Cerebral Blog

Is your child really 'Hyper'?

Mon, 13 Apr 2026 12:30:03 GMT

How Your Child’s Sensory System Shapes Development (and Why the Upper Neck Matters More Than You Think)

Your child’s brain grows through one main pathway: sensory input leads to motor output. Every sight, sound, smell, touch, taste, and internal sensation teaches the brain how to respond, move, self-regulate, and connect with the world.

This is why sensory processing isn’t just “a phase” — it’s the foundation of neurodevelopment.

And when that sensory input becomes distorted, blocked, or overwhelming, development can slow, behaviors can change, and children often begin “seeking” sensory input just to feel regulated.

Let’s break it down simply.

Why Sensory Input Shapes Every Stage of Growth

Imagine you’re walking down the street and smell warm chocolate chip cookies. Your brain recognizes the smell as pleasant, and you walk toward it. Now imagine smelling rotting garbage — you instantly move away.

Sensory input → motor output.
The brain interprets the signal → the body responds.

But what happens if the brain receives the wrong signal? What if cookies smell like garbage, and garbage smells like cookies? The brain can’t produce the right output if the input is distorted. Kids with sensory challenges experience this mismatch constantly.

It’s Not Just the 5 Senses — Kids Rely on 4 “Forgotten Senses” Too

Parents often look for struggles in sight, hearing, or touch…but the internal senses are the true engines of child development:

Proprioception – Your child’s ability to know where their body is in space.
(Example: bumping into things, “crashing” into furniture, climbing excessively.)
Vestibular Sense – Balance, motion, and spatial orientation.
This is how the body knows up/down and regulates movement.
Thermoception – Temperature awareness.
This helps the body adapt to hot/cold correctly.
Nociception – Sensing noxious or irritating stimuli.
This helps a child understand discomfort and respond appropriately.

These senses feed information into the brain so it can create the right motor, emotional, behavioral, and developmental output.

When Sensory Systems Get Overwhelmed

You’ve heard of “sensory seeking kids”? These are children whose internal senses aren’t giving enough clear, steady input — so they compensate by running, jumping, spinning, crashing, or constantly moving. It’s not because they’re “hyper,” it’s because their nervous system is begging for more input to feel stable.

Many children with ADHD, SPD, anxiety, or emotional dysregulation have challenges in proprioception and vestibular processing — two systems that are deeply tied to the upper cervical spine.

Why the Upper Neck Plays a Massive Role in Sensory Processing

Here’s where most parents are shocked:

All four forgotten senses rely on structures that pass through or sit directly above the upper cervical spine (C1–C2).

Proprioception is heavily influenced by the suboccipital muscles that attach around the atlas (C1).
Vestibular input integrates in the brainstem — which sits right above the upper cervical spine.
Thermoception and nociception travel through nerve pathways in the spinal cord that pass directly through the upper neck.

When the upper cervical spine is misaligned — even slightly — the brain may receive distorted, delayed, or scrambled sensory information leading to:

Emotional swings
Trouble focusing
Poor sleep
Sensory seeking behavior
Delays in motor skills
Overwhelm or shutdown during routine activities

When the “sensory gateway” at the top of the spine is not functioning clearly, your child may not receive the input needed to regulate their body and behavior.

Restoring Clear Sensory Input Changes Everything

Once children begin restoring proprioceptive clarity and neurologic balance, research shows improvements in:

Fidgetiness becomes focus
Clumsiness becomes coordination
Emotional swings become behavioral regulation
Movement quality
Learning
Sleep
Emotional stability

A child whose sensory system finally gets the right information can finally produce the right output.

If Your Child Is Struggling With Sensory Processing… There Is a Next Step

At-home strategies like movement breaks, sensory toys, deep pressure, or play therapy are extremely helpful — but they only work if the nervous system can interpret the input correctly.

If the upper cervical spine is misaligned, your child may not be able to use the sensory input you’re giving them.

At Cerebral Chiropractic Center, we evaluate the upper cervical sensory gateway to see whether the brain-body connection is clear.

I then use gentle, precise corrections to restore proper alignment — helping the brain receive accurate sensory information so your child can regulate, focus, and grow the way they were designed to.

Schedule a consultation at Cerebral Chiropractic Center and let’s make sure your child’s nervous system is getting the right information so it can produce the right output.

A clearer connection can change everything.

Hock, S. & Spoelstra, A. Improved Brain Development in 37 Children Undergoing Chiropractic Care for Correction of Vertebral Subluxation: A Retrospective Analysis of Health Outcomes. J. Pediatric, Maternal & Family Health. 2022;86-94.

When Home Remedies Need Help

Sat, 11 Apr 2026 13:00:05 GMT

Clinical Care for Your Kids

As parents, we all want to give our kids the best foundation for health. We work on bedtime routines, plan healthy meals, limit screen time, and encourage outdoor play. These daily habits matter, but without a clear brain-body connection, your child’s nervous system may not be able to fully benefit from those efforts.

The Limits of Good Habits

Think of it this way: if your child is struggling with poor sleep, frequent colds, or digestive issues, you might try adjusting their diet, creating a new bedtime, or giving a variety of multivitamins. Those are smart choices, but if their nervous system is disrupted, it’s like pouring water into a cup with a crack—it leaks out before it can be fully used.

Every function of your child’s body—from breathing and digestion to focus and emotional balance—depends on clear neurologic communication. If that communication is blocked or scrambled by a misalignment in the spine, the body can’t coordinate all the healthy habits you’re working so hard to build.

When to Consider Clinical Help

Some signs that at-home habits alone may not be enough include:

Infants : Trouble latching, frequent colic, infrequent pooping.
Toddlers : Speech delays, poor sleep, frequent infections.
Early Childhood : Chronic fatigue, emotional outbursts, social withdrawal.
School-Age Children : Posture issues, difficulty focusing, scoliosis, persistent illness.
Teens : Ongoing exhaustion, emotional instability, signs of depression.

These challenges often point to neurologic interference that needs more than routine changes at home.

Why Upper Cervical Care Makes the Difference

At Cerebral Chiropractic Center , we specialize in a form of chiropractic care that looks beyond general spine health. We focus on the upper cervical spine—the atlas (C1) and axis (C2)—which protect the brainstem. The brainstem regulates nearly every automatic function in the body, from digestion to sleep to emotional regulation.

When these structures are misaligned, it creates interference in the brain-body connection. By restoring alignment, we make it possible for the nervous system to clearly coordinate all the healthy habits you’re already working on at home. That’s the difference between simply stacking blocks and building a tower that stays upright.

Building Health That Lasts

At-home habits—nutrition, sleep, play, family rhythms—lay an important foundation. But if your child’s nervous system isn’t functioning clearly, those habits can’t be fully integrated. Addressing the neurologic connection first gives the body the ability to process, absorb, and benefit from everything else you do as a parent.

Alcantara J, Ohm J, Kunz D. The safety and effectiveness of pediatric chiropractic: A survey of chiropractors and parents in a practice-based research network. Explore (NY) . 2009;5(5):290-295. doi:10.1016/j.explore.2009.06.002.
Haavik H. Research. Heidi Haavik Research. Available from: https://www.heidihaavik.com/pages/research .
Lelic D, Niazi IK, Holt K, Jochumsen M, Dremstrup K, Yielder P, Murphy B, Drewes AM, Haavik H. Manipulation of dysfunctional spinal joints affects sensorimotor integration in the prefrontal cortex: A brain source localization study. Neural Plast . 2016;2016:3704964. doi:10.1155/2016/3704964. PMID: 27069632; PMCID: PMC4819015.
Pozzi F, Snider-Adler M, Brem J. Dysautonomia after pediatric brain injury. PM R . 2012;4(8):624-628. doi:10.1016/j.pmrj.2012.05.010. PMID: 22920328; PMCID: PMC3393822.
Zhang J, Dean D, Nosco D, Strathopulos D, Floros M. Effect of chiropractic care on heart rate variability and pain in a multisite clinical study. J Manipulative Physiol Ther . 2006;29(4):267-274. doi:10.1016/j.jmpt.2006.03.005. PMID: 16690380.

