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Migraine and Jaw Clenching: Is Bruxism Feeding the Migraine Loop?

26 min

Jaw clenching may add to migraine load. Learn the signs, why mouth guards may not stop clenching, and a simple jaw-reset routine.

00:00
-26:00

Episode description

Could your jaw be quietly adding fuel to your migraine attacks? In this episode of  Migraine Heroes Podcast, host Diane Ducarme explores how jaw tension, clenching, and TMJ dysfunction may interact with migraine, especially if you wake with headaches or feel pain around your temples.

You’ll learn:

💡 How to recognize signs that jaw tension or clenching may be contributing to your migraine 💡 Why teeth and tongue position at rest matter and why a mouth guard may not solve the clenching itself 💡 A simple jaw-reset routine you can try at home to release tension and calm the system

Sometimes, a small change in how you hold your jaw can make a surprisingly meaningful difference.

🎧 New episodes every Monday and Wednesday

Transcript

[00:00]

Could Joe Tension be quietly feuding your margarines?

[00:03]

Welcome to Margarine Heroes, a podcast for anyone living with margarine and wondering why nothing

[00:09]

has fully worked yet. I'm Diane Ducarme. Over the past 7 years, I've helped hundreds of people

[00:15]

living with margarine. What I've learned? No two margarine stories are exactly the same,

[00:20]

and none of them are simple. That is why, in this podcast, we explore margarine from many

[00:26]

different angles. Food, hormones, stress, sleep, the nervous system, emotions, and much more,

[00:33]

through the lens of both modern science and traditional Chinese medicine. A quick note

[00:38]

before we start. What we talk about here is educational. For anything related to diagnosis

[00:44]

or medication, please keep working with your doctor. Now take a deep breath and let's dive in.

[00:50]

In this episode, you will learn how to recognize the clues that your jaw muscles,

[00:55]

teeth clenching, or temporomandibular system, TMJ, may be adding fuel to your margarine attacks,

[01:03]

especially if you wake with headaches or feel pain around your temples.

[01:07]

Understand why something as simple as keeping your teeth slightly apart at rest may matter,

[01:14]

why tongue position is interesting, and why a mouth guard does not necessarily mean you have

[01:19]

solved the clenching itself. And a simple jaw reset routine you can try today at home,

[01:27]

without expensive equipment, aggressive massage, or complicated exercises. Stay with me till the

[01:32]

end, because at the end of this episode, you will have a simple way to test whether your jaw

[01:37]

may be one piece of your personal margarine puzzle, and what you can safely do about it.

[01:42]

Now I actually got the inspiration for this episode from Reddit. I came across the story

[01:47]

from someone who had been struggling with headaches and jaw clenching for a long time,

[01:51]

and after a lot of trial and error, they discovered a few surprisingly simple things

[01:55]

that made a big difference for them. And then I found another interesting one,

[02:00]

slightly different, and I thought the experience was fascinating and worth sharing,

[02:04]

not because what worked for one person will necessarily work for everyone,

[02:09]

but because it gives us some really interesting clues, clues to explore.

[02:13]

So in this episode, we're going to look at jaw clenching and Bruxism,

[02:18]

unpack some of the things these people tried, and then look at what science actually says

[02:23]

about why your jaw might be connected to your headaches or margarines.

[02:28]

And I also want to add another layer here. So science is always evolving,

[02:33]

and not everything has been fully explained yet, and sometimes a lived experience helps us

[02:37]

notice patterns much before research has completely connected the dots.

[02:42]

So stay curious, pay attention to what your own body is telling you,

[02:46]

and use that intuition alongside good medical guidance,

[02:51]

because sometimes what works for you just does.

[02:55]

So if you've spent months or years waking up with headaches,

[03:00]

rubbing your temple like you feel pressure in your face,

[03:04]

and you wonder why your neck is permanently tense,

[03:07]

and being told that your scans are normal or that you're simply stressed,

[03:12]

it's just infuriating and so frustrating, and it just takes the life out of you.

[03:18]

And sometimes the missing clue is hiding in something so ordinary

[03:23]

that nobody thinks to ask about it.

[03:26]

What is your jaw doing all day?

[03:28]

And perhaps even more importantly, what is your jaw doing all night?

[03:34]

One listener may say, oof, I grind my teeth.

