Every week, someone sits down across from me and says some version of the same thing: "I've had headaches my whole life. My doctor says it's stress. I've tried everything." Sometimes they've been on daily medication for years. Sometimes they've been to other chiropractors and gotten adjustments that helped briefly but never stuck.

What I find, almost without exception, is that their upper back is a rock, their traps are loaded, their cervical joints are restricted, and their suboccipital muscles — the small muscles connecting the base of their skull to the top of the neck — are so tight they could practically crack a walnut. This is not a head problem. It's a muscle and joint problem that's been misidentified for years.


Why Your Headache Isn't Really in Your Head

Pain is a messenger. When your head hurts, your nervous system is telling you something is wrong — but it isn't always telling you exactly where. The brain itself has no pain receptors. The structures that generate most chronic headache pain are the muscles, connective tissue, joints, and nerves of the upper back and neck, which refer pain upward into the skull.

The mechanism isn't complicated once you understand it. Tight muscles compress local blood vessels and reduce circulation. They create tension on the connective tissue that attaches to the skull. They restrict cervical joints, which irritate nerves that have receptors in the head. And when the suboccipitals — the deepest layer of muscles at the base of your skull — are chronically shortened and tight, they can directly trigger referred pain patterns across the top of the head, behind the eyes, and into the temples.

The reason most people have this misidentified is that the pain is felt far from its source. You feel it in your forehead. The problem is in your neck. You feel it behind your eye. The problem is in your upper trap or suboccipitals. That gap between where pain is felt and where it originates is exactly why standard interventions — ibuprofen, rest, even stress management — give temporary relief but never resolve the underlying cause.

Dr. John's Take

When I evaluate a new headache patient, I'm not starting with their head. I'm checking their thoracic spine for stiffness, their upper traps for trigger points, their scalenes and sternocleidomastoid for tightness, and their suboccipital muscles for restriction. The cause is almost always downstream from where the pain is felt. By the time the headache shows up, the muscles causing it have been building tension for weeks or months.


The Muscle Chain Explained

Understanding how a headache actually builds helps you understand why it's so hard to resolve without addressing the full chain. Here's what's happening from bottom to top:

The Headache Muscle Chain — Bottom to Top
1
Upper Back & Thoracic Spine Poor posture — desk work, screens, forward head carriage — compresses the thoracic spine and loads the upper back extensors. This is the foundation. When the thoracic spine loses mobility, everything above it compensates.
2
Trapezius (Upper Fibers) The upper traps run from the mid-thoracic spine up to the base of the skull. Chronically tight upper traps are one of the most common trigger point sites in the body — and those trigger points refer pain directly into the side of the head, temple, and behind the eye.
3
Levator Scapulae & Scalenes These muscles attach to the cervical spine and are under constant load when the head is forward of center — which is essentially everyone who works at a computer. When they tighten, they restrict cervical rotation and side-bending and increase compressive load on the facet joints.
4
Cervical Joints (C1–C3) Restriction at the upper cervical joints — particularly C1-2 and C2-3 — irritates the greater and lesser occipital nerves, which travel up the back of the skull and over the top of the head. This is the primary mechanism behind cervicogenic headaches.
5
Suboccipital Muscles (The Tipping Point) Four small muscles connect the base of the skull to the atlas (C1) and axis (C2). They are exquisitely sensitive and chronically overloaded in anyone with forward head posture. When they're restricted and trigger point-laden, they refer pain in a characteristic band from the base of the skull up and over the top of the head — and can even produce eye pain and jaw tension.
6
Facial & Temporalis Muscles (The Last Mile) In patients with chronic, severe headache patterns, the temporalis muscle along the side of the head and even the muscles of the face can become involved — amplifying the pain signal and widening the pain distribution. Most practitioners stop well before this layer.

The important thing to understand about this chain is that it doesn't work like a relay race where one thing happens, then the next. All of these structures are loaded simultaneously, feeding each other in a cycle. Addressing only one link — say, adjusting C2 without releasing the suboccipitals and traps — leaves the mechanical tension that caused the joint restriction in the first place. The joint tightens back up, usually within a few days, and the headache returns.


