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Why Migraine Sufferers Become Hyper-Aware of Everything
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Why Migraine Sufferers Become Hyper-Aware of Everything

17 min

Do migraines make you hyper-aware of everything? Discover why your brain stays on alert and how to help it feel safe again.

00:00
-17:00

Do you feel like your brain notices everything — every noise, smell, emotion, light, or tiny body sensation — since living with migraines?

In this episode of The Migraine Heroes Podcast, host Diane Ducarme explores why chronic migraine sufferers often become hyper-aware and constantly “on alert.” Through a blend of neuroscience and holistic healing insights, this episode unpacks how repeated overstimulation can reshape the nervous system over time.

You’ll discover: 💡 Why living with chronic migraines can keep your brain stuck in a heightened state of alertness 💡 How overstimulation may increase sensitivity to noise, stress, smells, emotions, and physical sensations 💡 Simple ways to calm hyper-vigilance and help your nervous system feel safer and more regulated again

If you’ve ever felt overwhelmed by the world around you — or frustrated that your brain seems unable to “switch off” — this episode will help you better understand the protective patterns behind migraine sensitivity.

🎧 New episodes every Monday and Wednesday

References

  • Migraine Pathophysiology: Lessons from Mouse Models and Human Genetics (Ferrari et al., 2015): This review links human migraine genetics with mouse models, showing how inherited mutations can increase brain excitability, glutamatergic signaling, and susceptibility to cortical spreading depression. Read more here
  • Pathophysiology of Migraine: A Disorder of Sensory Processing (Goadsby et al., 2017): This major review explains migraine as a disorder of sensory processing involving trigeminovascular pathways, altered brain excitability, brainstem mechanisms, neuropeptides, and pain modulation. Read more here
  • Migraine: A Chronic Sympathetic Nervous System Disorder (Peroutka, 2004): This paper argues that migraine may involve chronic sympathetic nervous system dysfunction, including altered norepinephrine activity and autonomic features between and during attacks. Read more here. 
  • Habituation and Migraine (Coppola, Pierelli, & Schoenen, 2009): It explains how migraine brains often show reduced habituation to repeated sensory stimulation. Read more here.
  • Habituation and Migraine (Coppola, Pierelli, & Schoenen, 2009): This review explores how people with migraine show abnormal responses to repeated sensory stimuli, suggesting altered brain processing may contribute to migraine susceptibility. Read more here.
  • Migraine: Multiple Processes, Complex Pathophysiology (Burstein, Noseda, & Borsook, 2015): This review describes migraine as a disorder involving trigeminovascular activation, sensitization, cortical spreading depression, and altered pain processing across multiple brain networks. Read more here.
Transcript

[00:00]

Have you ever wondered why, when you live with migraines, every light feels brighter,

[00:06]

every sound feels sharper, and even other people's moods can suddenly feel overwhelming?

[00:15]

Welcome to Migraine Heroes, a podcast for people living with chronic migraines with

[00:20]

years of pain, misunderstanding and lack of answers.

[00:24]

I'm Diane Ducarme.

[00:26]

I've helped more than a thousand people reduce the burden of migraines and feel more in control.

[00:32]

My mission in life?

[00:33]

To help a million people.

[00:35]

Each episode brings you grounded insight into what your body might be asking for and what

[00:41]

can truly help.

[00:43]

Just to keep you fully supported, this podcast is educational.

[00:47]

For diagnosis or medication, always work with your doctor.

[00:52]

Now take a breath, and let's dive in.

[00:56]

In this episode, you will learn why your brain becomes constantly on alert when you live

[01:01]

with chronic migraines, and why this is not just being sensitive, how overstimulation

[01:06]

changes your nervous system over time, making you hyper-aware of noise, stress, smells,

[01:12]

emotions, and even tiny body sensations, and what you can start doing today to calm this

[01:17]

hyper-vigilance and help your brain feel safe again.

[01:21]

Stay with me till the end, because at the end of this episode, you will understand why

[01:24]

your hypersensitivity is not weakness.

[01:27]

It's actually your nervous system trying to protect you.

[01:30]

If you live with migraines, chances are you know this feeling intimately.

[01:34]

You walk into a room and you instantly notice the flickering light that no one else sees.

[01:39]

I'm thinking now of the many nurses that we serve and how they work in emergency rooms

[01:46]

with really harsh light.

[01:49]

But you might also hear the hum of the refrigerator, or you feel tension in someone's voice before

[01:56]

they even say anything.

[01:59]

Your body reacts to perfume, to weather shifts, to skipped meals, to crowded space, or emotional

[02:04]

tension before anyone else notices them.

[02:08]

And after years of this, many migraine sufferers start asking themselves, why am I like this?

[02:13]

Why can't I just ignore things like everyone else does?

