I’m seeing more of these patients in my practice every month. Someone comes in after MARPE, the imaging looked clean, the suture separated, the orthodontist called it a success, and yet they feel worse than before. More tension on one side. A jaw that doesn’t sit right. A face that looks less symmetrical, not more. The conversation almost never starts with the appliance itself. It starts with the body it was placed into, and whether anyone ever looked at that body before treatment began.

What MARPE Actually Is

Miniscrew-Assisted Rapid Palatal Expansion anchors an expansion appliance into the palate using small titanium screws instead of relying on the teeth alone. Traditional rapid palatal expanders borrow their anchorage from the molars and premolars, which works fine in a child or young teenager whose mid-palatal suture is still open and unfused. Past a certain point, usually somewhere in the late teens depending on the person, that suture starts fusing into solid bone, and a tooth-anchored expander stops separating the suture and starts just tipping the teeth sideways instead. You can get a wider-looking smile that way, but you’re not actually gaining skeletal width. You’re bending teeth out of the bone that’s holding them, which is a far less stable result and a far more limited one.

That’s the problem MARPE was built to solve. Instead of loading the force through the teeth, four to six titanium miniscrews get placed directly into the hard palate, usually in a paramedian pattern straddling the midline, and the expansion force transfers through those screws into bone itself. Because the screws are engaging bone rather than teeth, the force actually reaches the suture instead of getting absorbed by tooth movement along the way. That’s a meaningfully different mechanism than the expander most people picture, and it’s why MARPE largely replaced surgically-assisted expansion, SARPE, for adults over the last several years. An actual surgical cut through the palate used to be the only reliable way to separate a mature suture. MARPE gave providers a way to get a comparable result without putting someone under general anesthesia

The catch is that success isn’t guaranteed just because the screws are placed correctly. It’s tied closely to how mature that suture already is by the time treatment starts. One study found the suture opened successfully in 100% of patients between 18 and 29, but that number dropped to 81% in patients between 30 and 45, same appliance, same protocol, different bone. Palatal bone density and thickness matter too. Thicker cortical bone and a flatter palatal plane are associated with more stable outcomes, which is part of why providers are increasingly using CBCT imaging beforehand, specifically to check how much bone is actually there to anchor into, and how the suture itself is already sitting, before a single screw goes in. Torque during placement typically lands somewhere between 10 and 20 Ncm, and how deep the screws engage, bicortical versus monocortical, has come up in more than one study as a factor in whether true skeletal expansion happens or the teeth end up tipping anyway despite the miniscrew anchorage.

On paper, that’s a real improvement, a way to get true skeletal separation in a population that used to require surgery to get it at all. In practice, it rests on an assumption that almost nobody checks: that the body receiving that force is symmetrical to begin with!!!

What The Research Actually Shows, And Where It Gets Murky

I want to separate what’s documented from what’s clinical observation, because both matter and they shouldn’t get blended together.

A 2025 retrospective analysis of MARPE cases found a true complication rate of 33.3%, split between mechanical failures like screw fracture and appliance breakage, and biological ones like tongue irritation and peri-implant mucositis. Screws 10mm or shorter carried significantly more risk than longer ones. A separate 2025 scoping review comparing MARPE to surgically-assisted expansion found that dental tipping was predominantly associated with MARPE specifically, meaning the appliance is pulling teeth sideways more often than people realize, even in cases where the suture is technically separating. That same review put MARPE failure rates at 16-17% in adults, rising sharply once the suture matures past the mid-twenties.

Here’s where it gets murkier, and I want to be honest about it instead of picking whichever number sounds more dramatic. Some clinical sources describe asymmetric skeletal expansion happening in close to half of MARPE cases, driven by uneven miniscrew placement, variation in how ossified the suture is on each side, and inconsistent daily activation. But the peer-reviewed scoping review I mentioned only documented asymmetric expansion in surgically-assisted cases specifically, at a much lower rate, and attributed it to a very specific surgical mechanism. The actual peer-reviewed literature on MARPE-specific asymmetric outcomes is thinner than the clinical conversation about it. That gap doesn’t mean it isn’t happening. It means almost nobody is controlling for it in the first place, which is exactly the problem I want to talk about.

Separately, there’s a real and growing body of research connecting palatal expansion to cranio-cervical posture, meaning how the head sits on the neck. A twelve-month controlled study and multiple literature reviews have documented measurable changes in head posture following expansion. The palate is not an isolated structure sitting apart from the rest of you. It’s wired into how your whole head organizes itself on top of your spine, which is exactly why I think expansion outcomes can’t be evaluated by imaging the palate alone.

The Piece Almost Nobody Is Assessing

This is where my lens as a postural specialist comes into the conversation, because it’s not really in an orthodontist’s scope, it’s in mine.

A large number of the people walking into MARPE are already sitting in what I’d describe as a right cranial torsion pattern, sometimes referred to as an RTMCC pattern in the frameworks I train in. In plain language, their neck and cranium are already holding a rotated, asymmetrical position before an appliance ever touches their palate. This isn’t a rare presentation. In the necks and crania I assess, it’s closer to the norm than the exception.

These are actually two separate patterns, and I want to walk through them separately instead of blending them together, because the mechanics aren’t the same…..

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Once the jaw itself gets addressed, the neck finally starts holding its changes. It is a pattern that repeats itself constantly, and one that is rarely traced back far enough to matter.

🦷 Overbite, Crossbite, Open Bite, Underbite: Your Bite Is a Symptom

Malocclusion just means your teeth do not meet properly when you bite down. Overbite, crossbite, open bite, deep bite and underbite are the different ways that can show up. Most people, and honestly most providers, treat these as the starting point of the conversation. They are rarely the starting point. They are usually the result of something else entirely.

The bite reflects the sum of everything that was happening in the jaw, the airway, the tongue, the palate, and the postural system during development and over time. Treating the bite without asking why it developed that way almost always produces incomplete results, because the forces that shaped it in the first place are still present.

The bite is a window into the system. What it reveals is worth looking at carefully before anyone decides what to do about it.

👅 Tongue Thrusting Is Not Just a Habit

The tongue has a resting posture. In a well-functioning system it rests fully against the roof of the mouth with the tip just behind the upper front teeth. This posture is not a minor detail. It is one of the primary forces that shapes the palate, the jaw, and the airway over a lifetime.

When the tongue cannot rest there, either because of a restriction, a habit pattern, or an underlying structural issue that was never addressed, pressure shifts to the teeth instead. Over time, that pressure changes bite development, jaw position, and airway function in ways that compound year by year.

Tongue thrusting is one of the leading reasons orthodontic results relapse after braces come off. If the tongue keeps pushing forward against the teeth every time someone swallows, which happens hundreds of times a day, it quietly undoes years of orthodontic work even when the teeth looked perfectly aligned the day the braces came off. Research on orofacial myofunctional therapy backs this up directly. In one long-term study, three quarters of patients who completed tongue thrust therapy alongside orthodontic treatment had no relapse of their open bite five years later, compared to the far higher relapse rates seen when the tongue pattern itself was never addressed.

The teeth were never really the problem. The way the tongue was resting the entire time was.

And this does not stop at orthodontic relapse. The tongue literally shapes the face. It acts as a natural palate expander from the inside. When it rests correctly, it provides the outward pressure that keeps the arch wide, the palate broad, and the airway open. When it does not, the palate narrows, the airway narrows with it, and the downstream effects show up in breathing, sleep, posture, and jaw function for the rest of a person’s life.

🌬️ Mouth Breathing Is Quietly Shaping the Jaw

This is one of the most important things I want parents especially to understand.

How a child breathes is actively shaping their face and jaw while they grow. A child who breathes through their nose develops the jaw and midface differently than a child who breathes through their mouth. Nasal breathing creates intraoral pressure that helps the palate develop width. Mouth breathing removes that pressure. The result, over years of development, is a narrower arch, a higher palate, more crowded teeth, and a jaw that often sits further back than it should.

A child sleeping with their mouth open, snoring, or breathing loudly is not just having a rough night. Their airway and their facial structure are being shaped by that breathing pattern in real time. Mouth breathing in children is associated with longer, narrower faces, recessed chins, dental crowding, and significantly higher rates of sleep-disordered breathing that often persist into adulthood.

By the time the orthodontist says the palate is too narrow for the teeth to fit, the narrowing has usually been happening for years. The orthodontist can expand it, but if the mouth breathing pattern is not addressed, the arch will tend to narrow again. Because the cause is still there.

👶 Thumb Sucking Is A Alert Signal!

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When I had her stand barefoot in front of me, I didn’t even look at her hips first. I looked at her toes. They were clawed into the floor, gripping like she was standing on the edge of something.

That’s when I knew exactly what we were dealing with, because I’ve seen this pattern more times than I can count, and it almost never starts where people think it does.

🦶 What Toe Gripping Is Actually Telling You

Most people assume toe gripping is a foot problem. Maybe weak arches. Maybe a nervous habit. Maybe just “tension” that lives there for no particular reason. And it can look that way from the outside. But underneath it, toe gripping is almost always a sign that your center of gravity has drifted too far forward over your feet.

Here’s what that actually means. When your weight shifts forward, your body needs a way to stop you from tipping over. The toes are an easy, fast, always-available option. They claw into the ground to create traction and a stable base, because your heels, which are supposed to be doing the real work of shock absorption and stability, have quietly stopped loading the way they should.

Your nervous system will always choose stability over efficiency. Given the choice between “let the body fall forward” and “grip with everything available,” it grips. Every single time. That’s not a flaw. That is the system doing exactly what it was built to do.

🍑 Butt Gripping Tells The Exact Same Story

Here’s the part that surprises almost everyone I explain this to. As your center of gravity shifts forward, your pelvis doesn’t just sit passively underneath you. It moves…forward. The back of the pelvis narrows, and that change alters how your femurs sit inside your hip sockets. Internal rotation, the movement your femurs need in order for your glutes to actually turn on and off the way they’re supposed to, becomes much harder to access.

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☀️ I started going outside first thing in the morning for near-infrared light.

Everyone right now is obsessed with red light therapy. And I get it, I love a red light panel too. But here is what most people do not realize. Red light is just one spectrum. When you get it from the sun in the early morning, you are getting the full spectrum, including near-infrared light, which is the part nobody is talking about enough.

Near-infrared light, or NIR, is most abundant when the sun is still low on the horizon. It penetrates the skin and tissues at a depth that artificial red light panels can approximate but not fully replicate. At the cellular level it has a direct effect on mitochondrial function, which is how your cells produce energy. It also sets your circadian clock in a way that blue-heavy midday light simply does not.