[03:36]

Another may say, I do not grind, I just clench.

[03:39]

Another wakes with sore teeth.

[03:41]

Another notices deep aching beneath the cheekbones.

[03:45]

And another person may feel absolutely nothing in the jaw,

[03:48]

but frequently wakes with a headache around the temples.

[03:52]

So I want to unpack what might actually be happening.

[03:56]

So what do we mean by jaw clenching?

[03:59]

So scientists generally use the word bruxism

[04:03]

to describe repetitive activity of the chewing muscles.

[04:06]

And so that can include grinding the teeth,

[04:09]

clenching them, or simply bracing the lower jaw.

[04:13]

And importantly, there are two different phenomena.

[04:16]

There's awake bruxism, when you clench, brace,

[04:20]

or when you hold tension while conscious.

[04:23]

And there's also sleep bruxism, which happens at night during your sleep.

[04:28]

And an international group of experts explained in the Journal of Oral Rehabilitation,

[04:33]

we don't have that journal very often here in this podcast.

[04:36]

So this was in 2018, that bruxism should not automatically be considered a disease.

[04:43]

So in many otherwise healthy people, it is better understood as a behavior

[04:47]

that may or may not create consequences depending on its intensity,

[04:53]

frequency, the person's pain system, the dental health, the sleep, and other factors.

[04:59]

So it's important because I don't want you to hear this episode and immediately think,

[05:03]

oh, I clench.

[05:04]

Therefore, clenching causes all of my migraines.

[05:07]

So this is not what the evidence shows.

[05:09]

So migraine is considered a neurological disease involving complex changes

[05:13]

in sensory processing and pain pathways.

[05:16]

And so jaw clenching can be one additional source of sensory input into that whole system.

[05:22]

So for some people, that additional input may barely matter.

[05:26]

And for another person whose nervous system is already highly sensitive,

[05:30]

it may matter a great deal.

[05:33]

Now migraine and painful jaw disorders, they really do overlap.

[05:36]

The association is not imaginary at all.

[05:40]

There was a 2024 systematic review and meta-analysis

[05:44]

found that adults with migraine had substantially more painful and muscular

[05:49]

temporomandibular disorders than people without headaches.

[05:52]

And the association was particularly strong for painful muscles-related jaw disorders.

[05:58]

And then an even more recent systematic review and meta-analysis published in the Journal of

[06:02]

Oral Rehabilitation in 2026 looked at the relationship in both directions.

[06:07]

And people with migraine were considerably more likely to have a

[06:11]

temporomandibular disorder, so TMJ.

[06:13]

And people with a temporomandibular disorder were also more likely to have migraine.

[06:18]

And the author describes the evidence for the association as strong.

[06:22]

And so that's why in the Migraine Heroes app, we have a number of pain locations,

[06:27]

many pain locations.

[06:28]

Actually, people love that interface because they can really picture themselves well.

[06:32]

And so TMJ, jaw and TMJ, are definitely one of those right and left.

[06:38]

But here, there's a crucial sentence.

[06:40]

The association does not tell us which condition caused the other.

[06:45]

It may not even be a simple cause-and-effect relationship at all.

[06:48]

Migraine may make the jaw region more sensitive.

[06:51]

And jaw pain may increase sensory input into an overly sensitive migraine system.

[06:56]

And then stress, poor sleep or nervous system arousal or neck pain,

[07:01]

pain may influence both conditions.

[07:04]

And sometimes several of these factors are happening also simultaneously.

[07:08]

Now, the trigeminal connection is really important here.

[07:12]

One reason this relationship makes biological sense is something called the trigeminal system.

[07:19]

And so the trigeminal nerve is a major sensory nerve surfacing your face, your jaw, your teeth,

[07:24]

your temples and parts of your head.

[07:26]

And it also plays a central role in migraine biology.

[07:30]

So your chewing muscles, particularly the large masseter muscles in your cheek

[07:34]

and the temporalis muscle running over your temples,

[07:36]

they send sensory information into pathways that overlap

[07:40]

with the same broader trigeminal network involved in migraine.

[07:44]

So imagine you have a nervous system that is already standing near the edge of its tolerance.

[07:48]

And then light is louder, sound is louder, smells are stronger.

[07:52]

And then hormonal changes may matter.