[02:17]

But the truth is, your nervous system has likely been trained to be in survival mode.

[02:21]

I remember discussing with this woman, it was an incredible story.

[02:25]

She was explaining, I can be at the red light, and I'm walking, and next to me is a couple.

[02:32]

And the couple is super tense,

[02:34]

they might have an argument, and they may explicitly argue or implicitly feel tense,

[02:39]

but regardless, I'm going to feel all of their argumentation inside my body.

[02:44]

I feel just so, so, so sensitive, hypersensitive to things around me, to people around me.

[02:51]

And it is quite an extreme example, but it's one that I've heard in many different versions

[02:58]

in the past,

[02:59]

and this is what I'm talking about here.

[03:01]

I want to really explain those concepts to you from a Western and Eastern perspective.

[03:06]

So let's go West first.

[03:08]

From a neurological perspective, migraine is, as you know, not just a headache,

[03:13]

okay? So now

[03:14]

we know migraine is a complex neurological phenomenon involving sensory processing, inflammation,

[03:20]

pain signaling, and nervous system excitability.

[03:23]

And researchers have found that migraine brains process sensory information differently, even

[03:29]

between attacks.

[03:30]

There was a landmark study published in The Lancet Neurology that described migraine as

[03:35]

a disorder of sensory threshold regulation, meaning that the brain has difficulty filtering

[03:41]

incoming stimulation,

[03:43]

and this is called the sensory gating.

[03:45]

It allows you to tune out background noise and ignore irrelevant, not useful sensations.

[03:53]

But in migraine sufferers, this filtering system can become impaired,

[03:58]

and this is going to mean that sounds feel louder, lights feel harsher, smells become

[04:05]

a lot more intrusive, emotions, even of others, feel completely amplified, and bodily sensations

[04:13]

become impossible to ignore.

[04:16]

There was a study published in Brain, in the journal Brain, showing that migraine patients

[04:20]

demonstrate abnormal cortical excitability, especially in visual and sensory areas of

[04:25]

the brain.

[04:26]

In simple words, the migraine brain stays more reactive, more alert, and less able to

[04:31]

settle down.

[04:32]

And this hyper-awareness is strongly linked to the concept of central sensitization.

[04:38]

The central sensitization happens when the nervous system becomes increasingly reactive

[04:43]

over time.

[04:44]

The brain essentially learns danger.

[04:46]

And the more frequently pain pathways fire, the more easily they activate in the future.

[04:52]

So imagine a bit of a smoke detector that became so sensitive, it goes off from a burnt

[04:58]

toast to steam or even warm air. And

[05:01]

that is often what happens in chronic migraine.

[05:04]

And this does not only affect pain.

[05:07]

Over time, the nervous system can become sensitized to sensory inputs, emotional stress, hormonal

[05:12]

shifts, sleep changes, social overwhelm, and even anticipation itself.

[05:17]

And I have to say that when we work on profiles, look, some people arrive and they finish super

[05:23]

fast.

[05:24]

And when they go, I can, as a person for the almost seven years I've been working

[05:29]

on this, like can't remember even their first name.

[05:32]

I just remember the story, I remember the speed, but I don't really remember the person

[05:37]

because we spent so little time together

[05:39]

now with the automated plan inside the app. And we look forward to really helping those

[05:45]

come and go, come and graduate very fast from our systems.

[05:49]

But then we also have people who have gone through years, decades of pain, and the pain

[05:56]

processing is really, really entrenched and amplified,

[06:00]

and it takes a lot of reassurance, a lot of changes inside the gut brain axis, a lot of

[06:08]

over and over and over again so that the brain is rewired towards absence of pain,

[06:14]

which in itself is sometimes can be a much longer process. Research

[06:18]

from Nature Reviews Neurology have described migraine as a disorder.

[06:25]

I don't like the word disorder, but we're going to work with that, involving altered

[06:29]

connectivity between, of course, your brainstem, limbic system, and sensory cortices.

[06:36]

And these are areas that are involved in your threat detection and your emotional processing

[06:41]

and your arousal and your environmental scanning.

[06:44]

And so, in other words, your brain becomes excellent at detecting potential threats.

[06:50]

But here's the exhausting part.

[06:52]

When the brain stays in this state too long, it loses its ability to distinguish between

[06:56]

true danger and normal life.

[06:58]

This is why many migraine sufferers become hyper aware, not only physically, but also

[07:03]

emotionally.

[07:04]

And so you may notice changes in people's tone, conflict in the room, subtle tension,

[07:09]

just like I mentioned earlier in my story with the woman at the red lights, overstimulation

[07:14]

in social settings, or emotional exhaustion after interacting with certain people.

[07:19]

And this is not imaginary.

[07:21]

The autonomic nervous system, especially the sympathetic fight or flight branch, often

[07:26]

becomes dysregulated in chronic migraine sufferers.