Hydration, Blood Flow, and the Upper Neck in POTS

Thu, 09 Apr 2026 19:05:22 GMT

Blood Volume in POTS

If you’ve ever watered a garden with a hose, you know two things matter: how much water is flowing, and whether the hose is kinked. The same is true for patients with Postural Orthostatic Tachycardia Syndrome (POTS).

Why Hydration Alone Isn’t Enough

Most of us know that drinking water is important. But here’s the key: hydration isn’t just about fluid intake — it’s about fluid retention.

If you drink water and your body immediately flushes it out, blood volume doesn’t actually increase. But when you pair water with electrolytes — especially salt — your body can hold on to that fluid. This is what allows blood vessels to carry the right amount of volume to your brain and throughout your body.

Think of it like turning up the hose so the garden actually gets watered.

How Much Salt and Water Do POTS Patients Need?

For the average person, the recommended daily sodium intake is about 2,300 mg (roughly one teaspoon of salt). That’s usually enough to keep energy steady, hydration balanced, and nerves firing properly.

But for people with POTS, the demands are higher. Because their bodies struggle to push blood to the brain and keep circulation steady, they often need 3,000 to 10,000 mg of sodium daily — along with 2–3 liters of water.

Some may feel well with 3,000 mg.
Others may need 5,500 mg or even 7,000+ mg.
The exact number is individual and takes trial and error.

A good approach is to start with 3,000 mg of sodium daily and gradually increase in 500 mg steps to see where your body functions best.

The Craniocervical Connection: Flow In and Flow Out

Now let’s return to the hose analogy. If you’ve got plenty of water turned on, but there’s a kink in the hose, the flow is still restricted. Notice in the image below how the right blood vessels are smaller than the left.

That’s what can happen at the craniocervical junction (CCJ) — the area where the skull meets the spine. Subtle misalignments here can affect:

Jugular vein or vertebral artery flow .
Cerebrospinal fluid (CSF) drainage, which is closely tied to venous outflow .

In many POTS patients, this means that while blood gets into the brain, it doesn’t drain efficiently back out. The result? Pressure in the head, migraines, dizziness, and impaired autonomic balance.

By restoring alignment at the CCJ, we often see improvements in:

Head pressure relief
Autonomic regulation
Overall neurologic function

In other words, it’s not just about turning up the spigot (blood volume) — it’s also about making sure the hose is clear (unobstructed flow).

Your Recovery Starts with the Right Evaluation

Living with POTS can feel like a never-ending cycle of uncertainty and symptom management. If you’ve been searching for real answers and a more complete approach, it may be time to consider whether your upper cervical spine is part of the missing piece. At Cerebral Chiropractic Center in St. Petersburg, we specialize in identifying and correcting misalignments at the craniocervical junction that could be interfering with your autonomic function.

Call us at (727) 677-0001 or click the link below to schedule a consultation with one of our doctors. We’ll take the time to understand your history, perform a thorough evaluation, and create a precise, tailored plan to help you move toward long-term improvement.

Relevant Research

Flanagan MF. The role of the craniocervical junction in craniospinal hydrodynamics and neurodegenerative conditions. Neurology Res Int. 2015;2015: Article ID 794829. doi: 10.1155/2015/794829. PMID: (not indexed).
Raj SR. The postural tachycardia syndrome (POTS): pathophysiology, diagnosis & management. Indian Pacing Electrophysiol J. 2006 Apr 1;6(2):84–99. PMID: 16943900; PMCID: PMC1501099.
Fu Q, Levine BD. Exercise and non‑pharmacological treatment of POTS. Auton Neurosci. 2018 Dec;215:20–27. doi: 10.1016/j.autneu.2018.07.001. Epub 2018 Jul 4. PMID: 30001836; PMCID: PMC6289756.
Schondorf R, Low PA. Idiopathic postural orthostatic tachycardia syndrome: an attenuated form of acute pandysautonomia? Neurology. 1993 Jan;43(1 Pt 1):132–7. doi: 10.1212/WNL.43.1_Part_1.132. PMID: 8423877.

A Brief History of POTS

Tue, 23 Sep 2025 14:34:50 GMT

From “Soldier’s Heart” to Modern Science

Postural Orthostatic Tachycardia Syndrome (POTS) might sound like a modern diagnosis, but descriptions of similar symptoms go back more than a century. Doctors once called it “effort syndrome” or “soldier’s heart” when young recruits fainted or struggled with rapid heartbeats upon standing.

It wasn’t until the 1990s that Dr. Phillip Low and Dr. Ron Schondorf at the Mayo Clinic formally introduced the term POTS to describe patients with orthostatic intolerance—those whose heart rate jumped dramatically when standing without the expected blood pressure drop (Schondorf & Low, 1993). This unifying definition helped shape research and treatment around a condition that had long been misunderstood.

What Have We Learned About POTS Since Then?

Over time, scientists discovered that POTS is not one single disease but a syndrome with multiple drivers. Four major insights stand out:

Hypovolemia (low blood volume) : Many patients have reduced circulating volume, leading to fatigue and dizziness.
Hyperadrenergic states: Some live in a constant “fight-or-flight” mode, with adrenaline surges driving symptoms.
Deconditioning: Prolonged inactivity can weaken the heart muscle and reduce stroke volume.
Exercise responsiveness: Graded, structured activity has been shown to reverse much of this imbalance.

Together, these findings have shifted care away from “just anxiety” toward real, measurable physiological changes.

Why This Matters for Patients

Because POTS is heterogeneous , treatment must be personalized. Some patients improve with fluids, salt, and compression , while others need exercise retraining or strategies that calm the nervous system.

At its core, progress often depends on empowerment : learning to pace, self-regulate, and gradually rebuild tolerance. That means long-term improvement is possible—even if the journey looks different for each patient.

The Upper Cervical Connection

At Cerebral Chiropractic, we also pay attention to the craniocervical junction (CCJ) —the area where the top of the spine meets the base of the skull. This region surrounds the brainstem , which regulates blood pressure, heart rate, and vagal tone.

When there is even subtle misalignment , pressure or irritation at this level may disrupt autonomic balance. That can amplify the very same challenges POTS patients face—like poor blood flow regulation, excessive sympathetic drive, and reduced vagal calming.

By restoring alignment, upper cervical care may help reduce brainstem stress, support healthier blood flow, and allow the body to better regulate itself. While not a standalone solution, it can be part of a comprehensive plan that includes hydration, exercise, and patient education.

Your Baby's Brain on Rest

Tue, 23 Sep 2025 14:34:17 GMT

Why does sleep matter so much for your little one?

Sleep does incredible work: it helps your baby’s body repair itself, process new skills, and maintain internal balance—a process called homeostasis. Homeostasis refers to the body's ability to keep internal functions like temperature, heart rate, and chemical balance stable, even when the environment changes. For newborns, this balance is essential for healthy brain and body development.

How Much Sleep Does a Newborn Need?

Newborns typically sleep 16–18 hours per day and cycle between two main sleep stages:

REM sleep (Rapid Eye Movement) – A lighter, active sleep stage where the brain processes motor skills and forms memories.

NREM sleep (Non-REM) – A deeper, restorative stage that repairs cells and clears brain waste via the glymphatic system—a network of brain channels that flushes out toxins during sleep.