[07:55]

Sleep disruption matters, stress matters.

[07:57]

And then you add hours of muscle contraction and repetitive sensory input from the jaw.

[08:02]

And so in some people, that may become one more signal entering an already overloaded system.

[08:08]

Now, researchers have also found evidence of

[08:11]

altered pain sensitivity in people with chronic temporal mandibular disorders.

[08:15]

This is why I prefer to think of the jaw not necessarily as the cause,

[08:19]

but sometimes as an amplifier.

[08:22]

And that is a much more useful concept.

[08:25]

So how do you know whether your jaw is involved?

[08:28]

There are some clues worth paying attention to.

[08:31]

Do you wake with pain or pressure around your temples?

[08:35]

Does your jaw feel tired when you wake up?

[08:38]

Are your teeth sensitive even though your dentist cannot find decay?

[08:43]

Do you catch yourself pressing your teeth together while working,

[08:46]

driving, concentrating, cooking, or scrolling through your phone?

[08:49]

Does chewing tough food make your headache worse?

[08:54]

One that is really worth paying attention to.

[08:56]

Can opening your mouth widely reproduce some of your familiar pain?

[09:01]

Do the muscles at your temples or along the sides of your cheeks feel unusually tender?

[09:07]

Does your jaw click with pain or occasionally lock?

[09:11]

And perhaps a particularly useful clue.

[09:14]

Does your familiar temporal headache change when you chew,

[09:17]

clench, move your jaw, or press on the chewing muscles?

[09:21]

So research found that headaches attributed to temporal mandibular problems

[09:26]

often have exactly this characteristic.

[09:29]

Temporal headache changes with jaw function or jaw behaviors

[09:33]

and can sometimes be reproduced during examination of the temporalis muscle or jaw movements.

[09:39]

So that does not mean you should diagnose yourself by poking your temples,

[09:44]

but it gives you something useful to investigate.

[09:47]

Now, what about stress?

[09:50]

This is where people often say, well, obviously I clench because I'm stressed.

[09:54]

And sometimes, yes.

[09:56]

But the answer is still incomplete.

[09:58]

So awake clenching is often influenced by concentration,

[10:01]

by emotional tension, habits, posture, and psychological stress.

[10:06]

Sleep Bruxism is different.

[10:08]

Sleep Bruxism is connected to events occurring within sleep itself,

[10:12]

so including brief episodes of nervous system activation.

[10:16]

And research also shows that it can occur alongside other sleep-related conditions.

[10:21]

Now, a systematic review in the journal Sleep found higher rates of sleep Bruxism

[10:26]

in several sleep-related disorders, including obstructive sleep apnea,

[10:29]

although the exact mechanisms are still being investigated.

[10:32]

So if you grind your teeth at night, snore loudly, or wake gasping,

[10:38]

or you feel extremely sleepy during the day or have repeatedly unrefreshing sleep,

[10:43]

do not assume stress explains everything.

[10:45]

Your sleep itself may deserve attention.

[10:48]

Now we get to something that appeared in both of the personal stories that inspired this episode.

[10:53]

The mouth guard.

[10:54]

A person gets a guard, suddenly has fewer migraines, and thinks,

[10:58]

that's it, that was it.

[11:01]

Another person gets a guard and says, I swear I clench even harder with this thing.

[11:06]

And both experiences can occur.

[11:08]

One of the primary purposes of a dental appliance is very straightforward.

[11:12]

It can protect your teeth from damage.

[11:15]

And that's valuable.

[11:16]

But protecting the teeth is not the same thing

[11:18]

as proving that the appliance has stopped sleep Bruxism.

[11:22]

A 2024 systematic review and meta-analysis found that conventional oral appliances did

[11:27]

not consistently reduce chewing muscle activity or bite forcing in people with sleep Bruxism,

[11:33]

and the certainty of much of that evidence was low.

[11:37]

And when researchers specifically examined people who had both headaches

[11:41]

and temporomandibular disorders, the results remained uncertain.

[11:45]

There was a systematic review and meta-analysis published in the Journal of Oral Rehabilitation

[11:50]

in 2025, and they found that stabilization appliances and physiotherapy may help some

[11:55]

patients, but the studies were small and heterogeneous.

[11:58]

So the certainty around headache improvement remained limited.

