Migraine in Hypermobility and Neurodivergence (ADHD and Autism)
- Maya Illipse
- 1 day ago
- 5 min read
There is a particular kind of interruption that migraine creates. It does not simply add pain to the day. It changes how the body and brain function for a period of time. Light may become difficult to tolerate. Thinking can slow. Movement can feel effortful or limited. Plans are often disrupted with little warning.
For people with hypermobility, ADHD, autism, or a combination of these, migraine is often not an isolated event. It tends to occur alongside fatigue, sensory sensitivity, autonomic symptoms, and fluctuating capacity. And yet, despite how common it is in this population, migraine is still often treated as if it exists in isolation.
What migraine is
Migraine is a neurological condition involving recurrent episodes of head pain and associated symptoms. It is not just a headache. A migraine attack can include nausea, sensitivity to light or sound, and difficulty with concentration or speech.
The main types are:
Migraine without aura: the most common form. It involves moderate to severe head pain, often on one side, with symptoms such as nausea and sensory sensitivity.
Migraine with aura: includes temporary neurological symptoms before or during the headache phase, such as visual disturbances, sensory changes, or speech difficulty.
Chronic migraine: defined as headache on 15 or more days per month for at least three months, with migraine features on at least 8 of those 15 days.
Migraine is understood as a disorder of brain function involving altered sensory processing and changes in how pain is regulated.
How common it is in this population
Migraine is common in the general population and appears more frequent in people with hypermobility and neurodivergence.
General population: about 12–15% of people experience migraine.
Hypermobility (HSD and hEDS): estimates vary, but studies suggest migraine occurs in roughly 40–75% of individuals.
ADHD: migraine prevalence is higher than average, often reported around 25–35%.
Autism: data is more limited, but studies suggest increased rates compared to the general population, often in the range of 20–50%.
These numbers vary between studies, but the overall pattern is consistent: migraine is more common in these groups.
Why it is more common in this population
The increased prevalence of migraine in these groups is linked to differences in several physiological systems.
Sensory processing
People with ADHD and autism often show increased sensitivity to sensory input such as light, sound, and environmental changes. Migraine involves similar patterns, particularly during attacks. This overlap can increase vulnerability to sensory-related symptoms.
Autonomic nervous system function
The autonomic nervous system regulates heart rate, blood pressure, and circulation. Differences in this system are common in hypermobility and are also reported in ADHD and autism. Migraine is associated with instability in these same systems, which can contribute to symptoms such as dizziness, nausea, and fatigue.
Musculoskeletal load in hypermobility
In hypermobility conditions, joints rely more on muscular support due to reduced passive stability. This is especially relevant in the neck and upper body. Ongoing muscle activation and mechanical strain can increase input to the nervous system and may contribute to headache and migraine susceptibility.
Energy regulation
Migraine is associated with changes in energy availability. Factors such as irregular meals, dehydration, poor sleep, and hormonal variation can affect how the brain functions. In hypermobility and neurodivergence, daily demands on attention, movement, and regulation may reduce tolerance to these disruptions.
These factors do not act independently. Migraine reflects the interaction of multiple systems rather than a single cause.
Triggers
igraine attacks are often associated with triggers. These are factors that can increase the likelihood of an attack or help bring one on, but they do not act in isolation.
The same trigger may lead to a migraine on one day and not on another. This depends on the overall state of the nervous system at that time.
Common triggers include:
irregular or insufficient sleep
dehydration
missed or delayed meals
blood sugar fluctuations
hormonal changes
bright lights or loud environments
prolonged cognitive or sensory demand
stress and rapid changes in stress levels
Some triggers, such as skipped meals or dehydration, affect brain energy availability and physiological stability, which are known to play a role in migraine.
In people with hypermobility or neurodivergence, these factors may have a stronger effect because baseline regulation of energy, sensory input, and autonomic function is often less stable.
What helps
Management focuses on reducing the frequency and severity of attacks and improving overall stability.
Lifestyle and regulation
Consistent sleep, regular meals, and adequate hydration support more stable brain and body function. Managing sensory exposure and avoiding large fluctuations in daily demand can reduce strain on the nervous system. Pacing activities is often important.
Movement and physical support
In hypermobility, the goal is to improve stability rather than flexibility. Gradual strengthening, particularly around the neck and upper body, can reduce strain. Exercise programs should be adapted to avoid injury or excessive fatigue.
Medical treatment
Treatment usually includes both acute and preventive approaches.
Acute treatments are taken during an attack and may include triptans, anti-inflammatory medications, and anti-nausea drugs.
Preventive treatments are used regularly to reduce how often migraines occur. Preventive options include several types of medication, such as beta blockers, certain neurological or antidepressant medications, and newer treatments that target migraine-specific pathways (CGRP).
The key point is that these medications work in different ways and are chosen based on the individual. Treatment decisions are usually based on:
how frequent or severe the migraines are
how the body responds to medication
the presence of other conditions, such as autonomic dysfunction or chronic pain
Important note on medication
Some commonly used migraine medications require careful consideration in people with hypermobility or autonomic symptoms.
Beta blockers
These medications are often used for migraine prevention. They can be effective, but they may lower heart rate and blood pressure. In people with autonomic dysfunction, this can lead to fatigue, dizziness, or reduced exercise tolerance.
CGRP-targeting treatments
These medications are designed specifically for migraine prevention. They act on pathways involved in migraine signaling and are generally well tolerated. Side effects can include constipation or injection site reactions.
Medication choice should take into account the full clinical picture, including autonomic function and baseline energy levels.
It is also important to avoid frequent overuse of acute medications, as this can lead to more persistent headaches over time.
Summary
Migraine is a neurological condition involving altered sensory processing and pain regulation. It is more common in people with hypermobility, ADHD, and autism.
This increased prevalence is linked to differences in sensory processing, autonomic function, musculoskeletal demands, and energy regulation. Triggers increase the likelihood of attacks but do not act alone.
Effective management combines consistent daily routines, appropriate physical support, and medical treatment when needed. Migraine is best understood as the result of multiple interacting factors rather than a single cause. Paramotion provides education, support, and movement-based therapy for people with hypermobility and neurodivergence, with a focus on practical strategies that reflect how these systems actually function.
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