I started this when I was living in Arizona, doing 5am morning hikes before the heat set in. That time changed something in me. I would come home and my entire day felt different, sharper, more grounded, like my body had already done something right before the world asked anything of me. I genuinely miss those hikes. There was something about being in nature with that early light that felt almost medicinal in a way I could not fully explain at the time but understand much better now.

I do not hike at 5am anymore. These days I walk the boardwalk in the morning instead. It is different, but the principle is the same. Get outside. Get the light. Do it before the phone, before coffee, before anything else asks for your attention. Even ten minutes has changed my energy, my mood, and how I feel getting out of bed the next day in a way that no supplement has come close to matching. It costs nothing. It requires nothing. And it is the single highest-return habit I have kept from that season of my life!

🧴 I overhauled every product in my home.

This one took longer but it mattered. The cleaning products and cookware most of us grow up using are loaded with endocrine-disrupting chemicals, synthetic fragrances, and compounds that accumulate in the body over time. I ran my genetics and found out exactly how my body detoxifies, and once I understood that, I became a lot less willing to keep exposing myself to things that were making that process harder.

I switched my cleaning products to Koala Eco, Branch Basics and Molly’s Suds. Both are plant-based, fragrance-free with essential oils only, and genuinely effective. For the dishwasher I use Blueland, which comes in dissolvable tablets with no plastic packaging and no harsh chemical residue on anything my food touches.

These are not sponsored mentions. They are just what I actually use. The difference in how my home smells, and how I feel being in it, has been real.

🥩 I switched all my meat to grass-fed and grass-finished, and I order it from Wild Pastures.

This was one of the changes that came directly out of running my genetics. I learned I have specific needs around certain nutrients that are found in significantly higher concentrations in grass-fed meat compared to conventionally raised meat. Grass-fed beef has a much better omega-3 to omega-6 ratio, higher levels of conjugated linoleic acid, and better mineral density across the board.

Wild Pastures sources from regenerative American farms and delivers directly to your door. The quality is genuinely different, both in how it tastes and in how I feel eating it consistently. If you want to try it, you can use my link here. It is the one food change I would tell almost anyone to make.

🌿 I filled my apartment with plants.

This one might be the simplest thing on the list and also one I underestimated for a long time.

There is real research on what greenery does to the nervous system and to mood. Visual exposure to natural elements lowers cortisol, reduces physiological stress markers, and activates the parasympathetic nervous system in a way that built environments simply do not. There is even research suggesting that proximity to plants reduces mental fatigue and improves sustained attention.

I have plants in every room now. It changed the feel of my space in a way I did not expect. My apartment feels like somewhere I actually want to be. And there is something about tending to living things every day, remembering to water them, watching them grow, that is quietly regulating in a way that is hard to put into words but very easy to feel.

Here is the thing about all of these changes. Not one of them felt significant in the moment I made it. None of them had a dramatic before and after. They just quietly stacked, and somewhere along the way I looked up and realized I felt meaningfully different than I had a year ago.

Your body is not waiting for a big intervention. It is responding to its environment every single day whether you are paying attention to it or not. The light hitting your eyes in the morning, the chemicals absorbing through your skin when you clean, the quality of the animal protein your cells are literally building themselves from, the living things around you that signal safety to your nervous system. All of it is information. All of it compounds.

You do not have to change everything at once. Pick one thing on this list. Give it a real chance. Your biology will notice even if you do not yet.

If this resonated, share it with someone who wants to feel better but does not know where to start without overhauling their entire life.

Keep Learning,
💛Aleena

For many people, that is exactly what it was. They feel fine afterward, and that is genuinely the end of the story.

But for a lot of people, it is not. And here is the part that makes this worth writing about. Many of them never connect their other symptoms back to the surgery at all. I see this often in my own clinic. Someone walks in with headaches, neck tension, jaw issues, or a body that feels like it is working too hard, and LASIK never even comes up as a possibility until we start asking the right questions. I am not saying this happens to everyone who gets LASIK. I am saying it happens far more often than people realize, and almost nobody is told to even consider the connection.

If you had LASIK and then noticed something shifted afterward: headaches that were not there before, neck tension that does not resolve, eyes that feel dry and irritated no matter what you do, dizziness in certain environments, a low-grade feeling that your body is working harder than it should be, there is a reason for that.

It is not in your head. It is, quite literally, in how your head is now orienting itself in space. And it starts with understanding the difference between what LASIK actually fixes and what people assume it fixes.

👓 Sight vs Vision: The Distinction Nobody Explains

Before any of this makes sense, you have to understand that sight and vision are not the same thing, even though almost everyone uses the words interchangeably.

Sight is the clarity piece. It is whether the eye can focus light correctly onto the retina and produce a sharp image. This is what a standard eye exam measures. This is what your prescription describes. This is what LASIK corrects, and it corrects it extremely well.

Vision is something much bigger. Vision is what your brain does with that image once it receives it. It is how your brain uses visual input to judge depth, track movement, coordinate both eyes together, locate the horizon, and orient your entire body in space. Vision is not happening in the eye. It is happening in the brain, using the eye as the entry point.

This distinction matters because LASIK only operates on sight. It reshapes the cornea so that light bends correctly and the image arriving at the retina is sharp. It does nothing, and was never designed to do anything, to the visual processing happening behind the eye. If there was a binocular coordination issue, a depth perception inefficiency, or a postural-visual integration problem before the surgery, that problem is still there afterward. The image is just clearer now.

This is why someone can have perfect 20/20 sight after LASIK and still feel functionally off. Sharper input does not automatically mean better processed input. And when the processing side, the vision side, was already compensating for something, a clearer image can sometimes make the mismatch between sight and vision more noticeable, not less.

🔬 What LASIK Actually Does to Your Eye

LASIK, which stands for Laser-Assisted In Situ Keratomileusis, is a refractive surgery that permanently reshapes the cornea to correct how the eye focuses light. It is one of the most commonly performed elective procedures in the world, and for most people the sight outcome is excellent.

But the way it achieves that outcome matters, and most people are never given the full picture of it before they sign the consent form.

Here is what actually happens during the procedure.

A microkeratome blade or femtosecond laser creates a thin flap in the outer layer of the cornea. That flap is folded back to expose the underlying corneal tissue, called the stroma. An excimer laser then reshapes the stroma by ablating precise amounts of tissue. The flap is laid back down and adheres without stitches.

The procedure takes minutes. The results are immediate. And the structural change is permanent.

What most people are not told is that creating that corneal flap severs a significant portion of the corneal nerves that run just beneath the surface. These nerves have two jobs. They are responsible for corneal sensation, which is the reflex that tells your eye to blink and produce tears. And they contribute to the feedback your brain receives about the surface state of the eye.

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A client comes in with a shoulder that will not release. Or a hip that has been tight for years despite consistent bodywork. Or pain that moves around the body in a way that does not match any structural explanation. We do the work. The tissue responds. And within days, sometimes hours, it is back exactly where it started.

For a long time I treated this as a tissue problem that just needed a different angle. More frequency. A different technique. A referral to someone else.

What I have come to understand, through years of clinical work, is that for a significant number of these patients, the tissue is not the problem. The tissue is the messenger. The actual driver is an unresolved emotional pattern that the nervous system is still running, often completely outside the person’s awareness.

🧠 What NET Actually Is

Neuroemotional Techniques is a mind-body approach that works at the intersection of unresolved emotional experiences and the physiological stress response. It was developed by a chiropractor, Dr. Scott Walker, after he noticed that certain physical findings in patients, things like specific points of tenderness, muscle weakness patterns, and structural restrictions, did not respond to standard treatment until a specific emotional component was addressed.

The premise is not mystical. It is built on well-established neuroscience. When we experience an event that the nervous system perceives as overwhelming or threatening, and we do not fully process or discharge that experience, the body can store a kind of neurological imprint of it. Dr. Robert Scaer, a neurologist who has written extensively on trauma physiology, calls this an unresolved “procedural memory,” a pattern that lives in the body’s stress response circuitry rather than in conscious, narrative memory.

You do not have to consciously remember the event for the imprint to still be active. In fact, most people do not. The body remembers the physiological pattern. The conscious mind has often moved on entirely.

NET works by identifying these stored patterns through specific manual muscle testing, helping the nervous system locate where and when the pattern originated, and then using a combination of touch and a structured process to help the nervous system fully process and release the charge associated with it.

I began studying NET in October 2025 and started implementing it in 2026. As I get more comfortable I am able to see these patterns emerge and guide patients to subconsciously let go of these emotional patterns keeping them stuck.

😬 What This Looks Like in the Clinic

There are two specific moments where NET enters the picture for me.

The first is during the assessment itself. After years of doing this work, I have developed an intuition for when a presentation has an emotional component underneath it. It is not something I can fully reduce to a checklist, but certain things tend to be present together. The asymmetry pattern does not match the story the patient is telling me about how it started. The tension is disproportionate to the mechanical demand on that area. Or the patient’s own language gives it away, the way they talk about a body part, the timing they associate with when it started, the emotion in their voice when we touch on a certain area. When I pick up on that combination, I will note to do NET during the course of treating the patient.

The second is when I am already doing PRI work and it stalls. I will be running someone through a standard asymmetry pattern, addressing the typical chains we see in Postural Restoration, and the pattern simply will not shift the way it should. The breathing techniques are not landing. The neuromuscular re-patterning is not holding between sessions. The asymmetry keeps reasserting itself almost immediately. When PRI techniques are not responding the way that many people typically respond (which is feeling changes) then, this is my signal to stop pushing more of the same technique and ask whether something else is keeping the pattern locked in place. That is when I bring in NET.

🔄 Why the Body Stores It This Way

This makes more sense when you understand what the stress response is actually doing.

When the nervous system perceives threat, whether that threat is physical or emotional, it activates a survival response. Heart rate increases. Muscles prepare to act. Digestion slows. Attention narrows. This is useful and adaptive when the threat is resolved quickly, through fighting, fleeing, or otherwise completing the response cycle.

The problem is what happens when that activation never gets to complete. If someone could not fight, could not flee, and could not process the experience emotionally at the time, often because the situation did not allow for it, the nervous system can get stuck holding a fragment of that unfinished response. The body stays braced for something that already happened.