Unlike adults—who spend about 20–25% of sleep in REM—newborns spend around 50% of their total sleep time in REM, and they start sleep in this stage, rather than NREM.

How Long Are Infant Sleep Cycles?

Infant sleep cycles (the alternation between REM and NREM) last approximately 47–50 minutes—much shorter than the 90-minute cycles typical in adults.

Why Does This Matter for Brain Growth?

REM sleep offers a kind of "motor skill rehearsal" for the nervous system, aiding memory integration.
NREM sleep acts like a detox, facilitating tissue repair and neurological recovery.

Studies indicate that early patterns of NREM (quiet sleep) correlate with later social-emotional skill development, while REM (active sleep) supports brain reorganization after learning new physical skills.

Supporting Better Sleep at Home

Here are simple, nurturing steps you can take to help your baby sleep soundly:

Create a calming bedtime routine – Consistency (like a warm bath, gentle feeding, reading time, and soft lullaby) signals to your baby's body that it’s time to rest.
Maintain a peaceful sleep environment – Keep the room comfortably cool, minimal light, and quiet to reduce disruption. A sound machine close to the door can help limit sound entering the room from the busier areas of the house.
Encourage daytime movement – Activities like supervised tummy time, high-contrast books, and sunlight exposure can support better sleep later.
Watch for early sleep cues – Yawning or turning away are signs your baby is ready to sleep; act before overtiredness sets in to make settling easier.

If these strategies aren’t helping, it might indicate your child’s nervous system is struggling to self-regulate. In such cases, a local upper cervical or pediatric chiropractor may help gently improve the brain-body connection—supporting your child’s ability to achieve deeper, more restorative sleep.

Key Takeaways

Newborns sleep 16–18 hours a day and dedicate about half that time to REM sleep.
Their sleep cycles are short—about 47–50 minutes—leading to frequent stage transitions.
Quality REM and NREM sleep support memory, growth, and neural repair.
At-home sleep routines can help—but if struggles persist, consider chiropractic support.

How Can Upper Cervical Care Help POTS Patients?

Fri, 22 Aug 2025 17:13:38 GMT

Brain Communication and POTS

Postural Orthostatic Tachycardia Syndrome (POTS) is one of the most misunderstood nervous system conditions today. It’s part of a larger group of disorders known as dysautonomia, where the autonomic nervous system (ANS) doesn’t function correctly. The ANS controls automatic body processes like heart rate, blood pressure, digestion, and temperature regulation. When it’s out of sync, the body feels chaotic—especially when changing positions like standing up.

POTS symptoms often include:

Fast heart rate when standing
Dizziness or fainting
Brain fog
Fatigue
Temperature regulation issues
Shaky or anxious feelings

Many patients are told it’s “just anxiety” or are bounced from doctor to doctor without answers. But the issue is real—and it’s often rooted in how the brain and body communicate.

The Three Subtypes of POTS

There are three common subtypes of POTS, each with its own pattern:

Hyperadrenergic POTS- This type involves too much adrenaline. When standing, people may feel like they’re in constant fight-or-flight mode: fast heartbeat, high blood pressure, sweating, and panic-like symptoms.

Neuropathic POTS- This subtype results from poor nerve function, especially in the legs. The small nerves that control blood vessels don’t squeeze properly, so blood pools in the lower body. That means less blood gets to the brain—causing dizziness, blurry vision, or blue hands and feet.

Hypovolemic POTS- Here, the total blood volume is too low. That could be due to problems with fluid retention, salt balance, or kidney function. People may feel lightheaded, weak, and intolerant to heat or exercise.

Many patients actually have a mix of these subtypes, which is why personalized care is so important.

Where Upper Cervical Care Comes In

At the very top of your spine is the craniocervical junction (CCJ)—the area where the skull meets the top two bones in your neck (the atlas and axis). This region surrounds the brainstem, which acts as the body’s autopilot control center. It helps regulate:

Blood pressure
Heart rate
Breathing rhythm
Vagal tone (rest-and-digest)
Adrenal and kidney signaling
Blood vessel control

When the CCJ is misaligned—even by a few millimeters—it can distort neurologic input and blood flow to the brainstem. Think of it like a blown fuse at the breaker box: the system isn’t completely shut down, but nothing is working quite right.

Upper cervical care gently corrects these misalignments, allowing the nervous system to regulate more effectively. Many POTS patients experience reduced symptoms like fewer dizzy spells, steadier heart rate, and improved mental clarity after care begins.

Subtype Support: A Functional Comparison

Here’s how upper cervical care may help across all three POTS subtypes:

✅ = Strong link

�� = Potential link

This Isn’t About “Fixing” POTS

To be clear: upper cervical care does not cure POTS. But it may remove one of the most overlooked sources of nervous system dysfunction—mechanical irritation to the brainstem.

When this area is supported, your body is more capable of responding to other treatments—like medication, hydration, exercise, or dietary strategies. It’s a foundational step that can make everything else work better.

Real Answers Start at the Top

Most patients who walk into our office have already seen cardiologists, neurologists, and GI doctors. They’re exhausted, discouraged, and still searching for answers. We’re here to look at the whole picture, starting from the top down.

Your body is designed to heal. Let’s help it start by restoring communication where it matters most.

Relevant Resources:

Win NN, Jorgensen AMS, Chen YS, Haneline MT. Effects of upper and lower cervical spinal manipulative therapy on blood pressure and heart rate variability in volunteers and patients with neck pain: a randomized controlled, cross-over, preliminary study. J Chiropr Med. 2015 Mar;14(1):1–9. doi:10.1016/j.jcm.2014.12.005. PMID: 26693212; PMCID: PMC4371115.
Raj SR, Guzman JC, Harvey P, Richer L, Schondorf R, Seifer C. Postural tachycardia syndrome (POTS): natural history, pathophysiology, and management. J Am Heart Assoc. 2019;8(7):e012171.
Standing Up to POTS. POTS subtypes. StandingUpToPOTS.org. https://www.standinguptopots.org/POTSsubtypes . Accessed July 24, 2025

What’s Actually Happening in the Nervous System During Dysautonomia?

Mon, 18 Aug 2025 18:04:03 GMT

The Autonomic Disconnect

When someone is living with dysautonomia , they often feel like their body is out of sync—heart racing when doing every day activities, digestion stalling and feeling bloated, lightheadedness, anxiety, or overwhelming fatigue. But what’s actually happening inside the nervous system to cause this kind of chaos?

To answer that, we need to understand how the autonomic nervous system (ANS) works—and where it can go wrong.

The Autonomic Nervous System: Your Automatic Pilot

The ANS is the part of your nervous system that runs in the background—regulating heart rate, blood pressure, digestion, breathing, temperature, and more. You don’t consciously control it, and that’s the point: it’s supposed to keep your body in balance without you thinking about it.

It has two main branches:

Sympathetic nervous system – Often called “fight or flight,” this system ramps things up. It increases heart rate, dilates pupils, slows digestion, and gets you ready to respond to threats or stress.
Parasympathetic nervous system – This is your “rest and digest” mode. It slows the heart rate, boosts digestion, and promotes healing and relaxation.

In a healthy system, these two branches work like a teeter-totter —when one is active, the other calms down, and vice versa.

When the Balance Tips Too Far

In dysautonomia, the teeter-totter gets stuck—and that’s when problems arise.

If the sympathetic system stays overactive , the body lives in constant overdrive. This can lead to:

Rapid heart rate (like in POTS)
Poor digestion
Sleep disruption
Anxiety-like symptoms
Cold hands and feet (from poor circulation)

If the parasympathetic system becomes dominant in the wrong way , people may experience:

Brain fog or fatigue
Low blood pressure
Dizziness or fainting
Depressed mood
Slowed gut motility

It’s not always about one system being “bad.” The real issue is dysregulation —the body’s inability to shift gears smoothly.

