Nobody asked about your joints at the headache appointment, and that may matter

Four specialists. Three scans. Nobody had asked her to bend her thumb back toward her forearm.

I hear some version of that from hypermobile clients often enough that it stopped surprising me, and a review published on 25 August in Cephalalgia points at the same gap. Headache disorders are highly prevalent in people with joint hypermobility, the authors write, and they remain "frequently underrecognized in routine clinical practice" (Cephalalgia, 2026).

What the review actually says

Be clear about what kind of paper this is. It is a narrative review with a structured literature search, not a meta analysis, so it produces reasoning rather than a pooled number, and nothing in it establishes a new rate of anything. The author list is worth a second look though: the lead group works out of a specialized hypermobility and pain center in Brasília, alongside Jan Hoffmann from the Wolfson Sensory, Pain and Regeneration Centre at King's College London and Mario Peres in São Paulo. A dedicated hypermobility clinic and a headache research group, writing together, which is roughly the collaboration the paper argues most patients never get.

Their argument is about the differential. Among people with hypermobility spectrum disorders and hypermobile Ehlers-Danlos syndrome, migraine is the most common primary headache phenotype, which surprises nobody. What the authors want held alongside it is that secondary causes turn up with increased frequency in this group, and they name them: spontaneous intracranial hypotension, craniocervical instability, temporomandibular dysfunction, Chiari malformation, and vascular complications. Different mechanisms, different management paths, and every one of them able to sit quietly under a migraine label for years while somebody adjusts the dose of a triptan.

The second thread is autonomic. Dysautonomia and orthostatic intolerance interact with how headache actually shows up, the review says, which is part of why the clinical picture varies so much from person to person and why a standard protocol tends to fit badly.

Numbers from elsewhere give that thread some weight. A 2025 survey in Autonomic Neuroscience asked 84 women with a physician diagnosis of hypermobility spectrum disorder or hypermobile Ehlers-Danlos syndrome, mean age 37.1 years, what else they were carrying. Migraine came back at 54.8%, physician diagnosed postural orthostatic tachycardia syndrome at 58.3%, chronic pain at 98.8%, and a quarter of the group reported all three of hypermobility, POTS, and mast cell activation syndrome (Autonomic Neuroscience, 2025). Small, self selected, anonymous, all women, and younger than most of the people I work with. Read it as a shape, not a rate. The shape is still hard to look away from.

Three questions worth taking to your next appointment

I am a Feldenkrais® practitioner and not a physician. I cannot tell you what your headache is, and this review was written for neurologists rather than for you. What it does hand you is three questions a crowded clinic may not reach on its own.

"Does my headache change when I lie down or stand up?" I would put this one first. A headache that eases when you are flat and builds when you are upright has a recognized pattern behind it, and spontaneous intracranial hypotension sits on the review's list of things that occur more often in hypermobile people. Orthostatic intolerance produces its own position related head symptoms. Most people never mention any of this, because they are busy trying to describe the pain itself rather than the circumstances around it.

"I am hypermobile. Does that change how you would work this up?" The paper's conclusion is precisely that recognizing joint hypermobility broadens the differential diagnosis of headache. If nobody in the room knows about your joints, the differential stays narrow by default. Bring a Beighton score if you have one. Bring the thumb if you don't. And if you have never been certain whether you are simply bendy or something a clinician would put a name to, the difference between ordinary flexibility and hyperflexibility is worth sorting out before you go.

"Is there anything here that would make you want to look at my neck or my jaw?" Craniocervical instability and temporomandibular dysfunction are both on the list, and both are easy to skip when the complaint you walked in with is head pain. Asking is not diagnosing. It is making sure the question got said out loud, once, by somebody.

What this changes in my lane, and what it does not

Gentle movement does not answer a structural question. If your headache has a positional pattern, that belongs with a doctor before it belongs anywhere near a movement class, and I would rather say that plainly than let a reader take it the other way.

What movement can offer sits next to that, never instead of it. The hypermobile people I work with almost never have a strength problem. What they have is a sensing problem, and it shows up in a very particular way: the joint arrives at the end of its range and the signal that would normally say far enough comes in late, or comes in faint, which is why so many of them stretch into an aching neck looking for relief and feel worse two hours later. That gap between where the joint is and where it feels like it is has been the consistent finding across more than a decade of proprioception research in hypermobility, and it is why a first session with me spends most of its time on where the head is resting rather than on how far it can turn.

Work based on the Feldenkrais Method sits alongside what a neurologist or a physiotherapist gives you. Slow, mostly about noticing, and for a hypermobile neck the smallness is not a limitation but the entire point. Learning where your joints actually are without looking is not a treatment for migraine and I will not pretend otherwise. It does change how much a person braces through an ordinary day, and bracing costs something, especially in a neck that is already holding more tension than it can explain.

She could bend her thumb back to her wrist. She had been doing it since she was six, at birthday parties, to make the other children shriek. It had never occurred to her that it belonged in a medical history.