This is why the same muscles and organs tend to hold tension related to specific emotional patterns. The jaw and throat are common sites for unexpressed anger or unspoken words. The lungs hold grief and suppressed sadness. The kidneys and bladder relate to paralyzed will or fear. The stomach holds the emotion of over sympathetic or low self esteem. (see image above) None of this is universal or formulaic for every person, but these patterns show up often enough in the clinic that they are worth paying attention to.

The tissue tension is real. It is not imagined and it is not “just emotional,” as if that would make it less physical. It is a physiological holding pattern with a measurable structural consequence. NET treats it as exactly that!!

⚠️ Why This Gets Missed So Often

Most healthcare is built to address the tissue. Pain in the shoulder gets shoulder treatment. A tight diaphragm gets breathing work. This is not wrong, and structural treatment absolutely has its place. But when the same finding keeps returning despite appropriate structural care, almost nobody asks the next question, which is what is keeping this pattern active.

Part of the reason is that the connection is not always obvious to the patient either. Many people are not consciously aware that an old experience is still influencing their body. They are not in denial. The nervous system simply does not file unresolved stress under “memory” the way it files a story you can tell at dinner. It files it under “threat response,” and threat responses do not need conscious permission to keep running.

This is also why purely talking about an issue does not always resolve it physically. Insight is valuable, but the nervous system’s stress response lives below the level of cognitive insight. You can fully understand an experience intellectually and still have a body that has not caught up. NET works directly with that physiological layer rather than relying on the conscious mind to talk the body out of an old pattern.

✋ What This Means for Treatment

If structural work, postural correction, or manual therapy keeps producing the same result that does not hold, that is the signal to ask a different question. Not “what tissue needs more work” but “what is this nervous system still protecting.”

I pair NET with the structural work I already do, Postural Restoration specifically, because the body needs both. Structural work changes the input the nervous system is receiving. NET addresses the stored pattern that is driving the nervous system’s interpretation of that input. Doing one without the other, for certain patients, means doing half the job.

When a pattern is persistent, resistant to otherwise effective treatment, or shows up in a place that has emotional significance the person can name once asked, it is worth exploring rather than dismissing.

💭 Final Thoughts

Your body has been keeping a kind of record this whole time, not in words, but in tone, in bracing, in the places that will not let go no matter what you do to them. That is not weakness and it is not “all in your head.” It is a nervous system doing exactly what nervous systems are built to do, which is protect you from something it never got the chance to fully resolve.

If you have a pattern that keeps returning no matter how much structural work you put into it, it might be worth asking what that pattern has been protecting you from, and whether it is finally safe to let it finish.

If this resonated, share it with someone who has been doing all the right physical work and still cannot figure out why their body will not let go.

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Keep Learning,
💛Aleena

Stress. Dehydration. Screen time. Tension.

Maybe you have tried medication, seen a neurologist, visited a chiropractor, or gone through rounds of massage and physical therapy. Maybe things improved for a little while. Or maybe nothing changed at all.

Here is what most people are never told…..There is a bone sitting in the center of your skull that connects to every other cranial bone in your head. It houses your pituitary gland. It sits behind your eyes, beneath your brain, and above the back of your throat. And when it is sitting even slightly off, the effects ripple through your entire skull.

It is called the sphenoid bone. And it may be quietly driving a pattern underneath all of those headaches.

🦋 What the Sphenoid Actually Is

The sphenoid is shaped like a butterfly with its wings spread wide. From the outside, you cannot see it or touch it. But from the inside, at the base of the skull, it is the most prominent bone in the cranial floor.

There are 22 bones in the skull. The sphenoid articulates with 14 of them.

It connects with the frontal bone, the temporal bones, the back of the skull, the cheekbones, the nasal septum, and the roof of your mouth. It makes up part of the back of the eye sockets and the floor of the middle cranial fossa, where the temporal lobes of the brain sit. Your brain rests on top of it.

When the sphenoid is sitting well, the entire cranium can sit well. When it shifts, every bone it touches begins to compensate. The whole structure reorganizes. And while the compensation is usually invisible, the symptoms that follow it are not.

🧠 The Gland That Lives Inside It

Inside the sphenoid is a small bony saddle called the sella turcica. Sitting inside that saddle is the pituitary gland — the master gland of your hormonal system. It regulates thyroid function, adrenal output, reproductive hormones, your stress response, and your sleep cycles.

The pituitary does not sit near the sphenoid. It sits inside of it.

When the sphenoid is in a neutral, well-supported position, the pituitary is held in space without compression. When the sphenoid is rotated, torqued, or under chronic strain, the environment around that gland changes. The cerebrospinal fluid (CSF) dynamics shift. The structures above it have less room to breathe. Pressure begins to build.

This is part of why sphenoid dysfunction can show up as far more than just headaches. People often report hormonal disruption, sleep changes, mood instability, memory issues, and a feeling that “something is off” that no standard test has been able to explain.

😮 The Connection Point Nobody Mentions

The sphenoid connects to the occipital bone at the back of the skull at a junction called the sphenobasilar joint, or SBJ. This connection point is one of the most important in craniosacral work because of how much it governs the movement and rhythm of the entire cranial system.

When the SBJ is under restriction or strain, the effects radiate everywhere.

Here is something most people do not know about migraines specifically. A sphenoid that has shifted to one side is one of the primary structural reasons migraines tend to be one-sided. The sphenoid has moved toward that side, and the resulting pressure is felt directly at the temple. Your body’s instinctive response is to press or rub your temple, because the sphenoid is compressing the structures there.

That is not a coincidence. That is your nervous system telling you exactly where the problem is.

🧩 How the Sphenoid Gets Strained

Most people assume this kind of structural shift only happens from a serious injury. It does not.

Birth. The infant skull passes through the birth canal in a specific sequence of rotations, and the sphenoid is involved in every one of them. A long labor, instrumented delivery, or cesarean after extended pushing can all leave the infant sphenoid in a compensated position. Most infants self-correct in the first weeks. Some do not. The pattern can persist for decades, completely undetected, until the symptoms eventually become loud enough to notice.

Falls and head trauma. Even minor concussions, childhood falls, sports impacts, and car accidents can shift the cranial bones. The skull absorbs force by allowing micro-movement between its bones. After significant impact, those bones do not always return to neutral on their own.

Dental work and orthodontics. Braces, extractions, clenching, and bite asymmetry all transmit force upward through the jaw and palate directly into the sphenoid. Over years, the resting position of this bone can shift in ways that quietly load the entire cranial system.

Posture and daily patterns. The way the head sits on the neck affects the entire cranial base. Decades of forward head posture, always sleeping on one side, or working with the head chronically turned in one direction all leave a cumulative imprint.

Emotional trauma and chronic stress. This one gets left out of almost every structural conversation, and it should not be. The body does not separate emotional experience from physical tissue. When the nervous system is under prolonged stress, grief, trauma, anxiety, or years of living in a state of low-grade threat, the muscles and fascia surrounding the cranial base brace. The jaw tightens. The suboccipitals grip. That chronic holding pattern transmits force directly into the sphenoid over time. The sphenoid also protects the pituitary gland, which governs the body’s entire stress response. When emotional load is high and never fully processed, the cranial system reflects that. It is not unusual to work with someone whose sphenoid restriction began not with a fall or a car accident, but with a period of prolonged emotional overwhelm that the body never fully discharged.

None of these need to be dramatic events. The body adapts and compensates for years before the symptoms become impossible to ignore.

🔄 What This Can Look Like

• Headaches, especially with a behind-the-eye or temple component

• Migraines that are consistently one-sided

• Chronic sinus pressure that does not respond to standard treatment

• TMJ dysfunction that dental work alone has not resolved

• Neck pain and upper back tension that keeps returning

• Sleep disruption, mood changes, or hormonal irregularity without a clear explanation

• A feeling of pressure or fullness in the head that imaging has not explained

Not every one of these is sphenoid-related. And none of them is only sphenoid-related. But when several of these patterns cluster together and standard workups come back normal, the sphenoid is absolutely worth investigating.

✋ What Can Actually Be Done

The sphenoid is not directly accessible. You cannot put your hands on it. But it can be influenced through the bones and structures it articulates with, and through the rhythms it participates in.

The three approaches I use and find most effective for sphenoid-related patterns:

CranioSacral Therapy (CST) works directly with the cranial rhythm. Using no more than five grams of pressure, the goal is to listen to how the cranial bones are moving and identify where restrictions are held. For sphenoid strain specifically, CST can gently encourage the SBJ junction to release and allow the surrounding bones to reorganize. It is not forceful. It is not dramatic. But it reaches patterns that years of other treatment often cannot.

Postural Restoration (PRI) addresses what is loading the cranial base from below. The sphenoid does not exist in isolation. It sits at the top of a postural chain that starts at the feet. When the pelvis, ribcage, and cervical spine are chronically asymmetrical, that asymmetry drives upward and contributes to cranial strain. PRI uses specific breathing and neuromuscular re-patterning to restore balance in the system from the ground up, which takes pressure off structures like the sphenoid that have been compensating at the top.

Neuro Emotional Technique (NET) is where the emotional component gets addressed directly. NET works at the intersection of the nervous system, the body’s physiological stress response, and unresolved emotional patterns. Because the sphenoid protects the pituitary and sits at the center of the body’s stress architecture, emotionally held tension can directly influence cranial function. NET helps identify and discharge the neurological charge attached to unprocessed emotional events, which often produces a physical release in the cranial system that purely structural work cannot reach on its own.

This is not fast work. A sphenoid that has held a compensated position for decades does not shift in one session. But the body has an innate drive toward balance. Given the right inputs from the right directions, it tends to find its way back.

💭 Final Thoughts

Headaches are common. That does not make them normal.

Most people spend years managing the output of a pattern that is never addressed at its source. When that source is structural, emotional, or both, and it almost always is both, that is exactly when this kind of integrated work can change everything.

If this resonated, share it with someone who has tried everything for their headaches and still cannot get ahead of them. There is almost always more to the story.

Keep Learning,
💛Aleena

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The Diagnosis Everyone Gets Right, and the Fix That Misses the Point

Forward head posture is real, and if you're reading this, you probably have it. Most people do. Your head sits in front of your shoulders instead of stacked directly over them, and over time this creates a cascade of problems: neck pain, tension headaches, jaw tightness, restricted breathing, even changes to facial structure. When clinicians see a head that's forward, the intuitive solution is to move it back, hence chin tucks: retracting the chin, bringing the head posteriorly, restoring alignment. Logical, right? Except it's working on the wrong problem.