The Brainstem: The Master Regulator

At the core of this system is the brainstem. This is the main hub for autonomic control. It’s where your brain receives data about your body’s internal state and decides how to respond—raising blood pressure, slowing your heart, stimulating digestion, or releasing stress hormones.

But here’s where it gets interesting: the craniocervical junction —where your skull meets your top two neck bones—is the anatomical neighborhood that surrounds the brainstem.

If this area becomes misaligned or under strain (from trauma, posture, or hypermobility), it may interfere with the signals going in and out of the brainstem .

A Simple Analogy

Imagine the brainstem is a thermostat in your home. It constantly monitors the internal temperature (your body’s signals) and adjusts the system accordingly. But if someone covers the thermostat with a towel, it starts getting faulty readings. The heat might crank on when you’re already warm, or the AC might shut off in the middle of summer.

That’s what happens when craniocervical tension or misalignment affects autonomic regulation. The control center is intact—but the input and output are distorted.

Where Chiropractic May Help

At Cerebral Chiropractic, we don’t chase symptoms. We focus on clearing out interference—especially at the craniocervical junction—so the nervous system can regain its ability to self-regulate.

When pressure is relieved at the top of the spine, the brainstem can often return to baseline function. In some cases, this has led to dramatic improvements in symptoms of dysautonomia.

Relevant Research

Rosa S, Baird JW. The craniocervical junction: observations regarding the relationship between misalignment, obstruction of cerebrospinal fluid flow, cerebellar tonsillar ectopia, and image-guided correction. In: Heffez DS, editor. The Craniocervical Syndrome and MRI. Basel: Karger; 2015. p. 48–66. doi:10.1159/000365470.
Haavik H, Murphy B. The role of spinal manipulation in addressing disordered sensorimotor integration and altered motor control. J Electromyogr Kinesiol. 2012 Aug;22(4):768–76. Epub 2012 Apr 6. doi:10.1016/j.jelekin.2012.02.012. PMID: 22483612.
Woodfield HC 3rd, Hasick DG, Becker WJ, Rose MS, Scott JN. Effect of atlas vertebrae realignment in subjects with migraine: an observational pilot study. Biomed Res Int. 2015;2015:630472. doi:10.1155/2015/630472. PMID: 26783523; PMCID: PMC4689902

Why Are Dysautonomias So Hard to Understand?

Mon, 18 Aug 2025 18:04:01 GMT

Pain, Throbbing, Aching, Pressure, and Tension In The Head

Dysautonomia isn’t a single condition—it’s a term that describes a range of disorders affecting the autonomic nervous system (ANS), which regulates things like heart rate, digestion, and blood pressure. For many patients, the search for answers becomes a long, exhausting journey. Why? Because our healthcare system isn't built to see the whole picture.

A Medical Maze with No Map

Most patients are referred from specialist to specialist—cardiology, neurology, psychiatry, gastroenterology—depending on their most prominent symptoms. A person with dizziness might see a heart doctor. Another with brain fog or headaches might land in a neurologist’s office. Yet, none of these specialties receive in-depth training in autonomic function. Each only sees a piece of the puzzle, often missing the bigger neurologic pattern underneath.

That leads to fragmented testing, vague labels, and treatments that aim to manage symptoms—without addressing what’s disrupting communication between the brain and the body.

Why It’s So Complex

Dysautonomia is a multi-system issue. The heart, lungs, digestion, balance, and even emotional regulation are often affected all at once. And while symptoms vary from person to person, many cases seem to stem from similar root factors: physical trauma, infections, emotional stress, or genetic predisposition. These disrupt the circuits governed by the brainstem and vagus nerve—key players in automatic body function.

The challenge? These root causes don’t always show up on standard bloodwork or imaging. That’s why a patient might be told “everything looks normal,” even when their daily function is clearly impaired.

A Shortage of Help

Navigating dysautonomia isn’t just hard for patients—it’s also tough for clinicians. Testing is complicated, terminology can be confusing, and the disorder lives in a gray zone between physical and mental health. There are far more patients needing help than providers equipped to deliver it.

So What Can Be Done?

It starts with clarity—both for the patient and the care team. At Cerebral Chiropractic, we approach these cases by asking, “What could be interfering with the nervous system’s ability to self-regulate?” We believe the body was designed to heal—and that healing becomes more possible when the pathways between brain and body are clear.

Relevant Research

Chu EC P, Lin AF. Relief of postural orthostatic tachycardia syndrome with chiropractic rehabilitation. J Family Med Prim Care. 2022;11(7):4006–9. doi: 1 0.4103/jfmpc.jfmpc_2108_21
Khurana RK. Orthostatic intolerance and orthostatic tachycardia: a heterogeneous disorder. Clin Auton Res. 1995 Feb;5(1):12–8. doi:10.1007/BF01845493. PMID: 7780285.
Trager RJ, Schuster A, Tao C, Zamary G. Conservative management of cervicogenic dizziness associated with upper cervical instability and postural orthostatic tachycardia syndrome: a case report. Cureus. 2024 Oct 31;16(10):e72765. doi:10.7759/cureus.72765. PMID: 39618563; PMCID: PMC11608111.
Shaw BH, Stiles LE, Bourne K, Green EA, Shibao CA, Okamoto LE, Garland EM, Gamboa A, Diedrich A, Raj V, Sheldon RS, Biaggioni I, Robertson D, Raj SR. The face of postural tachycardia syndrome: insights from a large cross-sectional online community-based survey. J Intern Med. 2019 Oct;286(4):438–48. doi:10.1111/joim.12895. Epub 2019 Apr 16. PMID: 30861229; PMCID: PMC6790699.

Resolution of Chronic Migraines in a 15-Year-Old Male Following Chiropractic Care

Mon, 26 May 2025 23:45:18 GMT

A research article by Dr. Jarek Esarco and Dr. Joel Alcantara

Pediatric Migraine and the Role of Upper Cervical Care

This case report describes the upper cervical chiropractic management of a 15-year-old male with chronic migraines beginning after a motor vehicle accident at age three. The patient’s symptoms escalated after a football-related head injury, resulting in daily headaches with migraine-level intensity occurring about once every three weeks. Following upper cervical care using the Kale Upper Cervical Specific Protocol, the patient’s migraines were reduced to five total episodes over a 24-month period.

The case contributes to a growing conversation around conservative, imaging-informed chiropractic care as a management option for pediatric migraine—a condition that affects up to 28% of adolescents and can significantly interfere with daily function.

Case Overview and Clinical Findings

The patient had a complex history that included early childhood head trauma and escalating migraine activity during adolescence. His headaches were constant and sharp, accompanied by visual disturbances such as halos and distorted images. He reported significant aggravation from light, noise, dehydration, and sleep deprivation, with worsening symptoms during puberty.

Examination findings included restricted cervical range of motion, palpable tenderness at C2-C3 and the rectus capitis minor, and paraspinal thermal asymmetries. X-ray analysis revealed misalignments of both the atlas (ASLP) and axis (PRI), with the C2 listing identified as the major subluxation. The patient underwent care using the Kale protocol, which involved manual adjustments delivered in the knee-chest position using a toggle recoil technique.

After his first adjustment, the patient experienced immediate reduction in pressure and improved mood. Over the following visits, he reported only minor symptoms where migraines once consistently occurred. Across two years, only five migraine events were documented, compared to near-daily pain prior to care.

Precision and Safety in Pediatric Upper Cervical Care

This case underscores the potential of upper cervical chiropractic care to reduce migraine frequency in adolescents, especially when traditional ro utes provide limited relief. The Kale protocol used here is one of several techniques that target the craniocervical junction with specificity, using imaging and neurological indicators to guide adjustments.

