Occipital Neuralgia (ON):
Finding Real Relief
If you’re dealing with that sharp, shooting, or burning pain in the back of your head and neck from occipital neuralgia, you already know how exhausting it can be. The pain can come in waves or feel constant, often making simple daily activities feel overwhelming. You’ve probably tried the usual treatments — different medications, injections, nerve blocks, and maybe even a occipital nerve stimulator — only to be disappointed when the relief doesn’t last.
The Issues With Classic Therapies
Many patients with daily or near-daily head and neck pain from occipital neuralgia become deeply disillusioned after trying and failing classic therapies — including medications, injections, nerve blocks, and other treatments — that simply don’t deliver the lasting relief they need. The real reason these options often fall short is that inflammation and mechanical compression are squeezing the occipital nerves and cutting off normal blood flow. The nerves start to starve for oxygen and nutrients — this is called ischemia — and they begin firing off intense, ongoing pain signals to the brain. This ischemic pain signaling is why pills, injections, or anything carried in the blood frequently can’t reach the nerves effectively, no matter how good the treatment is.
A Different Approach To Occipital Neuralgia (ON)
There may be a good explanation about why your medical therapies aren’t working. Whether you take a pill, capsule, cream, salve, injection, or any other form of medication, the medicine is absorbed by your body and goes into the bloodstream. The blood is supposed to carry the medicine to the problem area and fix it. But if the blood flow is blocked and can’t get where it needs to go, then anything absorbed into the bloodstream can’t get there either.
This is where Dr. Carlton Perry’s approach feels different. He pioneered peripheral nerve decompression surgery to gently release those entrapped nerves and the surrounding inflammatory tissue so normal blood flow can return. Once the nerves are revascularized and getting the oxygen and nutrients they need again, the ischemic pain signaling often quiets down, giving many people a real chance at more lasting relief — without any implants, batteries, or repeated procedures.
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What sets Dr. Carlton Perry apart
What truly sets Dr. Carlton Perry apart is how carefully he works with the nerves themselves. Unlike many surgeons who perform this type of decompression, he does not cut your nerves and if any nerves have been damaged — whether from a natural process, a previous procedure or for any other reason — he performs immediate reconstructions during the same operation. Where you go for your nerve decompression surgery first truly matters. His meticulous, nerve-preserving technique has helped patients from all 50 states and 12 foreign countries, with an overall success rate of about 85%. You can read their real stories on our patient reviews page.
Important Note
This surgery targets occipital neuralgia (ON), chronic daily headache (CDH), and new daily persistent headache (NDPH). It is not a treatment for classic episodic migraine, although some patients experience both conditions at the same time. Dr. Carlton Perry’s Free Pain Survey can help clarify whether decompression may address the compression-related part of your pain.
Ready to Take the Next Step?
If occipital neuralgia has been wearing you down, take Dr. Carlton Perry’s Free Pain Survey today or call our office at 713-522-8228 to get started. Our proprietary assessment includes an extensive interview and interactive 3D anatomical modeling to help identify whether you may be a good candidate for nerve decompression surgery.
Important Note:
This is not medical advice, and individual results vary. Neither approach is a treatment for classic episodic migraine (though some patients have overlapping conditions). The best way to determine what might help your specific situation is a thorough evaluation.
If you are dealing with occipital neuralgia (ON), chronic daily headache (CDH), or new daily persistent headache (NDPH) and feel like you’ve run out of effective options, take Dr. Carlton Perry’s Free Pain Survey or call our office at 713.522.8228. It includes an extensive interview and interactive 3D anatomical modeling to help assess whether nerve decompression surgery may address the compression-related component of your pain.
Start the Free Pain Survey or call our office at 713.522.8228 to learn more. Patients have come from all 50 states and 12 foreign countries for this evaluation.
Where you go for nerve decompression surgery first truly matters — Dr. Carlton Perry does not cut nerves and performs immediate reconstruction if needed during the procedure.
Where you go for nerve decompression surgery truly matters
Dr. Carlton Perry does not cut nerves and performs immediate reconstruction if needed during the procedure.
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We have developed an extensive protocol to help us determine which patients might have these issues and would be the best candidates for possible nerve decompression surgery for headache.
Occipital Nerve Decompression Surgery (NDS)
The greater, lesser, and third occipital nerves carry sensation from the upper neck and scalp.