Your Head Isn’t Just Forward. Your Whole Body Is Forward.

Here’s what most practitioners miss: forward head posture isn’t a neck problem, it’s a whole-body compensation. When someone has forward head posture, their entire center of mass is shifted forward, not just their skull. The ribcage is lifted and flared, the pelvis is often tilted, the diaphragm is in a compromised position, and the body has shifted its weight distribution forward as a global pattern. The head is simply following suit, part of a larger forward compensation pattern that runs from the pelvis through the ribcage and diaphragm to head position and, ultimately, airway compensation.

When you do a chin tuck, you’re asking one part of the system, the craniocervical junction, to go backward while the rest of the body stays exactly where it is. The result is that you’re not restoring alignment; you’re forcing the head backward against the pull of a body that’s still pitched forward. You’re creating tension, not resolving it. And here’s the part that really matters: chin tucks compress the airway. When the center of mass is forward and you simply cram the chin back, you’re collapsing the space at the front of the throat rather than truly decompressing the cervical spine. You’re changing the shape of the airway, restricting the natural curve of the neck, and doing nothing to address why the head moved forward in the first place. For many people, especially those who already have restricted airways, jaw issues, or breathing dysfunction, this exercise can actually make symptoms worse.

What Happens to Your Cervical Curve

There’s another layer to this that rarely gets discussed: your cervical lordosis, the natural C-shaped curve of your neck. That curve exists for a reason. It acts as a shock absorber, distributes load across the vertebral joints, and helps keep the spinal cord and surrounding nerves in a healthy position. When the head moves forward, that curve often flattens or reverses, and this is what drives disc compression, nerve irritation, and chronic muscle tension, ironically the very issues people are trying to fix with chin tucks.

Here’s the problem: chin tucks don’t restore the curve, they flatten it further. When you retract your chin straight back, you’re creating a shear force at the base of the skull and encouraging a flat or military-style neck, one that may look straighter but lacks the proper curve needed to distribute load effectively. Over time, a flattened cervical curve is associated with increased disc pressure, reduced range of motion, and a greater risk of degenerative changes. Restoring the cervical curve isn’t about pulling the head back. It’s about restoring the position of the structures below it, particularly the ribcage and diaphragm, so the neck can find its natural curve without being forced into it.There’s another layer to this that rarely gets discussed: your cervical lordosis, the natural C-shaped curve of your neck. That curve exists for a reason. It acts as a shock absorber, distributes load across the vertebral joints, and helps keep the spinal cord and surrounding nerves in a healthy position. When the head moves forward, that curve often flattens or reverses, and this is what drives disc compression, nerve irritation, and chronic muscle tension, ironically the very issues people are trying to fix with chin tucks.

Here’s the problem: chin tucks don’t restore the curve, they flatten it further. When you retract your chin straight back, you’re creating a shear force at the base of the skull and encouraging a flat or military-style neck, one that may look straighter but lacks the proper curve needed to distribute load effectively. Over time, a flattened cervical curve is associated with increased disc pressure, reduced range of motion, and a greater risk of degenerative changes. Restoring the cervical curve isn’t about pulling the head back. It’s about restoring the position of the structures below it, particularly the ribcage and diaphragm, so the neck can find its natural curve without being forced into it.

Why Is the Center of Mass Forward in the First Place?

This is the question that changes everything. Forward head posture is a symptom, and before you can fix the symptom, you have to understand what drove the body there. The real drivers tend to fall into a few categories: breathing patterns, jaw and bite, airway, and ribcage and pelvis position.

When someone is a chronic belly breather or mouth breather, the body adapts. The ribcage lifts and expands anteriorly, the neck muscles become overworked, and the head shifts forward to help open the airway. The posture isn’t the problem; it’s the compensation. If you address the posture without addressing the breathing, the posture comes back every time.

Your jaw position also directly influences your head position. If your bite is off, your tongue isn’t resting on the palate, or your jaw is set too far back, the muscles of your jaw and neck will pull your head forward to compensate. You can do chin tucks all day, but if the jaw is the driver, nothing changes. The neck is downstream of the jaw, and treating the neck without looking at the jaw is treating the echo instead of the source.

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Stress. Dehydration. Tension.

Maybe you have tried medication, seen a neurologist, visited a chiropractor, or gone through rounds of physical therapy. Maybe things got a little better for a while. Or maybe nothing changed at all.Here is what most people are never told. Your headaches may have very little to do with your head.

As a Certified Athletic Trainer and Postural Restoration specialist, I work with people who have been managing headaches for years without ever getting to the real source of why they keep happening. And in nearly every case, when we start looking at the whole system, the same things keep showing up. The jaw. The neck. The eyes. The vestibular system. And sometimes, something as overlooked as histamine. Not as separate problems. As one connected loop.

🧠 The Body Doesn’t Work in Isolated Parts

Before anything else, I need to say something that underpins everything here. Your body is not a collection of separate systems working independently of each other. It is one integrated system, and your nervous system is the coordinator.

Your jaw, your upper cervical spine, your visual system, and your vestibular system all feed into the same neurological pathways. They share input into the brainstem. They constantly influence each other’s tone, tension, and position. When one of them is struggling, the others compensate. That compensation is almost always where the headache actually lives.

This is why treating a headache as a head problem so rarely works. You are managing the output of the system without ever identifying what is driving it.

😬 What the Jaw Is Actually Doing

The temporomandibular joint sits just in front of each ear and has a direct structural and neurological relationship with the skull, the upper cervical spine, and the nervous system. When there is asymmetry in the bite, chronic tension in the jaw muscles, or habitual clenching and grinding, that tension does not stay local. It travels. It refers. It shows up as pressure behind the eyes, tightness at the temples, and a dull persistent ache at the base of the skull. Symptoms that often get labeled as tension headaches without anyone ever looking at the jaw.

One of the most common patterns I see is people who grind their teeth at night and wake up with a headache. They are told it is stress related. And while stress is part of the picture, what is really happening is that the jaw is working all night to manage an airway that is not fully open and a nervous system that never fully downregulates.

The jaw and the neck are in a constant conversation. When the jaw is forward and braced, the muscles at the base of the skull have to work harder to counterbalance it. Those are the same muscles that, when overloaded, send pain directly into the head.

🔄 Why the Neck Is Never Just the Neck

The upper cervical spine, specifically C1 and C2, has a profound influence on headache patterns that most practitioners underestimate. The nerves exiting this region supply the structures of the skull. Compression or restriction here can generate pain that feels like it originates in the head because functionally, it does.

But neck tension rarely starts in the neck. It is almost always downstream from somewhere else. From a jaw pulling the skull forward. From eyes working overtime to find a stable horizon. From a breathing pattern that keeps the neck and upper chest braced instead of allowing the ribcage to do its job.

When someone comes to me with chronic neck driven headaches, I am not starting at the neck. I am asking what has been loading the neck. What upstream pattern has it been compensating for, possibly for years. Because if you keep treating the neck without answering that question, the neck will keep going back to the same place.

👁️ The Visual System & Headaches

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This is one of the most common patterns I see, and one of the most frustrating for the people living it. Not because the treatments were wrong. But because they were aimed at the wrong level.

Here is everything most people are never told as it relates to their chronic neck tension…..

🔁 The Neck Is a Compensator, Not a Cause

Here is the reframe that changes everything. In the vast majority of chronic neck pain cases, the neck is not the problem. The neck is the compensation.

Your neck sits at the top of a complex chain of systems. Below it is the ribcage, the pelvis, the hips, and the feet. And feeding directly into it every waking moment are systems that most neck pain treatments never touch. Your vision, your bite, your vestibular system, and even your histamine load.

When any part of this chain is off, the neck compensates. It shifts. It tightens. It braces to maintain the one thing the nervous system is always prioritizing above everything else. Keeping the eyes level on the horizon and the head stable over the body.

That is not a malfunction. That is the system doing exactly what it is designed to do. The problem is that when the compensation becomes chronic, the muscles become overloaded, the joints become compressed, and the pain becomes a daily reality, even though the actual driver has never been identified or addressed.

The Compensation Chain
(Vision → Jaw/Bite → Neck → Ribcage → Pelvis)

👁️ How Your Vision Is Loading Your Neck

Your visual system is one of the primary inputs your nervous system uses to orient your body in space. The brain is constantly asking where the horizon is, where vertical is, and how to keep the head stable and the eyes level. To answer those questions it relies on precise consistent input from both eyes working together.

When that input is off, whether from an uncorrected prescription, imbalances in how the eyes coordinate, or the distorting effects of certain lens types, your brain does not simply accept the confusion. It compensates by increasing muscular tone in the neck and jaw. Over hours, days, and months, that low level tension accumulates into what people experience as chronic neck tightness and pain.

This is why I always ask people with chronic neck pain about their vision history. Have they had LASIK. Do they use progressive lenses. Have they ever had a binocular vision evaluation, not just a standard eye exam, but a deeper look at how both eyes work together to produce a stable image. Most people have never been asked these questions. Most people have never considered that their eyes and their neck are in conversation with each other every single day.

😬 How Your Bite Is Driving the Pattern

The relationship between the jaw and the neck is one of the most overlooked connections in musculoskeletal health. Your temporomandibular joint sits just in front of each ear and has a direct structural relationship with the upper cervical spine. The muscles that close the jaw share neurological territory with the muscles that support and position the skull on the neck.

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It took me years of study through the Postural Restoration Institute, plus my own work with patients, to understand why. The barefoot shoe concept is not wrong in theory. It is just wrong for the environment most of us actually live in. And once you understand what is really happening inside your foot when you walk, the whole conversation about footwear starts to look completely different.

👟 The Barefoot Marketing Story That Almost Got Me

The barefoot shoe story sounds incredibly logical. The foot has 28 bones, dozens of muscles, and thousands of nerve endings. It evolved to be sensory, mobile, and adaptive. Modern shoes have weakened our feet by doing all of the work for us. Therefore, the solution is to go as close to barefoot as possible so the foot can wake up and do its job again.

It is a beautiful story. And in actual nature, it is largely true.

But here is what almost no one talks about. We do not live in nature anymore. We live on concrete sidewalks, hardwood floors, tile, and apartment buildings stacked on flat slabs of poured cement. Every surface we spend our day walking on is rigid, flat, and entirely unlike the uneven terrain the human foot evolved to navigate. The barefoot shoe theory only works when there is real terrain to actually interact with. Take it onto flat concrete for ten hours a day, and the entire premise quietly falls apart.