At Cerebral Chiropractic Center, we build on this foundational approach with the Advanced Orthogonal technique—a non-invasive, sound wave-guided correction method that offers both high precision and increased gentleness. While the Kale technique uses manual thrusts in a knee-chest position, Advanced Orthogonal is performed with the patient comfortably lying on their side, and the adjustment involves no popping, twisting, or sudden movements.

Our imaging process captures detailed, three-dimensional data using specialized X-rays to calculate alignment and misalignment angles unique to each patient. This allows us to tailor each correction with millimeter-level accuracy. For many patients—especially children and adolescents—this combination of gentleness and precision results in even greater symptom reduction than what's shown in this case study.

Most importantly, this case reflects what we see regularly in practice: upper cervical care is a safe and effective option for children with migraines. By identifying and correcting biomechanical stress in the upper neck, we often see improvements in frequency, intensity, and overall function, without reliance on medications.

Read the Full Article

For a detailed view of the patient’s case history, diagnostic process, and response to care, we recommend reading the full case report by Dr. Jarek Esarco and Dr. Joel Alcantara: Resolution of Chronic Migraines in a 15-Y ear-Old Male Following Chiropractic C are [Access the full article here.]

Is Your Child Struggling with Migraines? We Can Help.

If your child or teenager is experiencing migraines—especially after head trauma or with known postural triggers—it's worth exploring whether upper cervical misalignment could be contributing. At Cerebral Chiropractic Center in St. Petersburg, FL, we use precise, non-invasive imaging and gentle Advanced Orthogonal care to address the structural root of neurological symptoms.

Schedule a consultation to learn more about our approach to pediatric migraine care.

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Resolution of Chronic Migraines Following Atlas Orthogonal Chiropractic Care

Mon, 26 May 2025 23:45:14 GMT

A research article by Dr. Matthew H. Sweat and Dr. Eric Nemzou

Focused Correction and Imaging: The Role of Atlas Orthogonal in Chronic Migraine

This case report presents the upper cervical chiropractic management of a patient with a 12-year history of chronic migraines and neck pain. Using the Atlas Orthogonal technique, guided by vector-based X-ray analysis and neurostructural indicators, the care plan resulted in a complete resolution of migraine symptoms.

The authors detail how targeted adjustment of the atlas vertebra—confirmed through imaging and follow-up evaluation—contributed to sustained improvement in both neurological function and quality of life. The case adds to a growing body of literature that supports upper cervical care as a non-invasive approach to chronic headache management, particularly when other methods have failed.

How the Case Was Managed

The patient, a 53-year-old woman, reported experiencing migraines with aura up to four times per week, lasting eight hours per episode. Associated symptoms included blurred vision, vomiting, jaw tremors, neck pain, and debilitating fatigue. The headaches radiated from the upper neck into the temporal and occipital regions and were described as stabbing and intense.

After twelve years of symptoms and unsuccessful attempts at care from twelve different providers, she was referred by a neurologist for Atlas Orthogonal chiropractic evaluation. X-ray analysis and spinal assessment confirmed misalignment of the atlas vertebra, with leg-length discrepancy and palpatory findings at C1 and C2 indicating neurological involvement.

A precision adjustment was delivered using the Atlas Orthogonal instrument—a percussion-based tool calibrated to the X, Y, and Z vectors identified on radiographs. Following the first correction, the patient reported immediate symptom relief, including resolution of the migraine, visual disturbances, nausea, and neck pain.

Imaging-Verified Correction and Lasting Outcomes

Radiographic comparisons confirmed that the alignment of the atlas and cervical spine had returned to a more orthogonal position post-adjustment. Neurological findings improved, muscle spasms decreased, and cervical range of motion increased.

Over the course of 90 days and 14 total visits, the patient remained migraine-free. Objective testing—including orthopedic exams, range of motion measurements, and leg-length analysis—showed ongoing improvement. Subjectively, she reported increased energy, improved vision clarity, and full resolution of her chronic symptoms.

This case demonstrates the value of structural imaging, detailed vector analysis, and a specific, low-force correction protocol in addressing long-standing neurological symptoms. While the authors recommend further research with larger sample sizes, this case supports upper cervical chiropractic care as a viable clinical pathway for chronic migraine.

Precision Imaging and Atlas Correction at Cerebral Chiropractic Center

At Cerebral Chiropractic Center in St. Petersburg, FL, we use the Advanced Orthogonal technique, whic h represents the next generation of precision-driven upper cervical care. Built on the foundational principles of the Atlas Orthogonal technique featured in this case report, Advanced Orthogonal enhances the approach with advanced digital imaging, computerized analysis, and a highly calibrated percussive adjusting system.

While this case used traditional Atlas Orthogonal vector analysis and percussion correction, Advanced Orthogonal builds on that methodology by increasing the accuracy and adaptability of both imaging and adjustment—allowing for reproducible, non-invasive corrections without any twisting, popping, or manual force.

We believe patients with chronic migraines and other persistent neurological conditions deserve a methodical, structurally focused evaluation of the craniocervical junction. Our care protocols are designed to uncover the root of dysfunction and deliver individualized corrections with both safety and precision.

Read the Full Article

For a full breakdown of this case—including imaging protocols, clinical decision-making, and post-care outcomes—you can read the original publication by Dr. Matthew H. Sweat and Dr. Eric Nemzou: Resolution of Chronic Migraines Following Atlas Orthogonal Chiropractic Care: A Case Study & Selective Review of the Literature [Access the full article here.]

Dealing with Chronic Migraines? Specialized Imaging Can Make the Difference

If you suffer from migraines that haven’t responded to traditional treatment, upper cervical evaluation may be a critical missing step. At Cerebral Chiropractic Center, our Advanced Orthogonal assessments use imaging to analyze misalignment at the craniocervical junction and guide individualized correction.

To learn whether this approach is right for you, schedule your consultation today.

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Cone-beam Computerized Tomography for the Bio-mechanical Assessment of the Occipito-atlanto-axial Articulation in a 75-year-old Woman with Migraines Undergoing Blair Technique

Mon, 26 May 2025 23:45:10 GMT

A research article by Dr. Jonathan Verderame and Dr. Jake Hollowell

Advancing Imaging in Upper Cervical Chiropractic: Where Precision Drives Progress

Upper cervical care continues to evolve through the integration of new technologies designed to improve the way we analyze and correct misalignments at the craniocervical junction. As imaging becomes more precise, so does our ability to deliver targeted, individualized care—resulting in improved outcomes for patients with complex neurological conditions such as migraines.

This case report by Dr. Jonathan Verderame and Dr. Jake Hollowell highlights one such advancement: the use of cone-beam computed tomography (CBCT) to guide care in a patient with chronic migraines. CBCT was utilized in place of traditional X-rays to assess the biomechanical alignment of the upper cervical spine, specifically the occipito-atlanto-axial joint complex.

The patient, a 75-year-old woman with a migraine history dating back to adolescence, received two upper cervical corrections over the course of ten weeks using the Blair upper cervical technique. These corrections were precisely directed based on detailed CBCT imaging, which revealed the directional misalignment of the atlas vertebra. By the end of the care period, her reported migraine severity had decreased significantly, and her reliance on medication was reduced.

The Broader Role of Cone-Beam Imaging in Upper Cervical Care

While CBCT is still emerging in the chiropractic profession, it has become increasingly relevant among Blair upper cervical practitioners due to its ability to capture 3D imaging without the anatomical overlap found in traditional radiographs. The Blair technique, which relies on accurate analysis of joint asymmetries between the occiput and atlas, benefits from CBCT’s ability to isolate and visualize these structures from multiple angles.