[12:01]

So in other words, a mouth guard can be useful without being a universal migraine treatment.

[12:06]

So there are also some front tooth appliances designed to change muscle recruitment.

[12:11]

Some individuals report significant benefits, but these devices should be professionally fitted

[12:16]

and monitored because anterior appliances can create unwanted changes involving individual

[12:22]

teeth or bites.

[12:23]

So please do not hear about a specific appliance online and order something yourself because

[12:27]

somebody on a forum said it cured their headaches.

[12:30]

Your jaw deserves individualized care.

[12:34]

Now, what about the tongue position?

[12:36]

Is it a useful clue or a miracle cure?

[12:40]

So let's talk about what I think is the most interesting part of those personal stories,

[12:44]

the tongue position.

[12:45]

So the person discovered that instead of allowing their jaw to hang under tension, they felt

[12:51]

dramatically better when they placed the tongue gently against the roof of the mouth and allowed

[12:58]

their teeth to separate.

[12:59]

There's actually a useful principle hidden here.

[13:02]

At rest, your upper and lower teeth generally should not be pressed together.

[13:09]

Now, guidance from the National Health Service and from specialists,

[13:13]

temporomandibular clinics recommends allowing the teeth to remain slightly apart when you're

[13:18]

not chewing.

[13:19]

University College London hospitals also advise some patients to rest the tongue gently against

[13:25]

the roof of the mouth while keeping the teeth apart.

[13:29]

Now, this can act as a simple behavioral cue for jaw relaxation, but we need to separate

[13:35]

that from a much bigger claim.

[13:37]

So there's not good evidence that one exact tongue position would stop sleep bruxism or

[13:41]

cure migraine.

[13:42]

So I would not tell you that your tongue must be glued to your palate all day.

[13:47]

And I certainly would not tell you that an incorrect swallow is secretly causing migraines.

[13:52]

The useful idea is much more simple.

[13:54]

Can you find a resting position in which your jaw is not constantly working?

[14:00]

For many people, it means lips comfortable, tongue resting gently, teeth apart, jaw muscles

[14:05]

soft.

[14:06]

And that simple awareness may be especially useful for awake clenching.

[14:10]

Now, the second personal story describes regularly massaging the jaw muscles and experiencing

[14:16]

a dramatic reduction in headache.

[14:18]

And so could massage help?

[14:19]

Potentially, yes, in some cases.

[14:21]

Systematic reviews of manual therapy of temporomandibular disorders suggest that hands-on treatment can

[14:26]

reduce jaw pain and improve mouth opening in some patients.

[14:30]

Researchers reported beneficial effects in a 2023 systematic review of randomized trials,

[14:35]

although outcomes vary between techniques and individuals.

[14:38]

But again, there is a difference between reducing jaw pain and proving that massage

[14:42]

prevents migraine.

[14:43]

The headache-specific research remains much less certain.

[14:48]

Now, let us shift lenses because Western medicine asks, which nerve, which muscle, which receptor,

[14:54]

which diagnostic category?

[14:56]

Traditional medicine often starts somewhere else.

[14:59]

It asks, where is the body holding?

[15:02]

What is no longer flowing?

[15:04]

What has become excessive, constrained, or depleted?

[15:08]

And they're not equivalent scientific language, but traditional Chinese medicine concepts

[15:12]

should not be mistaken for modern anatomy.

[15:15]

But sometimes a different language helps us notice something that our normal language

[15:20]

has missed or lost.

[15:22]

And the jaw is fascinating through that lens.

[15:24]

Because what is clenching?

[15:27]

It is holding two surfaces pressing towards one another.

[15:32]

Muscles that are designed to move become fixed.

[15:35]

A system that should alternate between effort and release becoming stuck in effort.

[15:40]

And traditional Chinese medicine frequently describes tension associated with emotional

[15:44]

constraint through the concept of liver chi stagnation.

[15:47]

And the phrase does not mean that there is necessarily something wrong with your anatomical

[15:52]

liver.

[15:52]

It describes a traditional pattern of constriction rather than free movement.

[15:57]

You can almost see why generations of practitioners connected this idea with people who sigh frequently,

[16:02]

tighten their shoulders, become irritable under pressure, feel constriction in the chest,

[16:06]

or unconsciously clench their jaw.