🦴 The Bone Almost No One Talks About

Here is something that completely changed how I think about foot health. The talus, the bone that sits on top of your calcaneus and connects your foot to your ankle, has zero muscular attachments. None. It is the only bone in the body of its kind. No muscle pulls it into position, which means the only way to influence the talus is through the bone underneath it.

That bone underneath it is your heel. And the only way to guide the heel is by wrapping a structure around it that holds it in alignment. This is exactly what a heel counter does. A heel counter on a shoe is not a fashion choice. It is a neurological tool that allows the brain to organize the entire foot from the ground up. Without it, the talus is left floating, the brain cannot fully orient the foot in space, and every joint above the foot starts compensating to find some sense of stability.

People who live in barefoot shoes on hard surfaces are essentially asking their nervous system to guide a foot with no anchor point. Some bodies adapt. Many do not. And the ones that do not often end up with heel pain, plantar fasciitis, knee discomfort, hip tightness, or chronic tension somewhere further up the chain that no one ever traces back to their feet.

🧠 Your Shoe Is Talking To Your Brain

This is the piece I think is the most overlooked part of the entire footwear conversation. A shoe is not just a structural device. It is a sensory device. The brain relies on continuous input from the foot to know how to organize the body, and that input is not only about ground contact. It is about pressure, position, and the ability to sense the heel, the arch, and the big toe in a coordinated way as the foot moves through the gait cycle.

When a proper shoe gives the foot a clear heel counter, real arch support, a flexible midfoot, and a wide toe box, something happens that is hard to fully appreciate until you experience it. The nervous system relaxes. The body stops searching for stability. Tension that has been chronically held in the hips, low back, ribcage, and even the jaw can finally let go because the foundation finally feels organized. A proper shoe can shift the body into a parasympathetic state simply because the brain finally has the sensory information it has been missing.

This is the part the entire footwear industry skips. The shoe is not just an object you put on your foot. It is part of the loop between your foot and your nervous system, and what wraps your foot is informing how safe your body feels in space.

👣 What The Foot Actually Has To Do When You Walk

A normal step looks simple from the outside, but inside the foot, an extraordinary sequence is unfolding. For the body to move forward without compensation, every single one of these things has to happen:

• The heel has to hit the ground first

• The calcaneus has to evert

• The talus has to oscillate on top of the calcaneus

• The medial arch has to pronate and then supinate

• The first ray has to push off through the big toe

If any one of these steps cannot happen cleanly, the foot cannot organize the body, and something further up the chain has to compensate. This is how chronic hip tightness, low back pain, knee pain, neck tension, and even jaw clenching often start at the foot and travel upward without anyone connecting the dots.

A barefoot shoe on a flat concrete sidewalk does not provide the structural cues the foot needs to complete that sequence. There is no heel counter to guide the calcaneus, no real arch support to assist with pronation, and no architecture to help the body sense its own foot. So the brain compensates the only way it can, by tightening structures above the foot to create stability that the foundation is not providing.

🏥 What Changes When You Switch To A Proper Shoe

The shift I have watched in patients over the years has honestly been remarkable. People come in with chronic heel pain, low back pain, hip tightness, or unexplained tension, and a meaningful portion of it can be traced back to their footwear. A switch to a shoe with a real heel counter, true arch support, a flexible midfoot, and a wide toe box can produce changes in posture, breathing, and pain levels within a few weeks, sometimes faster.

This is not because the shoe is doing some magical healing thing on its own. It is because the brain finally has the input it needs to stop compensating. The nervous system gets a little more space to settle. And the body starts using the foot the way the foot was always meant to function.

The shoes I most often recommend come from the PRI shoe list, which prioritizes the specific structural features the foot actually needs on modern surfaces. Brooks Ghost is one of the most common starting points for people I work with, but the right shoe is always individual to the person and the way their body is currently organizing itself.

🌿 Where Barefoot Actually Belongs

To be clear, I am not anti-barefoot. I love being barefoot. I grew up in a gymnastics gym where I was constantly barefoot! The body absolutely benefits from time on uneven terrain, walking in grass, on the beach, on dirt, or on rocks. Grounding in nature is a beautiful and important practice, and the sensory richness of natural ground is exactly what the human foot was built for.

The issue is not being barefoot…. The issue is wearing a minimalist shoe through ten hours of concrete every day and expecting the foot to do something it has no environmental support for.

Use barefoot where it belongs. Use a proper shoe where you actually live!!

👟 The One Thing Barefoot Shoes Get Right …

Wide toe boxes!!! Wide toe boxes in a shoe are ideal for human foot anatomy. The human foot is genuinely wider at the toes than at the heel, and a shoe that tapers at the front is essentially squeezing five toes into a space shaped for two. Bunions, hammertoes, and restricted toe splay are not random, they are often the long-term result of decades in narrow shoes. So yes, barefoot shoe brands deserve real credit for pushing the wide toe box conversation forward!

But here is what gets missed. Toe splay is not just about having room. It is about having a stable arch underneath the foot so the toes actually have something to push off from. Without arch support, the midfoot does not have the sensory input it needs to allow for an ideal push off. That movement is called pronation, and it is one of the most important things the foot does in a normal gait cycle. A wide toe box with no arch support is missing a large component of what actually makes the foot function.

This is why I always recommend patients look for a shoe that does both. Wide toe box and a real heel counter, genuine arch support, and a structured midfoot. The problem is that shoe genuinely does not exist in many product lines right now. Most shoes with great arch support still taper at the front. Most wide toe box shoes strip out all the structure. It is a real gap in the market, and I am honestly hopeful the industry starts to close it, because the patients who find that combination tend to respond faster than almost anyone else I work with.

💭 Final Thoughts

If I could go back and tell my younger self living in NYC one thing, it would be this. The foot is not just a structure. It is a sensory organ, a nervous system input, and the foundation that informs how the entire body organizes itself above it. What wraps that foot matters far more than people realize, and the right shoe is not about looking athletic or following a trend. It is about giving your brain the information it needs to let the rest of your body relax into a parasympathetic state!

If something feels off in your knees, hips, low back, neck, or jaw, do not assume the answer lives where the pain lives…. Look down. The conversation about your body very often starts with what is on your feet.

If you want my full breakdown of the shoes I recommend and why, you can grab my FREE shoe ebook right here on my website!

Keep Learning,
💛 Aleena

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Most parents are told it’s allergies, congestion, genetics, or something their child will eventually grow out of. But here’s the difficult part, these changes happen slowly. The snoring becomes more frequent, the sleep becomes more restless, dark circles appear under the eyes, and teeth start crowding earlier than expected. Most of these symptoms get filed into completely different categories without anyone stopping to ask the bigger question: what if this child simply isn’t breathing well?

👃 The Myth That Kids “Grow Out Of It”

One of the most common things parents hear is that children simply grow out of mouth breathing. But children don’t outgrow years of dysfunctional breathing mechanics. In many cases, they grow directly into the structural patterns those mechanics are creating.

That distinction matters more than most people realize, because the body is constantly adapting to the position and function it experiences most often, especially during childhood while the bones of the face are still rapidly developing. The face is not shaped by genetics alone. It is shaped by function. And breathing is one of the most powerful functional inputs the body receives, every single day.

What many people miss is just how much of this comes down to the tongue. When nasal breathing is easy and the tongue naturally rests against the roof of the mouth, the upper jaw tends to develop wider and more forward. The palate broadens appropriately, the nasal cavity has more room, and the muscles of the face organize around a healthier breathing and swallowing pattern.

But when a child chronically breathes through their mouth, the tongue drops low into the floor of the mouth instead of supporting the palate from above. That one adaptation changes everything. Over time, the upper jaw often becomes narrower, the palate becomes higher, and the floor of the nasal cavity lifts upward, leaving less room for nasal airflow itself. As nasal breathing becomes more difficult, the child compensates by opening their mouth even more frequently, which only reinforces the cycle. What started as a temporary compensation slowly becomes the body’s default pattern, and eventually the facial structure itself begins adapting around it.

😳 The Face Begins Reflecting The Pattern

Once you learn to recognize this presentation, it becomes surprisingly difficult to unsee. Many chronic mouth breathers develop a longer, narrower facial appearance over time, often accompanied by:

• Flatter cheekbones

• Crowded teeth and a high, narrow palate

• Lips that remain slightly parted at rest

• Darker circles beneath the eyes

• A lower jaw that appears recessed or underdeveloped

• Forward head posture, because the body instinctively shifts the head forward in an effort to open the airway more easily

Older medical literature used to refer to this presentation as “adenoid facies” because it was first observed in children with enlarged adenoids who struggled to breathe through their noses. But here’s where it gets really important. A child does not need dramatically enlarged tonsils or severe obstruction to develop these patterns. The same facial adaptations can emerge from chronic allergies, tongue ties, low tongue posture, airway restriction, chronic congestion, or habitual mouth breathing patterns that persist for years. The body ultimately adapts around the pattern itself, not the diagnosis.

🛏️ Why Sleep Often Gets Missed

This is where so many parents end up frustrated, because children with very real breathing dysfunction are routinely told that everything “looks normal.” Their tonsils may not appear severely enlarged, imaging may not show a dramatic obstruction, and basic evaluations may not flag anything concerning. And yet the child still snores, still sleeps poorly, still breathes through their mouth, and still struggles to comfortably hold nasal breathing throughout the day.

Here’s the part that gets missed: children compensate remarkably well… until they don’t.

🚨 Signs Parents Should Pay Attention To

In younger children, the signs are often subtle enough to overlook entirely. A child may constantly sit with their mouth open while watching television, drool excessively during sleep, wake frequently throughout the night, or always appear congested despite not being sick. Others develop persistent dark circles beneath the eyes, recurrent ear infections, texture aversions with food, or behavioral dysregulation that seems completely disconnected from sleep.

As children get older, the structural patterns often become much harder to ignore:

• Adult teeth begin crowding into a jaw that lacks adequate space

• The palate narrows further

• The lower jaw appears farther back

• Mouth breathing stops looking temporary and starts looking habitual

By this point, many children no longer even realize nasal breathing is supposed to feel easy.

⏳ The Developmental Window Most Parents Never Hear About

This is the part that matters most. Childhood is a genuine developmental window, meaning that changing function during those years can genuinely influence growth itself.