Tension, Cervicogenic, and Migraine — What's Actually Different

These three categories of chronic headaches are distinct in their mechanisms, but they overlap far more than most people realize — and muscle dysfunction plays a role in all three.

Tension Headaches

The Most Common — and the Most Muscular

Tension headaches are the classic "band around the head" or pressure-at-the-temples sensation. They're almost entirely a muscle and soft tissue problem. The upper traps, suboccipitals, and posterior cervical muscles are the primary drivers. Stress makes them worse not because headaches are "in your head" but because stress increases muscle guarding and bracing — the physical tension is real.

Key muscles involved: Upper trapezius, suboccipitals, sternocleidomastoid, temporalis
Cervicogenic Headaches

The Joint + Muscle Combination

Cervicogenic headaches originate from the cervical spine — specifically restricted or dysfunctional facet joints at C1-2 and C2-3 — and refer pain upward into the head. They typically produce one-sided head pain and are often accompanied by neck stiffness and reduced range of motion. The critical point: you can't fully resolve cervicogenic headaches by adjusting the joints alone, because the muscle tightness that caused the restriction is still there and will recreate it.

Key structures involved: C1–C3 facet joints, greater and lesser occipital nerves, suboccipitals, levator scapulae
Migraines

Neurological — But With a Muscular Component

True migraines are a neurological event with a distinct vascular component, and they require medical management. However, the muscular and cervical triggers that we treat can meaningfully reduce migraine frequency and severity in many patients. Tight suboccipitals and upper traps can lower the threshold at which a migraine is triggered — meaning reducing that muscular tension gives the nervous system more headroom before it reaches the tipping point. I treat the musculoskeletal piece; I work alongside neurology for the neurological piece.

Musculoskeletal contribution: Cervical joint restriction, suboccipital tension, dural irritation via C1–C3
A Note on Migraines

I don't claim to cure migraines — that would be misleading. What I consistently see is that patients whose migraines have a strong cervical and muscular component experience fewer episodes and less intensity after we address the soft tissue and joint dysfunction. If you've been told you have migraines and medication is the only answer, it's worth at least having someone check whether there's a mechanical piece contributing.


What Most Chiropractors Miss

I want to be honest here, because this matters. Many patients come to me having already seen a chiropractor for headaches. They got cervical adjustments. They helped — for a day or two, maybe a week — and then the headaches came back. They concluded that chiropractic doesn't work for their headaches.

What didn't work was adjustments alone. And this is the most common gap in headache care.

Think about it mechanically. If your upper trap, levator scapulae, and suboccipitals are loaded with adhesions and trigger points, they are constantly pulling on the cervical joints — compressing them, restricting their motion, and keeping them in a biomechanically disadvantaged position. If you adjust those joints without first releasing the soft tissue, you're moving a joint against the grain of the muscles holding it. The joint moves for a brief window, the muscles reassert their grip, and within days the restriction is back.

The sequence matters: soft tissue release must come before the adjustment. Release the muscle first — reduce the tension, restore the tissue quality — and then the adjustment moves a joint that's now ready to hold that new position. This is why my headache outcomes are consistently better after switching to this sequence than when I relied primarily on adjustments early in my career.

From the Practice — Anonymized

A software engineer came in who'd been having daily 3pm headaches for about eight months — right around the time he switched to working from home. He'd seen two chiropractors before me, gotten cervical adjustments, and had brief relief both times before the headaches returned within the week. He'd been taking ibuprofen almost daily and was starting to wonder if it was something neurological.

On evaluation, his upper traps were severely hypertonic, his thoracic spine was stiff from T2 through T6, and his suboccipitals were the most restricted I'd seen in months. His cervical ROM was about 60% of normal on rotation. He'd never had the soft tissue work done — only the adjustments.

We treated him three times over two weeks using the full soft tissue protocol — working through the muscle chain before any adjusting. By session three his headaches had dropped from daily to twice a week, then to occasional over the following month. He stopped the ibuprofen after visit four. That 3pm pattern — which he'd attributed to screen fatigue and dehydration — was driven almost entirely by accumulated muscular tension from a non-ergonomic home office setup and no movement breaks.


