The headache born in the nape
The patient describes it precisely: a pain that begins at the base of the skull, in the nape, and rises like a band along the side of the head until it reaches the top or the region behind the eye. It is not pulsatile like classic migraine, nor diffuse like tension-type headache — it is a unilateral pain that follows a defined path, frequently accompanied by tenderness on touching the scalp and a sensation of burning or tingling. This pattern is the clinical signature of occipital neuralgia, also known as Arnold's neuralgia.
The greater occipital nerve emerges between the muscles of the suboccipital triangle — rectus capitis posterior major, obliquus capitis superior, and obliquus capitis inferior. When these deep muscles develop trigger points and spasm, the nerve is compressed in its path, generating neuropathic pain that radiates from the occiput to the vertex. Electroacupuncture at the GB-20 and BL-10 points, which correspond anatomically to the suboccipital triangle, is one of the approaches frequently used for this condition — possibly relieving symptoms by relaxing the musculature that traps the nerve.
How the suboccipital muscles generate headache
Suboccipital triangle and the occipital nerve
The suboccipital triangle is formed by the rectus capitis posterior major, obliquus capitis superior, and obliquus capitis inferior. The greater occipital nerve pierces the semispinalis capitis and crosses this triangle — any spasm or trigger point in these muscles can mechanically compress the nerve.
Posture and chronic overload
Forward head posture places the suboccipitals in chronic compensatory extension, since they try to maintain horizontal gaze while the cervical spine flexes. This prolonged isometric contraction is the main factor in development of suboccipital trigger points.
Neural compression and neuropathic pain
Compression of the greater occipital nerve generates neuropathic pain — burning, electric shock, and tingling that follow the nerve path, from the occiput to the vertex. Scalp allodynia (pain on combing or touching) is a sign of neural sensitization characteristic of occipital neuralgia.
Trigeminocervical convergence
Fibers of the occipital nerve converge with fibers of the trigeminal nerve in the trigeminocervical nucleus of the spinal cord — which is why occipital pain may refer to the frontal and periorbital region. This convergence explains why occipital neuralgia is frequently confused with migraine.
Occipital neuralgia in numbers
Recognizing occipital neuralgia
Clinical pattern of ascending occipital pain
- 01
Pain that begins in the nape (occipital region) and rises to the top or side of the head
- 02
Unilateral pain or with predominance on one side
- 03
Sensation of burning, electric shock, or tingling along the nerve path
- 04
Pain on pressing the suboccipital region (point of nerve emergence)
- 05
Scalp allodynia — pain on combing or touching the head
- 06
Worsens with cervical extension or rotation
- 07
Pain associated with stiffness and tension in the nape
- 08
Crises triggered by prolonged posture or stress
Myths about pain in the nape with headache
Myth vs. Fact
Pain that rises from the nape to the head is always migraine
Migraine may have a cervical trigger, but occipital neuralgia has distinct characteristics: a defined unilateral path following the occipital nerve, neuropathic quality (burning, electric shock), scalp allodynia, and reproducibility with pressure at the point of nerve emergence. The distinction is crucial because treatment is different — and occipital neuralgia responds very well to suboccipital electroacupuncture.
Occipital neuralgia only improves with anesthetic block
Anesthetic block of the greater occipital nerve is a diagnostic and therapeutic option, but its effect is temporary. Electroacupuncture at the GB-20 and BL-10 points, combined with dry needling of the suboccipitals, treats the cause of the compression (muscular spasm and trigger points) and not just the symptom. The effect is more lasting because it decompresses the nerve by relaxing the musculature that traps it.
Cervical spine problems require surgery to improve the headache
The vast majority of cervicogenic headaches and occipital neuralgias have muscular origin (suboccipitals, semispinalis, upper trapezius) — not structural compression of the spine. Cervical disc herniations and protrusions are rarely the cause of occipital neuralgia. Conservative treatment with medical acupuncture, dry needling, and postural correction resolves most cases without the need for surgical intervention.
The point that reproduces all the pain
Treatment protocol
Differential diagnosis and assessment
1st visitExclusion of warning signs (thunderclap headache, meningismus, neurologic deficits). Compression test of the point of emergence of the greater occipital nerve. Assessment of the suboccipital, semispinalis, and upper trapezius musculature. Postural assessment of the cervical spine.
Suboccipital electroacupuncture
Sessions 1–3Deep needling at GB-20 (between the upper trapezius and sternocleidomastoid) and BL-10 (in the medial suboccipital region). 2 Hz electroacupuncture with electrodes on the GB-20–BL-10 pairs bilaterally. Dry needling of the suboccipitals for direct decompression of the greater occipital nerve.
Treatment of the cervical chain
Sessions 3–6Dry needling of the semispinalis capitis and upper trapezius — muscles that contribute to suboccipital overload. Treatment of the sternocleidomastoid when associated with dizziness or tinnitus. Upper cervical (C0-C2) joint mobilization when movement restriction is present.
Postural correction and prevention
Sessions 6–8Cervical retraction exercises (chin tucks) to reposition the head over the spine. Strengthening of deep cervical flexors. Ergonomic guidance: screen height, pillow position, postural breaks every 30 minutes in sedentary work.
Clinical pearl: the wrong pillow
Frequently asked questions
Frequently Asked Questions
In the vast majority of cases, ascending occipital pain is caused by muscular compression of the occipital nerve — a benign and treatable condition. However, sudden and intense headache ("the worst of life"), accompanied by fever, neck stiffness, or neurologic deficits, requires urgent medical assessment to rule out serious causes such as subarachnoid hemorrhage or meningitis.
Improvement is frequently noticeable as early as the first or second session — pain decreases in intensity and duration. Complete treatment generally requires 5 to 8 sessions for adequate neural decompression and sustained reduction of crises. Chronicity of the condition and maintenance of postural factors influence response speed.
In patients with typical clinical pattern of occipital neuralgia and without warning signs, the diagnosis is clinical and imaging is not mandatory. If there are neurologic deficits, cervical trauma, or suspicion of structural injury, MRI of the cervical spine may be ordered for complementary assessment. The physician evaluates the need case by case.
Yes, this confusion is very frequent — both can cause unilateral pain with frontal radiation. Clinical distinction is made by the defined path of the pain (occiput to vertex), by neuropathic quality (electric shock, burning), by reproducibility with suboccipital pressure, and by scalp allodynia. The two conditions can coexist, and treatment of the suboccipitals frequently improves both.