New Daily Persistent Headache (NDPH)
The exact cause of NDPH is still unknown, some medications and therapies can help manage the symptoms.
Chronic Daily Headache (CDH)
Chronic Daily Headache is a debilitating and potentially life changing process.
Occipital Nerve Decompression Surgery (NDS) vs Occipital Nerve Stimulator (ONS)
Take a look inside the differences between Nerve Decompression Surgery and Neuromodulation Occipital Nerve Stimulator therapy
Occipital Nerve Stimulator (ONS)
This procedure addresses inflammation and scar tissue that compress or entrap the occipital nerves, restricting blood flow.
Frequently Asked Questions
1. What is occipital neuralgia?
Occipital neuralgia is pain arising in the greater, lesser, and/or third occipital nerves. These nerves carry sensation from the upper neck and much of the back and side of the scalp. Classic symptoms include sharp, shooting, stabbing, burning, or electric pain in the posterior scalp, often with tenderness over the involved nerve and abnormal sensitivity of the scalp or hair.
The International Classification of Headache Disorders describes occipital neuralgia as pain in the distribution of these nerves that is associated with tenderness or trigger points and is temporarily eased by local anesthetic block. In real patients, however, the pain is not always limited to brief electric shocks. Many people with long-standing nerve irritation also describe a constant aching, pressure, burning, or deep soreness between the sharper attacks.
Occipital neuralgia is a clinical diagnosis. Imaging may be used to look for other causes, but a normal MRI does not rule out a peripheral nerve problem. The history, location of pain, examination, prior injuries or procedures, nerve tenderness, sensory changes, and response to targeted treatment are usually more informative than a routine scan.
2. Why does my pain start at the base of my skull or neck and then travel over my head or behind my eye?
That pattern makes anatomic sense. The greater and lesser occipital nerves begin in the upper cervical region and travel upward through muscles and fascia toward the scalp. If one of these nerves becomes irritated, pain can follow the nerve from the upper neck or occiput toward the top or side of the head.
Patients are often surprised that an occipital nerve problem can also produce pain toward the forehead or behind the eye. The sensory pathways from the upper cervical nerves and the trigeminal system communicate within the trigeminocervical complex. Because of that convergence, pain that begins in the back of the head can be perceived farther forward in trigeminally innervated areas. The ICHD-3 specifically notes that occipital neuralgia may reach the fronto-orbital region through these connections.
The direction of travel matters. A careful history of where the pain starts — not merely where it eventually becomes worst — can help separate a peripheral occipital source from other headache disorders.
3. What is a cervicogenic headache, and how is it different from occipital neuralgia?
Cervicogenic headache is headache attributed to a disorder of the cervical spine or its soft tissues. It often comes with neck pain and may be aggravated by neck movement or restricted range of motion. Occipital neuralgia, by contrast, is a painful neuropathy involving the greater, lesser, and/or third occipital nerves.
The two can overlap. Upper cervical joints, muscles, and nerves live in a small anatomic neighborhood, and pain can be referred into similar parts of the head. Tenderness in the neck alone does not prove that a headache is cervicogenic, and an abnormal cervical MRI does not necessarily prove causation because age-related spine findings are common in people without headache.
In practice I separate them by looking at the pattern of pain, neurologic and musculoskeletal examination, provocative maneuvers, focal nerve tenderness and sensory changes, imaging when appropriate, and response to targeted diagnostic blocks. Some patients have both a cervical pain generator and an occipital nerve problem, which is another reason a one-label approach can fail.
4. Can a compressed occipital nerve cause severe pain even if my MRI or CT scan is normal?
Yes. Routine brain and cervical imaging are excellent for many important problems, but they were not designed to show every site of peripheral nerve compression. A patient may have a normal brain MRI and still have a painful peripheral nerve that is compressed by fascia, muscle, scar tissue, or a nearby vessel.
High-resolution nerve imaging is an area of active research. A 2024 study showed that specialized MRI techniques could visualize the greater occipital nerve and identify abnormalities that correlated with operative findings, including nerve thickening, signal change, vascular entanglement, and anatomic variations. That is promising, but it is not yet a universally validated test that replaces clinical evaluation.
A normal routine scan should therefore be interpreted correctly: it may help rule out other causes, but it does not by itself rule out occipital neuralgia or peripheral nerve compression. The diagnosis remains heavily dependent on the history, examination, pain distribution, nerve tenderness, sensory findings, and response to targeted interventions.