[07:29]

And so that's what we do day to day to reprogram that.

[07:33]

It's complicated.

[07:35]

Studies published in Cephalalgia have shown altered autonomic nervous system responses

[07:40]

in migraine patients, including heightened stress reactivity and impaired recovery after

[07:44]

stimulation.

[07:45]

The body becomes primed to anticipate overload.

[07:49]

And then something important happens psychologically.

[07:51]

You begin monitoring yourself constantly.

[07:53]

Am I getting a migraine?

[07:55]

Was that food a trigger?

[07:56]

Did I sleep enough?

[07:57]

Is the light too strong?

[07:58]

Is it stress building?

[08:00]

This creates a loop of hypervigilance.

[08:03]

Now please hear this carefully.

[08:04]

Like hyper awareness is not a weakness.

[08:06]

It's adaptation.

[08:07]

Your body has spent years trying to protect you from pain. The

[08:10]

problem is that survival mode was never meant to become a permanent state.

[08:15]

And I know it may sound harsh to hear some of this, but sometimes understanding, and

[08:20]

I find personally, most of the time, understanding is the first step towards feeling better,

[08:28]

being better, living better.

[08:30]

Now let's go east.

[08:31]

In traditional Chinese medicine, hypervigilance would not usually be seen as a fixed personality

[08:38]

trait or a permanent psychological identity.

[08:41]

It would be understood as a body, a nervous system that have become stuck in a prolonged

[08:48]

state of guarding, of bracing, scanning and dissipating.

[08:52]

And importantly, traditional Chinese medicine would generally say the states can change.

[08:57]

The body is not who you are.

[08:59]

Your body is responding to situations.

[09:03]

Traditional Chinese medicine tends to view human beings less as machines with broken

[09:08]

parts and more as a living ecosystem that constantly adapts to pressure, to depletion,

[09:14]

to environment, to rhythm, emotion, nourishment and recovery.

[09:18]

And in that framework, hypervigilance is often interpreted as a system that no longer

[09:23]

feels safe enough to soften.

[09:25]

And so the body remains alert even when the danger has passed.

[09:29]

The muscles stay slightly contracted,

[09:32]

sleep becomes lighter,

[09:33]

sounds feel sharper,

[09:34]

thoughts loop,

[09:36]

and digestion tightens.

[09:37]

Nervous system behaves as though something still needs monitoring.

[09:41]

One of the closest traditional Chinese medicine pattern to chronic hypervigilance, a state

[09:47]

of tension and overload, which leads to depleted reserves.

[09:51]

Traditionally, it's going to be linked to what is called a liver cheese stagnation

[09:55]

or a liver yang or liver fire and the depleted reserves to a kidney deficiency.

[10:01]

And in traditional Chinese medicine, the liver system is responsible for that smooth

[10:06]

flow of emotion, of tension, of circulation, of energy, of adaptability.

[10:11]

And when that flow becomes constrained for really long periods through stress, depression, pleasure,

[10:15]

resentment, overwork or overstimulation, sometimes unresolved fear, sometimes perfectionism

[10:22]

or constant responsibility, the body begins to lose flexibility.

[10:26]

The system starts gripping instead of flowing.

[10:29]

And over time, the person may become physiologically prepared all the time.

[10:33]

Not because they are weak, not because they're dramatic, but because their organism has learned

[10:38]

that relaxing feels unsafe.

[10:40]

And traditional Chinese medicine would also say that hypervigilance can be about tension,

[10:45]

but it's not only about tension.

[10:46]

Sometimes it is about what I was calling about depletion, that depleted reserves.

[10:51]

So after years of stress, of caregiving, of pushing through, of poor sleep, of chronic

[10:56]

pain, can be overstimulation or emotional strain,

[11:00]

the body may no longer have enough yin, not enough restorative reserves to anchor the

[11:07]

nervous system properly.

[11:09]

In modern language, you could think of this as losing some of the body's buffering capacity.

[11:14]

It no longer has buffer.

[11:16]

The system becomes more reactive because it no longer has enough internal depth, internal

[11:21]

nourishment, internal resilience to absorb the stress smoothly.

[11:25]

And this is why some people with hypervigilance do not appear outwardly stressed.

[11:29]

They may actually appear calm,

[11:31]

they may appear competent, high functioning or super disciplined.

[11:35]

But internally, there's a low hum of activation that never fully switches off.

[11:40]

Traditional Chinese medicine often describes this as deficient heat, restlessness, or minds

[11:45]

that cannot settle because the body no longer has enough internal coolness and nourishment

[11:50]

to contain its activity.

[11:52]

And in that sense, hypervigilance is not viewed as purely mental.

[11:56]

It's embodied.

[11:57]

It's in the body.

