The Short Answer Educational content only. Any suspected concussion warrants medical evaluation. New, severe, or changing headache after head injury warrants prompt assessment by a physician, neurologist, or headache specialist to confirm the diagnosis and exclude dangerous causes. Consult a concussion-experienced clinician for individualized care. Concussion triggers occipital neuralgia when trauma irritates or entraps the occipital nerves as they pass through the neck muscles and upper cervical region, producing sharp, shooting, electric pain from the base of the skull over the back of the head (Ashina et al., 2019). The greater and lesser occipital nerves carry sensation from the back of the scalp and travel through fixed muscular and fascial points where they are vulnerable to compression. After concussion, muscle guarding, upper cervical joint dysfunction, and inflammation irritate or entrap the nerve, sensitizing it and producing the characteristic shooting pain and scalp tenderness. Diagnosis uses the pain pattern and a diagnostic nerve block. Treatment releases the nerve, restores cervical mobility, and calms nerve irritation. The occipital nerves are entrapped or irritated by post-traumatic muscle guarding. The result is sharp, shooting pain over the back of the head with scalp tenderness. Nerve release, cervical treatment, and nerve blocks resolve most cases. What Occipital Neuralgia Is Occipital neuralgia is a nerve pain condition affecting the occipital nerves, which supply sensation to the back and top of the scalp. The greater occipital nerve arises from the upper cervical spine and ascends through the suboccipital and neck muscles to the scalp, and the lesser occipital nerve supplies the area behind the ear. When these nerves are irritated or compressed, they generate a distinctive pain: sharp, shooting, stabbing, or electric, radiating from the base of the skull up over the back of the head, often on one side. Between the shooting episodes there is often a background ache, and the scalp over the affected nerve becomes tender and sensitive, so that brushing the hair, resting the head on a pillow, or wearing a hat provokes discomfort. Pressure over the nerve at the base of the skull typically reproduces the pain. How Concussion Triggers It Concussion and the neck trauma that accompanies it irritate the occipital nerves through several routes. Protective guarding of the suboccipital and neck muscles tightens the tissue around the nerve at the fixed points where it passes through muscle and fascia, compressing it. Upper cervical joint dysfunction at the levels where the nerve originates adds mechanical irritation. Inflammation from the injury sensitizes the nerve, lowering its threshold for firing. Once irritated and compressed, the nerve becomes sensitized and generates the shooting neuralgic pain characteristic of the disorder. Because the nerve arises from the upper cervical spine and travels through muscles commonly strained in the injury, occipital neuralgia is a frequent contributor to post-traumatic headache, often overlapping with cervicogenic and tension-type patterns. Why It Is Distinct From Other Post-Traumatic Headaches Occipital neuralgia has a nerve-pain quality that sets it apart. The sharp, shooting, electric character, the scalp tenderness and sensitivity to light touch, and the reproduction of pain by pressure over the nerve distinguish it from the dull pressing ache of tension-type headache and the throbbing of migraine, though these often coexist. Recognizing the neuralgic component matters because it responds to nerve-directed treatments, including nerve blocks, that would not be chosen for a purely muscular or migrainous headache. Symptom Presentation Sharp, shooting, stabbing, or electric pain from the base of the skull over the back of the head Usually one-sided, following the nerve's path Background ache between the shooting episodes Scalp tenderness and sensitivity to light touch, hair brushing, or a pillow Pain reproduced by pressure over the nerve at the skull base Pain sometimes triggered by neck movement or sustained posture Onset after a head or neck injury Assessment A clinician diagnoses occipital neuralgia from the characteristic shooting pain in the nerve's distribution, the scalp tenderness, and reproduction of the pain by pressure over the nerve. A diagnostic occipital nerve block, injecting local anesthetic around the nerve, confirms the diagnosis when it relieves the pain, and it also serves as a treatment. The clinician assesses the upper cervical joints and suboccipital muscles for the dysfunction driving the entrapment, and distinguishes occipital neuralgia from cervicogenic and tension-type headache, which frequently coexist. Treatment Approach Treatment combines nerve-directed and cervical care. Releasing the suboccipital and neck muscles that entrap the nerve reduces the compression, and restoring upper cervical joint mobility addresses the joint dysfunction feeding the irritation. Deep cervical flexor retraining and posture correction reduce the sustained load that keeps the entrapment points tight, protecting against recurrence. Occipital nerve blocks provide both diagnostic confirmation and therapeutic relief, and can be repeated for persistent cases. Calming nerve irritation through these measures, along with managing the coexisting cervical and tension-type contributions, resolves most cases. For refractory occipital neuralgia, a specialist considers additional interventions. Aggressive stretching of the guarding muscles early on can increase nerve irritability and is avoided in favor of gentle release and graded mobility. Post-traumatic headache often has a cervical and autonomic component that responds to daily mobility and nervous system regulation alongside medical care. Start your 3-day free trial to build a supportive routine. Supporting Mobility Routine JME 155 Diaphragmatic breathing lowers the sympathetic drive that fuels headache and supports steady cerebral blood flow. Ten slow breaths, several times daily. JME 14 Chin tucks activate deep cervical flexors and reduce the upper cervical tension that refers pain to the head. Ten repetitions with 5-second holds. JME 1 Cervical rotation restores segmental mobility at the joints that refer pain into headache through the trigeminocervical nucleus. Ten repetitions per direction. JME 15 Cervical lateral flexion addresses side-bending restriction that sustains neck-driven headache. Ten repetitions per side. JME 16 Cervical flexion and extension restore sagittal mobility restricted by suboccipital guarding. Eight slow repetitions. JME 2 Cervical retraction reinforces a neutral head