5. What is an occipital nerve block, and what can it tell us?
An occipital nerve block places local anesthetic, sometimes with another medication, around one or more occipital nerves. It can be used therapeutically to reduce pain and diagnostically to ask a simple question: what changes when we temporarily quiet this nerve?
For classic occipital neuralgia, temporary improvement after local anesthetic block is part of the ICHD-3 diagnostic criteria. In surgical evaluation, I pay attention not only to the percentage of relief but also to which portion of the pain disappears. If the familiar pain that begins at the base of the skull shuts off while a separate frontal or unrelated headache remains, that can be more informative than a single overall pain score.
A nerve block is not a perfect lie detector. Technique, anatomy, anesthetic spread, central sensitization, and the timing of the assessment can affect the result. A positive block supports a peripheral nerve source; it does not guarantee surgical success. A negative block lowers confidence, but it also needs to be interpreted in the context of how and where the block was performed.
6. If a nerve block helps for only a few hours or a few days, can that still be meaningful?
Yes. The anesthetic itself is expected to be temporary. The key question is whether the correct pain changes while the nerve is numb, not whether the block permanently fixes the problem.
Some patients get only hours of relief; others get days, weeks, or occasionally longer. Duration can be influenced by the medication used, local inflammation, the accuracy of the injection, and the underlying condition. In the Houston case series, patients who ultimately had durable benefit from surgery did not all have identical responses to prior nerve blocks.
I look for a reproducible anatomic response. If the pain starts over a specific nerve, that nerve is tender, and the familiar pain reliably improves after a targeted block, even temporary relief can be clinically useful. It suggests that the nerve is participating in the pain pathway. It still has to be combined with the rest of the history and examination before surgery is considered.
7. What if my occipital nerve block did not help?
A failed block makes me more cautious, but it does not answer the entire question by itself. The first step is to determine whether the correct nerve and level were actually targeted. The greater, lesser, and third occipital nerves have variable anatomy, and pain may involve more than one branch. An injection that is too proximal, too distal, or directed at the wrong structure can be uninformative.
If a technically appropriate block repeatedly produces no change at all in the patient’s characteristic pain, the case for decompression becomes weaker. I would then look harder for another pain generator — cervical joints, a different nerve, central headache mechanisms, a neuroma, medication overuse, or another secondary cause.
Surgery should not be used to “see what happens” when the diagnosis is uncertain. The purpose of the preoperative process is to increase confidence that a specific nerve is materially involved before exposing a patient to an operation.
8. Does radiofrequency ablation cure occipital neuralgia, and can prior RFA affect later surgery?
Radiofrequency procedures can reduce occipital pain in selected patients, but they do not necessarily correct the mechanical cause of a compressed nerve. Some techniques modulate nerve signaling; others intentionally create a lesion. Relief may be meaningful, but it may also be temporary.
One 2024 clinical series reported improvement after radiofrequency ablation of occipital nerves. Separately, a prospective study of patients undergoing greater occipital nerve decompression found that a history of radiofrequency ablation was associated with a higher chance of later reoperation after decompression. That association does not prove that RFA caused the reoperation, but it is relevant history for a surgeon to know.
If you have already had RFA, bring the procedure reports if possible: which nerve was targeted, which technique was used, when it was done, and what happened afterward. Prior RFA does not automatically exclude decompression, but it can change the tissue and the decision-making.
9. Which nerves can be involved in chronic head and neck pain?
The occipital region is mainly supplied by the greater occipital, lesser occipital, and third occipital nerves. These are the nerves I most often think about when pain begins in the upper neck or back of the head and travels upward.
Other peripheral sensory nerves can contribute to frontal or temporal pain, including the supraorbital, supratrochlear, auriculotemporal, and other trigeminal branches. The important point is that “headache surgery” is not one operation. The procedure should be matched to the nerve that is actually involved.
In my clinical experience, the auriculotemporal, supraorbital, and supratrochlear nerves need surgical decompression far less often than the occipital nerves in the patient population we are discussing here. They should not be added to an operation simply because the patient has forehead or temple pain; forward radiation from an occipital source can occur through trigeminocervical connections.
If you are tired of dealing with that shooting pain in the back of your head and neck, you’re not out of options. Start the Free Pain Survey or call our office at 713.522.8228. All correspondence is confidential – we’re here to listen and help you explore whether nerve decompression surgery might finally make a meaningful difference.