[16:08]

So there's also an interesting geographical connection.

[16:11]

Temple and the side of the head are traditionally associated with a gallbladder channel.

[16:16]

And where do many people with jaw tension point you when they ask where the headaches

[16:20]

lives?

[16:21]

Right there, the temples.

[16:22]

So Western medicine sees the temporalis muscle and trigeminal sensory pathways.

[16:27]

Chinese medicine sees an area where constrained energy may be expressing itself.

[16:32]

Different maps, same human being.

[16:34]

And perhaps the question that both maps are inviting us to ask is why are you still contracting

[16:41]

when the demand has passed?

[16:43]

And this matters because many of us think, me included, that relaxation happens automatically.

[16:49]

And we believe that if we're no longer doing anything stressful, the body should simply

[16:54]

relax.

[16:55]

But that is not always what happens.

[16:56]

You finish the meeting and the jaw remains tight.

[17:00]

The children finally go to bed and your shoulders remain elevated.

[17:04]

You lie down and the tongue is tense.

[17:07]

The teeth touch.

[17:08]

The forehead stays contracted.

[17:10]

And you may not consciously feel stressed anymore, but your body has not yet received

[17:15]

the message that the moment requiring vigilance has ended.

[17:18]

And I think traditional Chinese medicine can offer a beautiful idea here.

[17:22]

Health is not simply the absence of stress.

[17:25]

It is the ability to move between activation and restoration.

[17:30]

You need both.

[17:32]

And we sometimes demonize tension.

[17:34]

But tension is useful.

[17:36]

And you need your jaw muscles to chew.

[17:37]

You need muscular tone to speak.

[17:39]

You need sympathetic activation when something demands your attention.

[17:42]

The problem is not activation.

[17:44]

The problem is activation without release.

[17:47]

And traditional Chinese medicine continually returns to balance between opposite qualities,

[17:52]

movement and stillness.

[17:54]

Expansion and contraction.

[17:56]

Activity and rest.

[17:58]

Yin and yang.

[17:59]

Your jaw also lives inside that rhythm.

[18:02]

It closes and then it must open.

[18:05]

It works and then it must rest.

[18:08]

If your jaw spends 15 hours a day hovering near contraction and continues contracting

[18:13]

intermittently throughout the night, the rhythm becomes one-sided.

[18:17]

So it does not mean Chinese medicine proves why you have a migraine.

[18:20]

It gives us a philosophical question worth listening to.

[18:23]

Where in your life and where in your body have you forgotten the second half of the rhythm?

[18:29]

And we can bring in another Eastern tradition here as well.

[18:32]

Our Ayurveda often interprets symptoms through qualities rather than through one isolated

[18:38]

structure.

[18:39]

So a person who feels wired, light sleeping, restless, sensitive or unable to settle may

[18:45]

traditionally be described very differently from someone whose headaches feel hot, sharp,

[18:50]

irritable and inflammatory.

[18:51]

And again, these are traditional frameworks, not neurological diagnosis.

[18:56]

But both traditions encourage something that modern chronic pain care is also rediscovering.

[19:01]

The whole system matters.

[19:03]

And this is particularly relevant with clenching because a jaw can become a kind of unconscious

[19:08]

diary.

[19:09]

You may not remember feeling tense at three o'clock yesterday afternoon.

[19:12]

Your muscles might.

[19:14]

You may tell yourself, I'm fine.

[19:16]

And your jaw says, I've been holding for six hours over here.

[19:19]

That does not mean the pain is psychological.

[19:22]

Muscle contraction is physical.

[19:23]

Sensor input is physical.

[19:25]

Migraine biology is physical.

[19:26]

But human beings do not have a separate emotional body and a physical body.

[19:30]

There's just one nervous system experiencing all of it.

[19:34]

And this brings us back to the tongue.

[19:36]

Traditional practices often pay enormous attention to the tongue.

[19:39]

Its appearance, its movement, its relationship to breathing, its position in the mouth.

[19:43]

And just as a little side note, since around 2020, I've been using the tongue as one additional

[19:48]

piece of information to help complete the picture when we're trying to understand someone's

[19:52]

migraine pattern.

[19:53]

So in the Migraine Heroes app, with the green background and the yellow heart in the brain.

[19:57]

And honestly, I found it incredibly useful.