This case demonstrates how technology is shaping the next generation of upper cervical diagnostics—offering chiropractors better data, and patients more tailored care.

Staying Ahead: Imaging and Innovation at Cerebral Chiropractic Center

At Cerebral Chiropractic Center, we embrace this evolution in upper cervical care. While we do not currently use CBCT in our clinic, our existing X-ray-based protocols already provide a three-dimensional structural analysis of the upper cervical spine. This forms the basis for our Advanced Orthogonal technique—a non-invasive, sound wave-based correction system designed for precision and safety.

We are actively preparing to integrate CBCT as well as advanced imaging such as SWI (Susceptibility Weighted Imaging) and DTI (Diffusion Tensor Imaging) into our clinical model—particularly for applications like concussion and other neurological assessments. These tools allow us to continue leading with accuracy, innovation, and patient-centered care.

Read the Full Article

To explore this case in greater detail, we encourage you to read the original publication:
Cone-beam Computerized Tomography for the Bio-mechanical Assessment of the Occipito-atlanto-axial Articulation in a 75-year-old Woman with Migraines Undergoing Blair Technique. [Access the full article here.]

Have Migraines? You Deserve Precision Care

If you’ve been struggling with chronic migraines, it’s essential to work with a specialist who can properly evaluate the structural integrity of your upper cervical spine. At Cerebral Chiropractic Center in St. Petersburg, FL, we provide imaging-based assessments and Advanced Orthogonal care designed to identify and correct the root cause of your symptoms.

If you’re looking for answers, schedule a consultation today and learn how upper cervical care may help.

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The Impact of Advanced Orthogonal Care on Pediatric Migraine – A Case Report

Mon, 26 May 2025 23:45:07 GMT

A research article by Dr. Moses Bernard, Dr. Joel Alcantara, and Dr. G. Stanford Pierce

Breaking the Cycle of Pain for Young Migraine Sufferers

Migraines in children and adolescents are not only common—they can be profoundly disruptive. Affecting up to 28% of teenagers, migraines often go underrecognized and undertreated, especially when traditional diagnostics fail to reveal clear causes. In this compelling case report, Dr. Moses Bernard, Dr. Joel Alcantara, and Dr. G. Stanford Pierce present the care of a 16-year-old girl with a decade-long history of chronic migraine headaches who experienced significant relief through Advanced Orthogonal upper cervical chiropractic care.

Each of these doctors brings valuable expertise to the field. Dr. Bernard and Dr. Pierce are leading figures in the Advanced Orthogonal technique, both practicing in St. Petersburg, FL. Dr. Alcantara, a key figure in pediatric chiropractic research, has contributed extensively to advancing evidence-based care for children. Together, their collaborative insights into pediatric migraine highlight an important yet underutilized avenue for care.

How the Case Was Managed

The teenage patient had suffered from migraines since kindergarten, with episodes increasing in intensity and frequency after a head injury in ninth grade. Her headaches were severe, occurred weekly, and were accompanied by photophobia, phonophobia, dizziness, and fatigue. Despite extensive imaging, emergency room visits, dental consultations, and trials of over 15 medications, her symptoms persisted.

She was evaluated using the Advanced Orthogonal (AdvO) protocol, which revealed misalignment of the atlas vertebra and abnormal upper cervical positioning. Radiographs and digital analysis guided a precise, sound wave-based correction of her atlas subluxation. Over the course of a year, she received five atlas corrections across 16 visits.

Key Findings and Implications

The outcomes were remarkable: her headache intensity became manageable without medication, and the frequency dropped to 2–4 migraines per month. Most significantly, her emergency room visits ceased, and her quality of life—including school attendance—improved. Continued care over five years with occasional visits helped her maintain long-term stability.

This case illustrates the profound impact of correcting upper cervical misalignment in young migraine sufferers. Notably, the AdvO procedure was able to produce positive change even after conventional and pharmacological care failed to yield results. The success of this case suggests that atlas subluxation may play a more central role in chronic pediatric migraines than is commonly acknowledged, and that precise, non-invasive correction through upper cervical care may be a powerful intervention.

A New Perspective on Pediatric Migraine

At Cerebral Chiropractic Center, we use the same Advanced Orthogonal technique featured in this case study. This approach begins with advanced imaging and analysis to identify the exact position of the atlas vertebra (C1). Using a table-mounted sound wave device, a gentle and precisely vectored mechanical impulse is delivered just above the skin over the transverse process of the atlas. There’s no twisting, popping, or cracking—just a painless, highly targeted correction that restores alignment at the craniocervical junction.

This precision is especially vital in pediatric and adolescent care, where structural balance can influence not only symptoms like migraines but also long-term neurological development. The more we explore complex neurological conditions like chronic migraines, the more we recognize the need for tailored, technology-assisted solutions that address the root cause.

Whether care is limited to upper cervical correction or part of a broader integrative plan, our goal at Cerebral Chiropractic Center is always the same: restore balance, relieve suffering, and support long-term wellness from the top down.

Read the Full Article

To explore this case in detail, we invite you to read the full report by Dr. Moses Bernard, Dr. Joel Alcantara, and Dr. G. Stanford Pierce: The Care of a Teenage Girl with Migraine Headaches with the Advanced Orthogonal Procedure: A Case Report. [Access the full article here.]

Ready to Help Your Child Thrive Again?

If migraines are disrupting your child’s life, upper cervical care at Cerebral Chiropractic Center in St. Petersburg, FL, may offer the breakthrough you’ve been seeking. Schedule a consultation to learn how our precision-based approach can make a lasting difference.

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Conservative Management of Cervicogenic Dizziness with Underlying Upper Cervical Instability and POTS

Sun, 20 Apr 2025 20:57:52 GMT

A Research Article by Dr. Robert J. Trager, Dr. Andres Schuster, Dr. Cliff Tao, and Dr. Gina Zamary

Rethinking the Root Causes of Dizziness

Dizziness is a broad and often misunderstood symptom. For patients with complex, lingering cases—particularly those with neck trauma or instability—common explanations like vestibular dysfunction or anxiety may fall short. In a compelling case study published by Dr. Robert J. Trager, Dr. Andres Schuster, Dr. Cliff Tao, and Dr. Gina Zamary, the authors present the conservative resolution of chronic dizziness in a 27-year-old woman diagnosed with cervicogenic dizziness (CGD), upper cervical instability (UCI), and postural orthostatic tachycardia syndrome (POTS).

Dr. Trager and his team demonstrate a thoughtful, interdisciplinary approach. Dr. Trager, a chiropractic physician and clinical researcher, brings extensive experience in spine-related dizziness, while Dr. Tao’s expertise in diagnostic imaging provides critical clarity on the radiographic findings of instability. Together with Schuster and Zamary, the team lays out a roadmap for managing complex dizziness that doesn’t respond to conventional care. Their work highlights the value of collaboration between chiropractic, cardiology, and radiology when addressing multifactorial neurological and postural conditions.

How the Case Was Managed

The patient, whose symptoms followed a history of concussion, car accident, and postural triggers, had been through years of unsuccessful treatment. Previous workups had ruled out vestibular, neurological, and psychiatric causes. Dynamic radiographs revealed lateral C1 instability, while tilt-table testing confirmed POTS. The combination of upper cervical dysfunction and autonomic imbalance led to an individualized, conservative treatment plan including gentle manual therapy, cervical stability exercises, and dietary changes to manage POTS.

Over an eight-month period, her Dizziness Handicap Inventory (DHI) score dropped from 50 to 10, reflecting a reduction from moderate to minimal impairment. Chiropractic care was delivered with caution—avoiding high-velocity adjustments and instead focusing on muscular release, dry needling, mobilizations, and home-based rehabilitation exercises aimed at enhancing cervical stability.