Before roughly age eight, the bones of the face remain highly adaptable. Between eight and twelve, many children still respond very well because development is actively occurring. But once puberty progresses and facial growth slows, changing the underlying structure becomes significantly more difficult.

This doesn’t mean adults are hopeless. Adults absolutely can improve breathing mechanics, tongue posture, airway function, sleep quality, and nervous system regulation. But adult rehabilitation is a very different conversation from guiding development while the structures themselves are still forming during childhood.

And that is exactly why awareness matters so much. Not because every child requires intervention, but because parents deserve the opportunity to recognize these patterns before the easiest and most effective window for change begins to close.

🧠 What Airway-Aware Providers Actually Look At

An airway-focused evaluation looks at far more than whether teeth appear straight. A good provider will assess how the child breathes at rest, where the tongue naturally lives in the mouth, whether the lips can seal without effort, the width and height of the palate, the position of the lower jaw, the symmetry of the face, sleep history, behavioral signs of poor sleep, and any tongue or lip restrictions.

Depending on what they find, intervention can include:

• Myofunctional therapy: exercises that retrain the tongue, lips, and breathing muscles to work the way they’re meant to

• Palatal expansion: widening the upper jaw so the tongue has room and the nasal airway can open

• Frenectomy when a tongue tie is restricting function

• Orthotropic or functional appliances that guide jaw growth rather than just align teeth

• Referral for a sleep evaluation when it’s indicated

These aren’t exotic interventions. They’re increasingly available, and they’re quietly becoming the standard in airway-aware pediatric dentistry. But you usually have to ask.

💭 Final Thoughts

Children don’t simply inherit their faces. Their faces adapt continuously to how they breathe, sleep, chew, swallow, and hold themselves throughout development. Every single day, the body is responding to input. And over time, the face becomes a visible record of those adaptations.

Sometimes the very first clue is something as simple as a child sleeping with their mouth open.

If your child is mouth breathing, snoring, or showing any of the signs above, please don’t wait for someone to tell you it’ll resolve on its own. Get a functional evaluation. The earlier the conversation starts, the more options you’ll have on the table.

💛 Keep Learning,
Aleena

Maybe you’ve tried. Maybe it helps in the moment. But if you’re honest does it ever feel like you can’t quite get there? Like there’s a ceiling on how deeply you can actually inhale?

You’ve been blamed for stress. You’ve been handed breathing apps. You’ve been told it’s anxiety.

But here’s what almost nobody is telling you: your breathing mechanics may be physically limited by the position of your ribcage, the function of your diaphragm, and the asymmetrical design of your body itself not your nervous system alone.

Let’s talk about why…..

🫁 What the Diaphragm Actually Does

The diaphragm is your primary breathing muscle. It’s a dome-shaped structure that sits at the base of your ribcage, separating your chest cavity from your abdominal cavity.

When you inhale, the diaphragm contracts and descends creating a pressure drop in the chest that pulls air into the lungs. When you exhale, it ascends back up, resetting its dome shape so it’s ready to descend again on the next breath.

This is a beautiful, elegant system.

The problem is that the diaphragm doesn’t function in isolation. It functions within the context of your entire ribcage position, your pelvic position, your spinal mechanics, and the asymmetrical organization of your internal organs and if any part of that system is restricted, your diaphragm is restricted with it.

Most breathing advice treats the breath like it exists in a vacuum. Inhale deeply. Exhale slowly. Repeat. But that advice skips the part where we ask: is the body that breath is living inside of actually set up to receive it?

🦴 Your Ribcage Has a Resting Position (And Yours Might Be STUCK)

Here’s something that doesn’t get enough attention: the ribcage has a resting posture, just like the rest of your body.

In an ideal state, the ribcage is gently stacked over the pelvis, with the lower ribs able to expand in all directions on the inhale front, sides, and back. The zone of apposition (the area where the diaphragm is in contact with the inner walls of the lower ribcage) is wide and functional, meaning the diaphragm can generate proper pressure with each breath.

But most people especially those of us who sit for long hours, have chronic stress, or tend toward a more extended posture end up with a ribcage that is flared at the bottom (lower ribs jutting forward), elevated (perpetually stuck in a partial inhale position), and compressed on one side from postural asymmetry.

When your ribcage is flared and elevated, your diaphragm is already in a shortened, partially contracted state. It has lost its dome shape. It can’t descend as far on the inhale because it’s already in that position. Therefore, the mechanics simply don’t work as well. And no amount of “breathing deeply” will override that mechanical limitation if the ribcage itself isn’t repositioned first…..

This is why I study what I study. To give people the answer. If you keep “breathing deeply” you will never get that full breath, in fact you will perpetuate the cycle….To understand this cycle, we must understand more about human asymmetry.

🔄 The Body Was Never Meant to Be Symmetrical

We’re taught to think of the body as two equal halves. Left and right. Balanced. Mirror images of each other.

But that is simply not true. And once you understand this, your relationship with your body your breathing, your posture, your chronic tension will never be the same.

The human body is structurally and neurologically asymmetrical by design. This asymmetry is not a flaw, it is not a problem and doesn’t need to be fixed. This asymmetry is actually vital in order to help shapes how every single one of us moves, breathes, and organizes ourselves in space. The problem is when we cannot manage our internal asymmetry and it reflects exterannly.

Here’s what I mean:

Your liver sits on the right side of your body. It is the largest solid organ you have, weighing somewhere between 3 and 3.5 pounds. Its sheer mass creates a mechanical reality the right side of the diaphragm has more structural support beneath it. The right diaphragm is inherently stronger and more active than the left.

Your heart sits slightly to the left, and the left thoracic cavity has to accommodate it. This affects how the left lung inflates, how the left ribcage expands, and how the left diaphragm is mechanically loaded.

Your right lung has three lobes. Your left lung has only two, making room for the heart. This means your right lung has more capacity and your right diaphragm works harder to fill it.

Your aorta descends along the left side of your spine, creating different pressure dynamics on the left versus the right.

These are not random variations. They are consistent, predictable anatomical facts that every human body shares. And they create a consistent, predictable postural bias one that the Postural Restoration Institute (PRI) has spent decades researching and documenting.

🧬 The Predictable Pattern: Right Side Dominance

Because of this structural asymmetry the heavier liver on the right, the stronger right diaphragm, the three-lobed right lung the vast majority of human bodies develop in a PATTERN.

This means:

The right side of the body tends to be more compressed the right hip is often more backwards, the right ribcage more internally rotated, the right shoulder more depressed.

The left side tends to be more elevated and hyperinflated the left diaphragm tends to be weaker and less active, the left pelvis tends to be more forwardly tipped, the left ribcage tends to be more hyperinflated.

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Go ahead. Notice it. Is it resting at the bottom of your mouth? Pressing against your front teeth? Floating somewhere in the middle? If your answer is anything other than “resting gently on the roof of my mouth”…. this article is for you.

🦷 What Is Tongue Posture?

Tongue posture refers to the resting position of your tongue when you’re not speaking, eating, or consciously thinking about it.

The ideal position…. sometimes called “mewing” after Dr. Mew , but rooted in decades of orofacial myology and craniofacial research is this:

• The entire body of the tongue rests against the palate (roof of the mouth)

• The tip sits just behind the upper front teeth, not touching them

• The lips are gently closed

• Breathing is happening through the nose

This position isn’t arbitrary. It’s the position that creates the right internal pressure to support your palatal arch, maintain your airway, and signal safety to your nervous system.

When the tongue drops, chronically, habitually, over years, everything downstream changes.

🧠 The Tongue Is a Postural Muscle

Here’s what most people don’t realize: the tongue is one of the most powerful postural muscles in your body!!!!!

It attaches to the hyoid bone, a small U-shaped bone in your neck that has no direct bony connections to the rest of the skeleton. The hyoid is essentially held in place by muscular tension from above (the tongue and jaw) and below (the neck and throat muscles).

When your tongue posture is off, your hyoid shifts. When your hyoid shifts, your head position changes. When your head position changes, your entire spinal position can adapts. This is not a metaphor. This is biomechanics.

A chronically low tongue position is associated with:

• Forward head posture — because the hyoid pulls the cervical spine forward

• Increased tension in the suboccipital muscles (the small muscles at the base of your skull)

• Jaw dysfunction and TMJ issues

• Altered breathing mechanics — because the tongue literally shares space with the airway

• Body center of mass - more forward because of head posture and tongue posture pushing forward

Think of it this way: if your tongue is sitting at the bottom of your mouth, it’s falling toward your throat…. narrowing the very space your airway needs to stay open.

😮‍💨 Tongue Posture and Your Airway

The tongue is the anterior wall of the airway. Its position at rest directly determines how much space your airway has, especially at night.

Low tongue posture is one of the primary structural contributors to:

• Obstructive sleep apnea

• Snoring

• Upper airway resistance syndrome

• Chronic mouth breathing

• chronic clenching/ grinding teeth

And mouth breathing, as I’ve written about before, is far more than just a breathing pattern. It shifts the chemistry of your blood, alters nitric oxide production, changes how your diaphragm functions, and over time, can literally reshape the bones of your face.

Research has shown that children who breathe through their mouths, (often because of low tongue posture narrowing the airway) develop longer, narrower faces, more recessed chins, and higher, more vaulted palates.

And adults are not exempt from this! While bony remodeling is slower, the soft tissue consequences of poor airway support continue throughout life.

🦴 How the Tongue Shapes Your Face (Literally)

The roof of your mouth (palate) is also the floor of your nasal cavity.

When the tongue rests properly against the palate, it applies gentle, consistent pressure that keeps the arch wide and the nasal floor broad. This supports:

• Wide nasal passages → easier nasal breathing

• Broad dental arch → room for all your teeth without crowding

• Forward facial development → a more defined jaw and midface

When the tongue rests low, that pressure disappears. The palatal arch narrows, sometimes dramatically, and the nasal passages above it follow suit.

This is why airway-focused orthodontists (like the ones I highlighted in my post on palatal expansion) often treat tongue posture as a foundational part of their work. You can expand the palate all you want…. but if the tongue doesn’t learn to live up there, the expansion most likely will not hold.

🧬 The Nervous System Connection

The tongue has an enormous representation in the brain. In the sensory and motor cortex, the tongue takes up more space than your entire torso. It is neurologically significant in a way that most muscles simply aren’t.

From a PRI (Postural Restoration Institute) lens, the tongue is also deeply connected to patterns of left-right asymmetry in the body. The way the tongue orients in the mouth can influence how you orient in space, affecting your eyes, your jaw, and ultimately the entire postural pattern your nervous system defaults to. (PRI is what I study!)