The Headache Protocol — Why It Works

Over years of treating headache patients, I've developed a specific approach that addresses the full muscle chain described above — not just the joints at the end of it. The exact sequence is something I've refined through clinical experience and don't publish in full, but I can tell you what structures it targets and why that matters.

The protocol works through the entire chain in a deliberate order, starting at the thoracic spine and upper back — the structural foundation that most headache treatments ignore entirely — and progressing upward through the upper trapezius, levator scapulae, scalenes, and posterior cervical muscles. Each of these layers has to be addressed with Active Release Technique before we move to the next, because the tension in each feeds into the one above it.

The layer that tends to produce the most immediate and noticeable change is the suboccipital release. The suboccipitals — four small muscles that connect the base of the skull to the top of the cervical spine — are the tipping point of the whole chain. When they're chronically restricted, they compress the occipital nerves and refer pain across the entire top of the head. Most practitioners never work this deep. When these muscles are properly released with ART, patients frequently describe an immediate shift: pressure that's been there for years simply changes in a way no medication or previous treatment produced.

For patients with very chronic or severe patterns, the protocol extends further — into the temporalis muscle along the side of the head and, when indicated, the muscles of the face and jaw. This is where my own experience is relevant: a suboccipital ART treatment is what finally resolved my own chronic headaches, and what I learned from that informed how far I was willing to take this work for patients.

The cervical adjustment comes last — after the soft tissue has been released. This is the critical sequencing principle. With the muscular tension that was driving the joint restriction now removed, the adjustment moves a joint that's ready to hold its new position. That's the difference between relief that lasts and relief that wears off in three days.

Why the Sequence Matters

The muscles causing your headache are also the muscles holding your cervical joints in restriction. Adjust the joint without releasing those muscles and you're fighting the tissue — the joint will be pulled back into restriction within days. Release the tissue first and the adjustment lands on a joint that's finally free to move. That's what produces durable results instead of temporary relief.

Most chronic headache patients don't have a headache problem. They have a muscle and joint problem that has been generating referred pain into the head for years — often while being treated as something else entirely.

— Dr. John Blenio, DC · High Amplitude Health Chiropractic

Self-Care You Can Start Today

These aren't cures — and if your headaches are chronic, you're going to need professional work on the tissue to fully resolve them. But these four things will meaningfully reduce the load building between visits, and if you've been putting off an appointment, they may provide enough relief to take the edge off in the meantime.

01

Suboccipital Release

Place a rolled towel or two tennis balls taped together at the base of your skull and lie back on them. Let gravity do the work for 3–5 minutes. You're not rolling — you're applying gentle sustained pressure to the suboccipitals. This is the single most effective thing you can do at home for headaches with an occipital or top-of-head pattern.

02

Chin Tuck

Sitting tall, draw your chin straight back (not down) — creating a "double chin." Hold for 3 seconds, repeat 10 times, do this 2–3 times a day. This repositions the cervical spine out of forward head posture and activates the deep neck flexors that are chronically inhibited in headache patients. It will feel awkward at first; that's normal.

03

Upper Trap & Levator Stretch

For the upper trap: sit on your right hand, tilt your head left and slightly forward, hold 30–45 seconds. Switch sides. For the levator: tilt your head to 45 degrees toward your armpit, hold 30 seconds. These two stretches, done consistently, reduce the resting tension in the muscles most responsible for headache generation.

04

Screen & Posture Setup

For every inch your head moves forward of your shoulders, the effective load on your cervical spine roughly doubles. Your screen should be at eye level — not below. If you're on a laptop without a stand, this is the single most impactful equipment change you can make for chronic headaches. Set a timer to stand up every 45 minutes; the headache chain tightens in real time with sustained static posture.


When the Headache Won't Break

These are the patterns I see most often where self-care isn't going to be enough, and you need hands-on work:

If any of those fit your situation, the good news is that this is one of the most responsive conditions I treat. Patients who have managed chronic headaches for years often see dramatic improvement within the first two or three visits — because the problem has rarely been difficult to fix. It's just been repeatedly approached with the wrong tools.

If you're in San Mateo or anywhere on the Peninsula, I'd be happy to take a look. An evaluation takes 30 minutes and you'll leave knowing exactly what's driving your headaches and what it will take to resolve them. You can book online or call or text us at 650-735-1716.