[20:00]

The tongue is such an interesting part of the body because it is closely connected to

[20:04]

the nervous system involved in swallowing, breathing, and digestion.

[20:07]

It can sometimes give us additional clues about what may be going on more broadly in

[20:12]

the body.

[20:12]

And in traditional Chinese medicine, of course, tongue observation has always been used for

[20:16]

centuries as one way of looking for patterns of imbalance.

[20:20]

And this is why we incorporate it in the app, in the Migraine Heroes app.

[20:23]

When you go through the onboarding questions, we ask you a picture of your tongue and compare

[20:28]

those observations with the rest of your symptoms.

[20:30]

It is not there to diagnose a condition from your tongue alone, but it gives us another

[20:35]

data point and a starting pattern to explore.

[20:39]

So this pattern of Bruxism is oftentimes called state of tension and overload, which corresponds

[20:45]

to that liver tissue stagnation.

[20:46]

And I love it because it's incredibly fast, the tongue picture, immediately available,

[20:50]

and it costs you nothing to observe.

[20:52]

And sometimes a very simple clue can help us start connecting the dots that otherwise

[20:56]

feel completely unrelated.

[20:58]

And so modern dentistry approaches the subject very differently.

[21:01]

But there's something almost beautifully practical about using the tongue as an anchor

[21:06]

for awareness, not because there's one magical tongue posture, but because your tongue is

[21:11]

available to you all day.

[21:12]

You do not need a device.

[21:14]

You do not need an appointment.

[21:15]

You simply notice, where is my tongue?

[21:18]

And are my teeth touching?

[21:19]

Is my jaw doing work that nobody asked it to do?

[21:24]

And the tiny moment of awareness creates a choice.

[21:27]

So instead of clench, clench, clench, clench, there's suddenly notice and release.

[21:32]

And perhaps 10 minutes later, notice and release.

[21:36]

And that is how a nervous system learns, not through one dramatic intervention, but sometimes

[21:41]

through hundreds of very small corrections.

[21:44]

Now, the Chinese philosopher Lao Tzu wrote repeatedly about softness overcoming hardness.

[21:50]

And I think the Zhou gives us a wonderful physical version of this idea.

[21:54]

When something hurts, our instinct is often to attack it.

[21:58]

Push harder, massage harder, stretch harder, find the knot and destroy it.

[22:03]

But if the problem is a system that already knows how to contract too well, perhaps another

[22:08]

aggressive stimulus is not always what it needs.

[22:10]

Perhaps the skill you're trying to teach is softness.

[22:14]

A jaw that can work when needed.

[22:17]

And then let go.

[22:19]

Now, here's your experiment for today.

[22:21]

Several times during the day, especially when you are working, driving, cooking or looking

[22:26]

at your phone, check your jaw and quietly ask, are my teeth touching?

[22:30]

Unless you're chewing or swallowing, gently allow them to separate.

[22:34]

Let your tongue rest comfortably against or near the roof of your mouth without forcing

[22:39]

it.

[22:40]

Soften your lips and feel whether the muscles beside your cheeks can reverse even 5%.

[22:46]

If the jaw feels sore, try 10 minutes of comfortable warmth followed by one or two more minutes

[22:52]

of gentle fingertip massage over the thick cheek muscle and temples.

[22:56]

No aggressive pressure and no percussion device against your head or neck.

[23:01]

Then observe rather than judge.

[23:03]

Does your familiar headache change after chewing, after a stressful concentration period, or

[23:08]

on mornings when your jaw feels tired?

[23:11]

Conservative approaches such as reducing unnecessary clenching, gentle exercise, heat or cold,

[23:22]

and appropriate physical therapy are generally recommended before treatments that permanently

[23:26]

alter the teeth or bite.

[23:28]

And one final thought.

[23:30]

Do not make your jaw another thing you have to control perfectly.

[23:33]

The goal is not to spend your entire day anxiously checking your mouth.

[23:37]

The goal is to become curious enough to notice a pattern you may have been missing.

[23:42]

Because your jaw may not be the cause of your migraine, but for some migraine heroes, it

[23:47]

may be an overlooked part of the load.

[23:49]

And sometimes, reducing one part of the load is enough to give the nervous system a little

[23:55]

more room.

[23:57]

So just answer these in your head.