A tongue that is pulled to one side, chronically pressing against one set of teeth, or anchored low and back may be both a symptom of a body stuck in a compensatory pattern and a driver of that pattern.

Which means that working on tongue posture isn’t just a dental conversation. It’s 100% a nervous system conversation as well.

🌿 What You Can Actually Do

I want to be clear: tongue posture is a habit, and habits take time to shift. You’re not going to “fix” years of low tongue posture in a week. But here’s where to start:

1. Notice first. Throughout your day, check in. Where is your tongue? Is your mouth slightly open? Are your lips parted? Awareness is the prerequisite for change.

2. Practice the resting position. Gently bring your entire tongue to the roof of your mouth. The tip rests just behind (not on) the front teeth. Hold it. Breathe through your nose. This is the goal position.

3. Address nasal congestion. If you can’t breathe through your nose comfortably, your tongue will never stay up. Chronic nasal congestion needs to be addressed — whether through myofunctional work, ENT evaluation, or treating underlying inflammation.

4. Consider orofacial myofunctional therapy (OMT). This is a specialized form of therapy that retrains the muscles of the face, tongue, and throat. It is one of the most evidence-based interventions for tongue posture, mouth breathing, and sleep-disordered breathing. If you’re in the NYC/NJ/CT area, I can point you toward practitioners I trust.

5. Think systems. Tongue posture doesn’t live in isolation. If you’re also dealing with jaw tension, neck stiffness, poor sleep, or chronic fatigue, these are all a part of the same pattern. The tongue is one entry point into a much bigger conversation about how your body is organized.

The Bottom Line

Your tongue is not a passive bystander in your health. It is a postural muscle, an airway gatekeeper, a facial architect, and a neurological player, all at once.

Most people have never been told to think about where their tongue rests. That’s exactly why I’m writing this.

The body is a system. The tongue is part of that system. And once you start to see how it all connects… the airway, the posture, the jaw, the nervous system, you can’t unsee it.

If this resonated, share it with someone who snores, grinds their teeth, or always seems to have their mouth slightly open. You might just change the way they think about their body.

Keep Learning,
💛Aleena

References

• Solow, B., & Greve, E. (1979). Craniocervical angulation and nasal respiratory resistance. Progress in Orthodontics.

• Harvold, E.P., et al. (1981). Primate experiments on oral respiration. American Journal of Orthodontics, 79(4), 359–372.

• Guilleminault, C., et al. (2013). Oropharyngeal exercises in patients with obstructive sleep apnea syndrome. Sleep, 36(7), 1007–1013.

• Cunha, D.A., et al. (2007). The tongue in low lip posture. Journal of Dentistry for Children.

  
  

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Botox doesn’t help in the way that actually changes WHY the problem is there in the first place. And over time, that gap between relief and resolution starts to matter!!

What Is Botox

Botox is a purified form of botulinum toxin type A, a neurotoxin produced by the bacterium Clostridium botulinum. In clinical settings, it is used in small, controlled doses to temporarily reduce muscle activity.

It works by blocking the release of acetylcholine, a neurotransmitter that allows nerves to communicate with muscles. When this signaling is interrupted, the muscle is no longer able to contract with the same strength. In the case of the masseter, this leads to a reduction in clenching force and, over time, can decrease the size of the muscle itself.

The effects of the muscular activity are temporary, typically lasting between three and six months, after which nerve signaling gradually returns and muscle activity resumes.

Why It’s Often Recommended First

In conventional care models, the focus is often placed on the most obvious and accessible structure. When someone presents with jaw pain, clenching, or TMJ symptoms, the masseter is typically identified as the source of the problem because it is easy to feel, easy to assess, and clearly active in people who clench. From this perspective, the logic is clear: if the muscle is overactive, reduce the activity. Botox then becomes an appealing option because it is quick, does not require ANY long-term behavior change, and can provide noticeable symptom relief. In a system that prioritizes efficiency and symptom reduction, this approach makes sense, but it is also where the model begins to show its limitations.

Why the Masseter Is Not the Main Issue

In many cases, the masseter is not the root of the problem but rather a response to it. The body does not create tension randomly; muscles become active to create stability, manage pressure, or compensate for something that is not functioning well elsewhere. The masseter is one of the primary stabilizers of the jaw, and its activity often reflects a broader system trying to find control! When it becomes overactive, it is usually because something upstream is not being adequately supported. Reducing its activity via botox does not remove the body’s need to find stability! It just simply removes its strategy, which doesn’t fix the problem and in fact leads to more adaptation in the body elsewhere.

What’s Driving the Jaw in the First Place

When I evaluate someone with chronic clenching, jaw asymmetry or TMJ dysfunction, I am rarely focused on the jaw alone because the drivers are always systemic. I am looking at how they breathe, whether they can maintain nasal breathing at rest, what their tongue is doing throughout the day, how their ribcage is moving with each breath, how their neck operates while walking and what state their nervous system tends to operate in. If nasal breathing is limited, the body often recruits additional musculature to help support the airway. If the diaphragm is not functioning efficiently, pressure has to be managed elsewhere. If there is a dental issue like a crossbite, the brain will rely on the jaw for the stability that is not found in the bite. If the nervous system is in a more activated state, clenching can become a way to create control. The jaw becomes part of a larger compensation strategy rather than the primary issue itself.

What I See in the Clinic Over Time

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I’ve always been pretty intuitive about how my body feels, and even when I was young something about it felt confusing. The rhythm of the day suddenly changed overnight.

A few years ago I lived in Arizona for a few months, one of the few places in the U.S. that doesn’t observe Daylight Saving Time. And wow… it was amazing. The light and the clock actually matched. The day felt consistent.

That experience made me start paying attention to what was actually happening when we change the clock each year.

Because when you look at the research, Daylight Saving Time is not just a minor inconvenience. The data shows measurable shifts in health in the days following the spring time change.

Heart attacks increase by about 24% the Monday after the clock change, stroke risk rises in the first couple days, and fatal car accidents increase during the following week…….

So what is going on here?

To understand that, we have to talk about circadian biology and light.

The Body Does Not Run on Clock Time

The first thing to understand is that your body does not organize itself around the numbers on a clock. It runs on an internal timing system called the circadian rhythm.

Circadian rhythms regulate sleep cycles, hormone production, metabolism, immune activity, brain alertness, and nervous system balance. Every cell in the body has a timing mechanism, and these systems are coordinated by a master clock in the brain.

That master clock evolved to stay synchronized with one primary environmental signal: the rising and setting of the sun.

When we change the clock suddenly by an hour, the body doesn’t instantly adapt. Internally your biological timing is still aligned with the natural solar cycle. The result is a temporary mismatch between your internal clock and the schedule you are expected to follow.

For some people this only lasts a day or two. For others it can take one to two weeks for the body to fully recalibrate.

Light Is the Signal That Sets the Body’s Clock

The most powerful signal regulating circadian rhythm is light entering the eyes!!!!

Specialized light-sensitive cells in the retina detect light and send signals directly to a region of the brain called the suprachiasmatic nucleus, which acts as the body’s master circadian clock. This clock coordinates daily biological rhythms throughout the entire body.

When natural light enters the eyes in the morning, it triggers a cascade of hormonal signals that prepare the body for daytime activity.

One of the most important hormones regulated by light exposure is cortisol. Cortisol is often labeled as a stress hormone, but it is also a light-driven hormone that plays a critical role in waking the brain and mobilizing energy for the day. Morning light exposure helps trigger the cortisol rise that improves alertness, focus, and metabolic activity.

Another hormone closely tied to light exposure is melatonin. Melatonin is commonly associated with sleep, but its role is much broader. It helps coordinate nighttime biological processes including cellular repair, immune regulation, antioxidant protection, and nervous system recovery.

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During every assessment, I ask the same question: “Did you have braces? Were any teeth removed?” When the answer is yes, especially when four premolars were removed during adolescence, I know there is likely a structural shift in their history that was never fully discussed. It does not mean the extractions were malicious or careless, but it does mean that a critical piece of their mechanical story may have been overlooked. That is usually where we begin uncovering how their current pattern developed.

What Are Premolars and Why Do They Matter?

Premolars sit between the canines and molars and play a critical role in how force is transferred through the mouth during chewing. They are not filler teeth or optional placeholders. Structurally, they help maintain the length and width of the dental arch, supporting the overall shape of the maxilla and mandible. When orthodontists remove premolars, it is typically to create space in a crowded mouth so the anterior teeth can be aligned more easily. On paper, the logic is straightforward: if there is not enough room, create it. However, what often follows is retraction. The front teeth are pulled backward to close the extraction spaces, which shortens the dental arch front to back and can sometimes narrow it as well. The visible outcome is straighter teeth, but they are now positioned within a smaller internal framework. What is rarely discussed is that this change reduces oral volume, and oral volume is not a cosmetic variable. It directly influences tongue space, pressure distribution, and how the cranial system organizes itself over time.

Teeth Are Structural Anchors, Not Cosmetic Extras

Every tooth has a position, a function, and a relationship to the rest of the system. The upper teeth are embedded in the maxilla, which forms the floor of the nasal cavity and contributes to midfacial structure and orbital support. The lower teeth sit in the mandible, which is suspended from the skull and integrates directly with the hyoid, cervical spine, and ribcage through muscular and fascial connections. Teeth influence arch width, arch length, bite stability, and tongue space. When we remove premolars and retract the anterior teeth to close those spaces, we are not just improving alignment. We are reducing the internal dimensions of the dental arch and altering how the maxilla and mandible relate to the rest of the cranium.

This matters because the cranial system is pressure-based. The palate forms the floor of the nose. The tongue rests inside that space. The tongue, in turn, helps regulate pressure between the cranial vault and the thoracic cavity. When oral volume decreases, the tongue has less room to rest upward and forward. If the tongue loses that position, it often adapts by sitting lower or slightly posterior. That adaptation may seem small, but it can influence airway mechanics, mandibular tone, and cervical positioning over time.

Adolescence Is a Critical Growth Window

The timing of these extractions is very important for longevity. Most premolar removals happen around thirteen or fourteen years old, which is a significant developmental window for the craniofacial complex. During adolescence, the face is still growing forward and outward. The maxilla is still remodeling while the mandible is adapting in response to airway, tongue posture, and functional forces. Growth during this stage is heavily influenced by pressure, breathing mechanics, muscular balance, and how the tongue interacts with the palate.

