction, and impaired deep neck flexor function accurately identifies CGH and distinguishes it from migraine and tension-type headache. This pattern was validated against placebo-controlled diagnostic nerve blocks (Jull et al., Musculoskeletal Science and Practice, 2023). Single measures are variable; it is the combination of findings that carries diagnostic weight.

Diagnostic anaesthetic blocks (injections to temporarily numb the suspected pain source) can confirm the nociceptive origin in the neck, and are included in the Cervicogenic Headache International Study Group (CHISG) criteria. These require specialist skills and are not routine first-line investigations.

Treatment: what works?

Physical therapy is the first-line treatment for CGH, supported by evidence across multiple systematic reviews (Al Khalili et al., StatPearls, 2022).

Manual therapy

A systematic review and meta-analysis of 20 randomised controlled trials (1,439 patients) found moderate-to-large effects of manual therapy compared to sham interventions for headache frequency and intensity at short-term follow-up, with small-to-moderate effects at long-term follow-up (Fernández-de-las-Peñas et al., PMC, 2022). Techniques studied include:

Spinal manipulative therapy — the intervention with the strongest evidence; a sensitivity analysis of low risk-of-bias trials showed moderate-quality evidence supporting it compared to sham (Fernández-de-las-Peñas et al., 2022)
Mulligan's Sustained Natural Apophyseal Glides (SNAGs) — self-applicable mobilisation technique for C1–C2
Trigger point therapy and translatory vertebral mobilisation

Combined use of multiple manual therapy techniques shows better results than any single technique used in isolation (Castaldo et al., Headache, 2022).

Exercise therapy

Therapeutic exercise — particularly multimodal programmes combining strengthening and mobility work — shows clinically relevant reductions in headache intensity (SMD = 0.73) and frequency (SMD = 0.98) compared to control groups (González-Rueda et al., Musculoskeletal Science and Practice, 2023). A landmark 12-month randomised controlled trial demonstrated that neck strength training reduced headache by 69% and endurance training by 58%, compared to 37% with stretching alone — establishing that active strengthening is substantially more effective than stretching in isolation (Ylinen et al., ResearchGate, 2003).

The combination of manual therapy and exercise appears superior to either alone and produces outcomes maintained in the long term (Jull et al., Musculoskeletal Science and Practice, 2023). Physical therapy may initially cause a temporary worsening of symptoms — this is expected and should not lead to stopping treatment (Al Khalili et al., StatPearls, 2022).

Other interventions

Where conservative care is not enough, specialists may consider procedures delivered in a clinical setting, particularly in cases with a confirmed joint source. Surgery is a last resort. Medication generally has variable and limited benefit in CGH specifically. Any of these are decisions for a clinician who has assessed you — this site does not recommend medicines or procedures.

How cervicogenic headache differs from migraine and tension-type headache

These three headache types share features, which is why CGH is so frequently misdiagnosed.

Feature	Cervicogenic Headache	Migraine	Tension-Type Headache
Sides affected	Unilateral, no side shift	Often unilateral	Usually bilateral
Pain quality	Dull, non-throbbing	Pulsating/throbbing	Pressing/tightening
Neck involvement	Always present	Possible (prodrome)	Sometimes
Worsened by movement	Neck movement specifically	Physical activity generally	Not typically
Nausea/vomiting	Uncommon	Common	Rare
Photophobia/phonophobia	Mild if present	Often marked	Not defining
Response to triptans	Poor	Good	Poor

When to seek help

Seek urgent medical attention if your headache is sudden and reaches peak intensity within seconds to minutes (a SNOOP red flag: sudden Onset), if it is accompanied by neurological symptoms such as weakness, vision changes, or difficulty speaking, or if it is a new and unfamiliar headache pattern. These features are not consistent with CGH and need immediate assessment. If you have new neck pain following a head or neck injury and develop a new headache, also seek prompt medical review — traumatic cervical dissection (tearing of a neck artery) is a rare but serious secondary cause that must be excluded.

What Is Cervicogenic Headache? Causes, Symptoms and Treatment