[11:58]

Traditional Chinese medicine also pays close attention to digestion in these states.

[12:03]

A chronically vigilant person often struggles to fully digest life, not just food, but digest

[12:09]

information, stimulation, unpredictability, pressure, and emotion.

[12:14]

And in Chinese medicine, when digestion weakens, the body becomes less able to transform experience

[12:20]

into stable energy and nourishment.

[12:22]

The mind can become scattered, foggy, obsessive, and overactive because the system is poorly

[12:28]

resourced.

[12:29]

And another layer appears here.

[12:31]

The hypervigilance can itself create more hypervigilance.

[12:35]

Traditional Chinese medicine is going to recognize this self-reinforcing loop long before modern

[12:40]

neuroscience describes sensitization and nervous system conditioning.

[12:43]

The body learns pattern, but what is learned can also be unlearned.

[12:51]

And this is one of the most hopeful aspects of Chinese medicine philosophy and things

[12:55]

that I've seen over and over again. What I love about TCM is that it generally

[13:01]

does not see human physiology as static.

[13:04]

Patterns can deepen over the years, yes, but they can also soften gradually through repetition,

[13:10]

rhythm, nourishment, emotional processing, safety, rest, warmth, breathing, sleeping,

[13:17]

movement.

[13:17]

The body can relearn regulation, not instantly, not through force, and not usually to trying

[13:25]

harder to relax.

[13:26]

So healing this framework is not simply also calming the mind cognitively.

[13:31]

It is helping the entire organism experience enough consistency and safety that vigilance

[13:37]

becomes less necessary.

[13:39]

And this is why TCM offers approaches to these patterns through many small repeated signals

[13:44]

rather than one dramatic intervention.

[13:46]

Regular meals, predictable sleep, warmth, slower transitions, breathing, reduced overstimulation,

[13:53]

emotional expression, gentle movement, rest after depletion, less rushing, less internal

[13:58]

suppression, more rhythm.

[14:00]

Because from a Chinese medicine perspective, the nervous system is not just listening to

[14:04]

your thoughts, it's listening to your lifestyle.

[14:07]

And perhaps most importantly, TCM would not say you're a hyper-vigilant

[14:12]

person,

[14:13]

it would say your system has adapted to prolonged strain in an intelligent but exhausting way.

[14:20]

And intelligent adaptations can change.

[14:24]

So today, try creating what I call a low-threat hour.

[14:28]

So just for an hour, dim harsh lighting, reduce noise, put your phone away, avoid multitasking,

[14:35]

soften your breathing, do a foot bath,

[14:39]

take a bucket, put warm water, put your feet to soak in, and allow your nervous system to

[14:45]

receive fewer inputs. Can you

[14:48]

notice something?

[14:49]

Does your body unclench at all?

[14:52]

Can you notice the unclenching?

[14:55]

Many migraine sufferers are so used to constant stimulation that they no longer realize how

[15:01]

overstimulated they truly are.

[15:04]

Your nervous system may not need more force,

[15:07]

it may need less pressure. And

[15:10]

I'm not saying that's easy.

[15:11]

I'll give you an analogy.

[15:12]

When I'm stressed, so I had a skiing accident and I broke my femur and I lost half of my

[15:17]

blood.

[15:17]

I shrunk a kidney.

[15:18]

I was 17 when it happened.

[15:20]

And because I was on crock roaches for a long time, many months, many, many, a year and

[15:25]

a half between the two operations, I take all of my stress in my left hip.

[15:31]

And so when I started to do Pilates 11 years ago now, my teacher was always saying, oh,

[15:36]

stop gripping that hip.

[15:37]

And I'm like, what is she referring to?

[15:39]

I'm not gripping this.

[15:40]

I'm not doing this.

[15:41]

I'm not doing this.

[15:42]

And then over time, you're like, oh, I think I see what she means.

[15:44]

Oh, and you start noticing, oh, I'm doing this.

[15:47]

Oh, I'm doing this again in the car, while walking, while running.

[15:51]

Oh, I'm gripping.

[15:52]

And then you try to ungrip, which is incredibly difficult.

[15:55]

But over the years, you managed to do it.

[15:57]

And then little by little, that reflex goes, takes time, takes undoing, but it's feasible.

[16:04]

And I think if you take any message here today is your body makes sense

[16:09]

and you can trust it.

[16:10]

You can really, really trust it.

[16:12]

And you can also trust its ability to re-regulate,

[16:16]

that if you give it space and attention, it can, it can, and it will,

[16:20]

and it actually wants to re-regulate.

[16:23]

And remember, every small step you take moves you closer to freedom.

[16:28]

You are powerful, you are resilient, and you're not alone.

[16:32]

Keep rising, Margarine Hero.

Originally published June 2026

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Why Migraine Sufferers Become Hyper-Aware | Migraine Heroes