Key Findings and Implications

This case is significant not just for its outcome, but for what it reveals about the overlooked intersection between structural instability and dysautonomia. The patient’s persistent dizziness—unresponsive to SSRIs, vestibular therapy, and traditional neurology consults—responded only when the focus shifted to upper cervical alignment and autonomic regulation. The presence of lateral instability at C1 was supported by radiographic evidence, and when paired with signs of POTS, revealed a complex yet addressable pathophysiological relationship.

Her improvement followed a clear, conservative pathway: gentle soft tissue therapies, postural retraining, autonomic support, and muscle strengthening exercises. Notably, this regimen helped her taper off psychiatric medication, re-engage in physical activity, and resume normal life without recurrence of her most severe symptoms. This integrative approach challenges the often siloed management of CGD, POTS, and chronic dizziness—conditions that can overlap but are frequently treated in isolation.

A New Perspective on Multisystem Care

At Cerebral Chiropractic Center, we believe that symptoms like dizziness and instability often stem from layered causes. The more we’ve researched and integrated multidisciplinary strategies for complex conditions like CGD and POTS, the more clearly we see the power of collaboration. Our goal isn’t just to reduce symptoms—it’s to uncover the root cause or causes of dysfunction and build long-term neurological and structural resilience.

Whether a case calls for precise upper cervical care alone or coordination with professionals such as cardiologists or radiologists, our priority is always personalized, root-cause-focused care. This case underscores how addressing upper cervical instability—especially when paired with autonomic dysfunction—can open new doors for healing and symptom resolution.

Read the Full Article

For a deeper look at this multidisciplinary success story, we recommend reading the full case report by Dr. Robert J. Trager, Dr. Andres Schuster, Dr. Cliff Tao, and Dr. Gina Zamary: Conservative Management of Cervicogenic Dizziness Associated With Upper Cervical Instability and Postural Orthostatic Tachycardia Syndrome: A Case Report. [Access the full article here.]

Ready to Reclaim Balance and Clarity?

If dizziness, brain fog, or instability are limiting your life, the Advanced Orthogonal technique at Cerebral Chiropractic Center in St. Petersburg, FL, may offer the clarity and structural stability you’ve been seeking. Schedule a consultation today and let’s begin uncovering what’s at the root of your symptoms.

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Craniofacial Changes after Combined Atlas-Orthogonal and Biomimetic Oral Appliance Therapy

Mon, 30 Dec 2024 13:17:34 GMT

A Research Article by Dr. Dave Singh, Dr. Chris Chapman, and Dr. Myles Preble

Advancing Craniofacial Alignment and Posture

Head and neck alignment play a crucial role in overall health, yet traditional chiropractic or dental approaches often address these issues independently. In a groundbreaking study, Dr. G. Dave Singh, Dr. Chris Chapman, and Dr. Myles Preble explore the combined effects of atlas orthogonal (AO) chiropractic adjustments and biomimetic oral appliance therapy (BOAT) in their paper, Craniofacial Changes after Combined Atlas-Orthogonal and Biomimetic Oral Appliance Therapy.

Dr. Singh has stayed on the cutting edge of innovation in biomimetic oral appliances, pushing the field of dentistry and orthodontics to new heights. Dr. Chapman is a pioneer in the upper cervical world, bridging the gap of clinical care between airway orthodontics and upper cervical chiropractic care. As one o our esteemed colleagues, Dr. Chapman carries the prestigious title of Diplomate of Chiropractic Craniocervical Junction Procedures, one of only approximately 80 worldwide. Through his efforts and ongoing collaboration between these worlds, we have seen substantial advancements in cranio-cervical and craniofacial stability, leading to significant improvements in clinical outcomes.

This study builds on the collective expertise of these three thought leaders, offering a multidisciplinary solution that significantly improves craniofacial alignment and provides a new perspective on addressing structural and neurological health.

How the Study Was Conducted

Eleven adults (average age 39.5) with atlas subluxations and malocclusions were evaluated. Participants first underwent AO adjustments, targeting upper cervical misalignment. Following these adjustments, they were fitted with a biomimetic oral appliance (DNA appliance®), designed to optimize craniofacial and dental structure. Radiographic assessments measured alignment changes at three stages: pre-treatment (T0), post-AO adjustment (T1), and after oral appliance therapy (T2). This systematic approach allowed researchers to evaluate the isolated and combined effects of each therapy on craniofacial alignment.

Key Findings and Implications

The study revealed that combining AO adjustments with BOAT created a powerful synergy for improving craniofacial alignment. Participants experienced a mean improvement of 68.2% in craniofacial alignment after the combined therapy. Specific parameters such as atlas cephalic displacement, cervical spine angles, and axis rotation showed significant enhancements. For example:

Atlas cephalic displacement decreased from 2.50 mm at baseline to 1.10 mm after AO adjustments and further to 0.50 mm after BOAT.
Axis (C2) rotation improved from 6.60° at baseline to 2.80° after AO adjustments and to 1.50° with the combined therapy.
Cervical spine-atlas angular rotation improved from 3.10° at baseline to 1.60° after AO adjustments and further to 0.60° after BOAT.

These structural improvements suggest the combination of AO adjustments and BOAT provides greater benefits than either therapy alone. Beyond alignment, the combined therapy addresses underlying compensation mechanisms that may enhance overall postural stability, airway function, and neurological outcomes. This evidence emphasizes the importance of integrating care when treating complex conditions like craniofacial and upper cervical misalignment.

A New Perspective on Structural Health

This study reinforces the idea that structural and neurological health is best addressed through a multidisciplinary approach. Combining AO adjustments with BOAT not only optimized craniofacial alignment but also highlighted how different healthcare specialties can work together to address root causes of structural imbalances.

At Cerebral Chiropractic Center, our primary goal is to uncover the root cause or causes of a patient’s problem and tailor a solution to their unique needs. This may involve precise upper cervical care alone or collaborating with other healthcare providers, such as airway orthodontists, for a comprehensive treatment plan. The more we explore multidisciplinary care for complex conditions, the more we find opportunities to achieve long-term structural stability and improved neurological outcomes—outcomes that might not be possible with isolated approaches. This research exemplifies how integrating expertise can lead to transformative results for patients.

Read the Full Article

For an in-depth understanding of this research, we encourage you to read Dr. G. Dave Singh, Dr. Chris Chapman, and Dr. Myles Preble’s complete paper, Craniofacial Changes after Combined Atlas-Orthogonal and Biomimetic Oral Appliance Therapy . The full article delves into the methods, findings, and potential applications of this groundbreaking study. [Access the full article here.]

A Groundbreaking Approach to Migraine Relief

For patients in St. Petersburg, FL, seeking effective migraine relief, the Advanced Orthogonal technique provides a precision-focused, non-invasive solution. By realigning the atlas vertebra, this approach reduces biomechanical stress and restores balance to the cranial-spinal system. Advanced Orthogonal’s sound wave adjustment is painless, precise, and tailored to each individual, offering a lasting and natural path to relief without invasive procedures or medication reliance.

Don’t let migraines control your day-to-day life. If you're in St. Petersburg, FL, the Advanced Orthogonal technique at Cerebral Chiropractic Center provides the precision care you need to regain control. Schedule your consultation today and discover how upper cervical care can make a difference.

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Effect of Atlas Vertebrae Realignment in Subjects with Migraine: An Observational Pilot Study

Mon, 30 Dec 2024 00:34:53 GMT

A Research Article by Dr. H. Charles Woodfield 3rd, et al.