When four premolars are removed during this window and the anterior teeth are retracted rather than the arch being expanded or developed forward, growth adapts to a different spatial framework. Instead of building into more volume, the system organizes within reduced dimensions. The midface may become flattened, the dental arches may shorten & the tongue must adapt to less space, all of these growth limitation can contribute to issues in the future. Although the child’s teeth may look perfectly straight, the function is diminished & the internal architecture has shifted. This shift may very well influence how the face matures and how the body manages gravity long term.

How This Relates to Pain and Posture Later

Years later, the patient sitting in front of me is not thinking about adolescence. They are thinking about their chronic neck pain, jaw tension, shallow breathing, sleep apnea, TMJ dysfunction, low back pain, shoulder pain…the list goes on. When oral volume is reduced and the tongue cannot fully support the palate, the body often compensates in predictable ways. The ribcage typically lift upwards in an asymmetrical fashion to assist with breathing. The diaphragm becomes less efficient due to its asymmetrical position. The head may drift slightly forward to maintain airway space, which is also called forward head posture. The jaw may begin clenching/grinding subconsciously to create stability due to the inability to properly ground in the mouth.

Over time, these compensations become patterns. What started as a structural change during growth turns into a habitual strategy the body relies on for decades. When the ribcage lifts asymmetrically to assist with breathing, the abdominal wall loses its ability to manage pressure effectively. The diaphragm no longer domes and descends evenly, which further reinforces imbalance between the left and right sides of the body. The cervical spine begins carrying more load than it was designed to tolerate, and the jaw continues bracing in an attempt to stabilize a system that feels unstable internally. This is why so many of these patients feel like they are constantly “on.” The nervous system remains slightly vigilant because stability has to be created through muscular effort instead of structural support.

The Orthodontic Debate That Most Patients Never Hear

For decades, there has been ongoing debate within orthodontics about extractions versus expansion. One of the more controversial voices in this conversation has been Dr. John Mew, the founder of orthotropics. While his approach has been “controversial” to some old school or traditional orthodontics, the core principle he emphasized was craniofacial growth. His argument was not simply that extractions are “bad,” but that facial development should ideally move forward rather than backward.

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My post about ribcage flares went viral because it gave people language for something they’ve felt in their bodies for a long time but never fully understood. People see their ribs popping forward in the mirror, feel tightness through their back and neck, struggle to breathe deeply, and assume the ribs themselves are the issue.

But ribcage flares are not…

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“Aleena, what’s the best sleep position for my neck?”
“Should I force myself to sleep on my back?”
“Is side-sleeping ruining my posture?”

My answer is always the same, and it usually surprises them:

The most important thing for your nervous system is that you actually sleep.

Not the position. Not the setup. Not forcing your body into some idealized shape.

Just… SLEEP!

Your Body Is Not Designed to Hold One Position All Night

Our bodies are built to move, even when we are asleep. Your rib cage, diaphragm, spine, and airway are always adjusting so you can breathe, regulate pressure, and stay comfortable throughout the night. The nervous system is constantly making small shifts in the background so you do not wake up every time something needs to change.

Even when you are unconscious, the body is busy:

• Rolling
• Rotating
• Curling
• Extending
• Repositioning joints
• Rebalancing pressure in the airway, abdomen, and chest

This natural movement is not a sign that you are “sleeping wrong.”
It is a sign that your body is communicating and adapting.

In fact, people who sleep perfectly still often are not deeply asleep at all. They are braced or hyper vigilant, which is the exact opposite of what the nervous system needs at night.

Why Forcing a Sleep Position Usually Makes Things Worse

The idea that back sleeping is the only correct posture, or that side sleeping is harmful, is outdated and overly simplistic. When you force yourself into a rigid position, you actually create more restriction:

• The diaphragm loses its ability to move freely
• The airway narrows and breathing requires more effort
• The neck muscles start compensating to support the head
• Rib mechanics stiffen instead of expanding and recoiling naturally
• The nervous system becomes more alert instead of settling

The more you try to hold one fixed shape, the more the body pushes back. You interrupt the micro adjustments that regulate pressure, airflow, and circulation. A position that looks “perfect” but limits breathing is not a supportive position.

Dental Posture and Morning Pain

A question I always ask my patients is whether their discomfort is worse first thing in the morning or later in the day, because the timing tells me which system is driving the pattern. When someone wakes up feeling tight, sore, or heavy through the jaw, neck, or upper shoulders, it often points to dental mechanics that were working overtime all night. A crossbite, an uneven bite, or a bite that pushes the jaw off center sends distorted signals into the jaw, face, neck, and upper cervical system. When that bite is unstable, the body frequently responds by clenching or grinding throughout the night in an attempt to create stability and protect the airway. This activity is not random. It is the nervous system trying to manage pressure, anchor the tongue, and maintain airflow, but it forces the entire head and neck complex to stay active when it should be resting. That is why people with dental-driven patterns often wake up with headaches, facial tightness, jaw soreness, or neck stiffness before their day has even started.

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The real shifts in gut repair, nervous system work, parasite cleansing, detoxification, and the final change that happened in Costa Rica are all inside the paid section below.

Now let me take you back to where it all started.

My Birth Story: The Origin of Everything

Here is my theory. I will probably never have every detail or every answer, but I trust my intuition and the way my body has responded over the years. This is why I believe I developed lifelong eczema while my sister never did.

I was born with meconium aspiration, which means that during delivery I inhaled my own first stool into my lungs. When this happens, the baby becomes at risk for infection, inflammation, and breathing complications, and it often requires immediate medical intervention. I was taken to the NICU and stayed there for about nine days while my lungs were monitored and supported. During that time it is extremely common for newborns to be placed on antibiotics, not because they already have an infection, but because the medical team wants to prevent one from developing. When meconium gets into the lungs, there is a real concern for pneumonia or other complications, so antibiotics are used as a protective measure.

What I understand now is that early antibiotic exposure dramatically affects the newborn gut. A baby’s microbiome is just beginning to form, and those first days and weeks are foundational for how the gut, immune system, and nervous system learn to function. Being in the NICU, experiencing respiratory distress, and receiving antibiotics before my gut had any chance to stabilize created a terrain that was stressed from the start. . My immune system never got a steady baseline, and my nervous system didn’t get the calm beginning that most babies naturally receive.

My sister’s birth was completely different, and she never developed eczema. We didn’t start life with the same internal load or the same early stress. And even though these interventions were lifesaving and I am genuinely grateful for them, they also changed the trajectory of my health in ways I didn’t understand until adulthood.

Eczema was never something I was just “born with.” It was my body’s way of expressing overwhelm from the very beginning!!

Childhood and the Years of Trying Everything

From the time I was two months old, eczema was part of my world. I obviously do not remember being a newborn, but some of my earliest memories at two or three years old are of being completely coated in creams. My parents tried everything they were told to try. I went to multiple dermatologists throughout childhood. We even had family members in Canada and Israel send us prescription creams because the steroid strength was higher than what we could get in the United States. Every new product came with the same hope that this one would finally help, and every time the outcome was the same. My skin might calm for a moment, but the deeper irritation always returned, and it became something I learned to live with rather than something that ever truly healed

I was a gymnast growing up, which meant I was constantly in a leotard with my legs exposed, and when my eczema was active it made me a bit self conscious. There was a period in high school when my entire quadricep was covered in eczema, and that is when I first started doing ice baths to calm it because nothing else brought relief. We also noticed that it consistently flared in the depth of winter and again in the heat of summer. The irritation eventually became so overwhelming that the only thing that helped was a cortisone shot.

I had seen specialists, used stronger creams that family members sent from other countries, and followed every recommendation with the hope that something would finally shift, but the pattern stayed the same. The same cycle showed up again years later when I was in graduate school. I went through allergy shots and eventually tried Dupixent, which is a biologic medication that blocks IL 4 and IL 13, two immune signals that are often overactive in eczema. It is meant to quiet that inflammatory pathway. Even with that explanation, taking injections and watching nothing in my skin truly change felt completely wrong in my body. It felt like I was being asked to shut off parts of my immune system without anyone helping me understand why they were reacting in the first place.

I have always been someone who questions things, and even at that age I could feel that we were only addressing the surface of something that lived much deeper in my system. That experience stayed with me and continues to shape the way I view the medical system because it showed me that even with all their training the physicians around me could not explain why my body was struggling. My skin was trying to communicate something and no one knew how to help me understand what it meant.

What Changed When I Turned 25

Everything began to change when I was twenty five. I removed gluten and dairy from my diet because I wanted to feel better physically and perform better as an athlete. I did not do it for my skin and I was not expecting anything meaningful to happen. Within a few weeks my eczema disappeared completely. It stayed gone for six months, which had never happened in my life. That experience startled me because it showed me that my skin was not unpredictable at all. It was responding to something happening inside my body. It was giving me information long before I knew how to interpret it.

How Skin Has Memory

Over time I started to notice that my eczema did not just show up anywhere it wanted. It returned to the same places again and again, almost like it had a memory. As a kid it lived behind my knees. Later it showed up on my left lower leg, then on my right forearm, and eventually on my right upper back. At first I thought this was just a strange pattern, but there is actually a biological reason for it. The immune system leaves behind a type of memory cell inside the skin called a resident memory T cell. These cells stay in specific locations and remember what they have reacted to in the past. When the body gets triggered, those memory cells can wake up and create inflammation in the exact same spots. So when my eczema kept coming back to the same areas, it was not random. My skin was showing me where my immune system had stored its history.

Curiosity Did Not Kill The Cat…(Cats Have 9 Lives!)

Instead of chasing creams or hoping for quick fixes, I became genuinely curious about what my body had been trying to communicate for years. I wanted to understand why my skin responded the way it did and what was happening in the deeper systems beneath the surface.

Healing my gut quickly became the centerpiece of everything. Supporting digestion, calming inflammation, and stabilizing my microbiome created changes in my skin almost immediately. Every improvement inside my gut showed up on the outside.

At the same time I began to see how closely eczema was tied to my nervous system. I had lived in a sympathetic state since the day I was born. As I started doing breathwork, getting morning sunlight, grounding outside, improving my sleep, and building routines that helped my body feel safe, my skin began to change too. The calmer my internal world became, the calmer my skin became. It was one of the clearest reflections I had ever seen of the connection between the nervous system and the skin.

I Am Completely Eczema Free, and Here Is How I Did It

1️⃣ Parasite Cleansing and Gut Repair

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