position that reduces the postural strain feeding headache. Ten repetitions per set. JME 150 Thoracic rotation restores mid-back motion needed for full cervical range and relaxed upright posture. Eight repetitions per direction. JME 227 Overhead reach opens the thoracic spine and reduces the compensatory upper cervical extension that drives headache. Ten repetitions with controlled tempo. Start your 3-day free trial for joint-specific mobility programming that addresses the cervical and autonomic contributors to post-traumatic headache. Common Mistakes Missing the neuralgic quality and treating it only as tension-type headache Aggressive suboccipital stretching that increases nerve irritability Overlooking the upper cervical joint dysfunction driving entrapment Not using a diagnostic nerve block to confirm the source Leaving posture and deep cervical weakness unaddressed, allowing recurrence Progression Assessment confirms the neuralgic pain pattern and reproduces it over the nerve, with a diagnostic nerve block confirming the source. Treatment releases the entrapping muscles, restores upper cervical mobility, and retrains deep cervical control and posture, with nerve blocks for relief. Coexisting cervical and tension-type contributions are addressed. Most cases improve as the nerve irritation and cervical dysfunction settle. What does occipital neuralgia feel like? It feels like sharp, shooting, stabbing, or electric pain radiating from the base of the skull up over the back of the head, usually on one side, often with a background ache between episodes. The scalp over the nerve becomes tender and sensitive to light touch, and pressure over the nerve reproduces the pain. How does a concussion cause occipital neuralgia? Concussion and the accompanying neck trauma cause muscle guarding, upper cervical joint dysfunction, and inflammation that irritate or entrap the occipital nerves where they pass through muscle and fascia. The compressed, sensitized nerve then generates the shooting neuralgic pain. Because the nerve arises from the upper cervical spine, neck injury commonly involves it. How is occipital neuralgia diagnosed? Diagnosis uses the characteristic shooting pain in the nerve's distribution, scalp tenderness, and reproduction of the pain by pressure over the nerve. A diagnostic occipital nerve block that relieves the pain confirms the diagnosis and also provides treatment. The clinician also assesses the upper cervical joints and muscles driving the entrapment. What treatments help occipital neuralgia after concussion? Treatment combines releasing the entrapping suboccipital and neck muscles, restoring upper cervical joint mobility, deep cervical flexor retraining, and posture correction, along with occipital nerve blocks for relief. Calming the nerve irritation and treating the cervical contribution resolves most cases. Aggressive early stretching is avoided because it can increase nerve irritability. Is occipital neuralgia the same as a tension headache? No, though they often coexist. Occipital neuralgia has a sharp, shooting, electric nerve-pain quality with scalp tenderness and reproduction over the nerve, while tension-type headache is a dull, pressing, band-like ache. Recognizing the neuralgic component matters because it responds to nerve-directed treatments such as nerve blocks. Red Flags Requiring Urgent Evaluation The following warrant same-day emergency evaluation rather than routine care. Sudden severe headache that peaks within seconds to minutes Headache with fever, neck stiffness, or rash New weakness, numbness, slurred speech, or facial droop New vision loss, double vision, or a persistent visual change Progressive worsening headache over days to weeks Headache with confusion, drowsiness, or repeated vomiting Headache with seizure or loss of consciousness Sudden severe neck pain with neurological symptoms, suggesting arterial dissection These features can indicate a dangerous cause and take priority over any headache-specific diagnosis. Absence of red flags supports outpatient evaluation and management. Medication Overuse Headache Frequent use of acute headache medication can produce medication overuse headache, where the treatment itself sustains a daily or near-daily headache. This is common after concussion, when frequent pain drives frequent medication use. As a general guide, using simple analgesics on 15 or more days per month, or triptans, combination analgesics, or opioids on 10 or more days per month, raises the risk. Preventive treatment and careful limits on acute medication, guided by a clinician, break the cycle. Recognizing medication overuse is essential, because it can mimic or worsen any post-traumatic headache pattern. Why a Precise Diagnosis Matters Post-traumatic headache is not one condition. It takes on the features of recognized primary headache disorders, and each has a specific, sometimes highly specific, treatment. Some headaches respond dramatically to one particular medication, others need targeted preventives, and others improve with cervical and autonomic treatment. A precise diagnosis by a physician, neurologist, or headache specialist, using the criteria of the International Classification of Headache Disorders, directs the person to the treatment most likely to work and avoids prolonged trial and error. Multidisciplinary Care and the Cervical Contribution Post-traumatic headache frequently has more than one driver. A cervical contribution from the neck is common, since the upper cervical joints and nerves refer pain to the head through the trigeminocervical nucleus, the same brainstem region where neck and head pain signals converge. Autonomic dysregulation, sleep disturbance, mood, and medication overuse each add to the picture. Coordinated care works best: a headache specialist or neurologist for diagnosis and medication, a physical therapist for the cervical and postural contribution, and attention to sleep, mood, and autonomic regulation. Treating the neck and nervous system alongside medical management improves many post-traumatic headaches that medication alone does not fully control. References Ashina, H., et al. (2019). Post-traumatic headache: epidemiology and pathophysiological insights. Nature Reviews Neurology, 15(10), 607-617. PubMed Headache Classification Committee of the International Headache Society (IHS). (2018). The International Classification of Headache Disorders, 3rd edition. Cephalalgia, 38(1), 1-211. PubMed Patricios, J. S., et al. (2023). Consensus statement on concussion in sport: the 6th International Conference on Concussion in Sport, Amsterdam, October 2022. British Journal of Sports Medicine, 57(11), 695-711. PubMed