[23:59]

Do you ever wake up with your jaw feeling tired?

[24:02]

Do you catch your teeth touching when you're concentrating?

[24:06]

And does your familiar temple pain change when you chew or clench?

[24:11]

And if any of those sounded familiar, you're far from the only one.

[24:15]

The Migraine Heroes app starts by uncovering your patterns, and your jaw is one of the

[24:20]

things we ask about right at the beginning.

[24:23]

Because what matters isn't only whether your jaw is involved, it's how it fits in

[24:28]

everything else going on for you.

[24:30]

That's what the Migraine Heroes method looks at.

[24:32]

And you can see your starting pattern before you even create an account.

[24:36]

And if you just caught yourself unclenching your jaw while listening, that's a lovely

[24:40]

place to start.

[24:42]

Let your shoulders drop too, and take a long, gentle sigh of relief.

[24:47]

That's all for today.

[24:48]

I hope this episode added one more piece to your migraine puzzle.

[24:52]

Migraine is complex, but it's not random.

[24:55]

Every time we understand a little more of it, we move one step closer to lasting relief.

[25:01]

I should like to apply what we've discussed to your own life.

[25:04]

You can find us by searching Migraine Heroes in the App Store or Google Play.

[25:09]

Look for the green icon with the love heart in the brain.

[25:12]

Your body has a story to tell.

[25:14]

Let's keep listening.

[25:16]

I will be back with you soon.

Originally published October 2026

References
  • Temporomandibular Disorders in Migraine and Tension-Type Headache Patients: A Systematic Review With Meta-Analysis (Bizzarri et al., 2024): This review found painful TMDs are more common in people with migraine and tension-type headache. Read more <u>here.</u>
  • Exploring the Bidirectional Association Between Migraine and Temporomandibular Disorders: A Systematic Review and Meta-Analysis (Dias et al., 2026): This review found a substantial association between migraine and TMD in both directions. Read more <u>here.</u>
  • International Consensus on the Assessment of Bruxism: Report of a Work in Progress (Lobbezoo et al., 2018): This consensus distinguishes awake and sleep bruxism and describes bruxism primarily as a behavior. Read more <u>here</u>.
  • Association Between Primary Headache and Bruxism: An Updated Systematic Review (Réus et al., 2021): This review found limited migraine evidence, with a clearer association between awake bruxism and tension-type headache. Read more <u>here.</u>
  • Evidence for Central Sensitization in Patients With Temporomandibular Disorders: A Systematic Review and Meta-Analysis of Observational Studies (La Touche et al., 2018): This analysis found evidence of increased pain sensitivity in people with TMD. Read more <u>here.</u>
  • Diagnostic Criteria for Headache Attributed to Temporomandibular Disorders (Schiffman et al., 2012): This study developed clinical criteria for identifying headaches attributable to TMD.Read more <u>here</u>.
  • Diagnostic Criteria for Temporomandibular Disorders for Clinical and Research Applications (Schiffman et al., 2014): This work established validated diagnostic criteria for common temporomandibular disorders. Read more <u>here</u>.
  • Associations Between Sleep Bruxism and Other Sleep-Related Disorders in Adults: A Systematic Review (Kuang et al., 2022): This review found sleep bruxism more common in several sleep disorders and highlighted sleep arousal as a possible link. Read more <u>here. </u>
  • Influence of Occlusal Appliances on the Masticatory Muscle Function in Individuals With Sleep Bruxism (Ferreira et al., 2024): This review found oral appliances did not consistently reduce muscle activity or bite force. Read more <u>here</u>.
  • Efficacy of Conservative Interventions Targeting Temporomandibular Disorders for Adults With Headache Disorders (Demont et al., 2025): This review found limited-certainty evidence for headache improvement from TMD-focused conservative treatments. Read more <u>here</u>.
  • The Efficacy of Manual Therapy Approaches on Pain, Maximum Mouth Opening and Disability in Temporomandibular Disorders (Vieira et al., 2023): This review found manual therapy may improve TMD pain, mouth opening, and disability. Read more <u>here</u>.
  • TMD (Temporomandibular Disorders) (National Institute of Dental and Craniofacial Research): This guidance recommends conservative care first and cautions against unnecessarily irreversible treatments. Read more <u>here</u>.

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