Precision Upper Cervical Care Offers Hope for Migraine Sufferers

Migraines are a life-altering condition that often defy conventional treatments. This study explored how precise atlas realignment, a foundational element of upper cervical chiropractic care, can reduce migraine frequency and improve quality of life. The findings offer promising evidence that aligning the atlas vertebra may positively influence the brainstem and neurovascular systems, addressing migraines at their source.

While the study focused on the NUCCA (National Upper Cervical Chiropractic Association) technique, it represents one of several effective upper cervical approaches. At Cerebral Chiropractic Center in St. Petersburg, FL, we use the Advanced Orthogonal technique. This method employs a precision percussive sound wave adjustment, mirroring NUCCA’s principles of analysis and realignment to offer migraine sufferers an equally effective solution.

The observational pilot study involved 11 participants diagnosed with migraines by a neurologist. Each subject underwent an initial evaluation to confirm atlas misalignment. Over eight weeks, participants received care based on the NUCCA method, including precise adjustments and follow-up visits to monitor their alignment. Researchers measured changes in headache frequency, quality of life, and intracranial compliance (a measure of how the brain manages fluid pressure). Results were collected at baseline, week four, and week eight to assess the impact of realignment on migraine symptoms and overall well-being.

A New Perspective on Migraine Management

This study sheds light on the transformative potential of upper cervical care for migraine sufferers, especially those who struggle to find relief through traditional methods. By correcting atlas misalignment, researchers observed:

Fewer Headache Days : Participants reported an average reduction of nearly six migraine days per month by the eighth week. This significant improvement suggests that addressing biomechanical stress in the upper cervical spine can alleviate a major burden for chronic migraine sufferers.
Improved Emotional and Physical Well-being : Measures like the Migraine-Specific Quality of Life (MSQL) and Headache Impact Test (HIT-6) revealed marked improvements. Patients described feeling less restricted in their daily lives, showing that atlas realignment’s benefits extend beyond physical relief to emotional and mental health.
Encouraging Long-Term Potential : Two participants extended their participation to 24 weeks, maintaining or even enhancing their improvements over time. These outcomes hint at the possibility of sustained relief with ongoing care.

While the study’s results on intracranial compliance were mixed, the notable symptom relief and enhanced quality of life suggest that atlas realignment may support better neurovascular function and brainstem regulation. This pilot study paves the way for further research, offering hope for non-invasive, drug-free migraine management.

Read the Full Article

To fully explore the methods and conclusions discussed, check out Dr. Woodfield’s paper, Effect of Atlas Vertebrae Realignment in Subjects with Migraine: An Observational Pilot Study . Access the article here for a complete understanding of this important work.

A Groundbreaking Approach to Migraine Relief

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The Role of the Craniocervical Junction in Neurological and Neurodegenerative Conditions

Fri, 27 Dec 2024 23:36:42 GMT

A Research Article by Dr. Michael Flanagan

The Role of the Craniocervical Junction in Neurological and Neurodegenerative Conditions

In his pivotal paper, The Role of the Craniocervical Junction in Craniospinal Hydrodynamics and Neurodegenerative Conditions, Dr. Michael Flanagan explores the critical impact of the craniocervical junction (CCJ) on craniospinal hydrodynamics and its potential role in the development of neurodegenerative diseases such as Alzheimer’s, Parkinson’s, and multiple sclerosis. Dr. Flanagan, a renowned chiropractic neurologist and author of The Downside of Upright Posture, delves into the anatomical and physiological complexities of the CCJ and how malformations or misalignments in this region can disrupt cerebrospinal fluid (CSF) flow and blood dynamics, leading to significant neurological consequences.

This article underscores the CCJ’s role as a “choke point” for blood and CSF flow between the brain and spinal canal. Disruptions at this junction can lead to reduced blood flow to the brain (chronic ischemia), oxidative damage to nerve tissues inside the brain (oxidative stress), and a slowing of blood flow exiting the brain (venous congestion). As Dr. Flanagan emphasizes, understanding and addressing CCJ-related dysfunctions may provide new avenues for prevention and treatment.

Structural Challenges at the Craniocervical Junction

The CCJ, which includes the atlas (C1), axis (C2), and surrounding tissues, is central to maintaining healthy craniospinal hydrodynamics. However, structural anomalies such as Chiari malformations, basilar invagination, or ligament laxity can obstruct blood and CSF flow, creating pathological pressure gradients. These disruptions can exacerbate symptoms of neurological conditions, particularly in upright posture, which places additional strain on the CCJ.

As Dr. Flanagan notes, “upright posture and motion of the cervical spine compound the strains and deformation of blood and CSF pathways of the CCJ,” which is why individuals with structural challenges in this area often experience debilitating symptoms like dizziness, brain fog, and chronic pain.

Impacts on Brain Health and Neurodegeneration

The consequences of CCJ misalignments extend beyond mechanical dysfunctions. Faulty craniospinal hydrodynamics can lead to reduced CSF turnover, impairing the brain’s glymphatic system, which is responsible for clearing metabolic waste and toxins. As Dr. Flanagan explains, this sluggish flow may contribute to the buildup of neurotoxic substances such as beta-amyloid and tau proteins, hallmarks of Alzheimer’s disease.

Additionally, venous insufficiency caused by CCJ blockages can lead to hydrocephalus—commonly known as "water on the brain"—a condition marked by excessive CSF accumulation, and related complications such as ventriculomegaly. Chronic ischemia, oxidative stress, and brain atrophy often follow, exacerbating the progression of neurodegenerative diseases.

Diagnostic and Therapeutic Insights

Advanced diagnostic tools such as upright MRI and cine MRI provide crucial insights into CCJ alignment and craniospinal hydrodynamics, helping clinicians identify structural anomalies and guide appropriate interventions. Both manual therapies, like upper cervical chiropractic care, and surgical interventions can play a role in restoring proper flow dynamics and alleviating symptoms.

Dr. Flanagan’s work highlights the importance of these interventions, stating that “manipulation of blood and CSF flow may help to restore or improve faulty craniospinal hydrodynamics in certain cases and decrease the prevalence, progression, and severity of neurodegenerative conditions.”

Read the Full Article

For a deeper dive into the science and findings discussed here, we encourage you to read Dr. Michael Flanagan’s complete paper, The Role of the Craniocervical Junction in Craniospinal Hydrodynamics and Neurodegenerative Conditions. Access the full article here.

How We Help

At Cerebral Chiropractic Center in St. Petersburg, FL, we specialize in addressing the complex issues associated with the craniocervical junction through upper cervical chiropractic care. Our work focuses on restoring the alignment and integrity of the CCJ to optimize cerebrospinal fluid dynamics, improve brain health, and alleviate symptoms of debilitating conditions.

Whether you’re experiencing migraines, balance issues, or symptoms of a neurodegenerative disease, a consultation with one of our expert doctors can help determine if you are a candidate for care. Consultations are available both in person and virtually via Zoom. Visit CerebralChiropractic.com to schedule your appointment and take the first step toward improved neurological health.

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Headache and Migraine Breakthrough

Tue, 25 Jun 2024 14:55:30 GMT

Pain, Throbbing, Aching, Pressure, and Tension In The Head

There has been a breakthrough in understanding why headaches and migraines occur and how to fix them. More studies have shown that problems in the upper neck play a big role in causing headaches. A specialized method of correcting the upper neck can reduce or eliminate the symptoms without drugs or injections.

Headaches are not normal even though they are common. The amount of times a person gets a headache does not make it normal. It actually just means the problem is more severe and there is usually a root cause to the problem that has not been uncovered yet.

Most people do not know the root cause of their headaches. This leaves many people simply managing symptoms with medication or just coping with the pain. Currently, the most common treatment for headaches is prescription drugs, and treatment like Botox injections is on the rise, even though it only provides temporary relief.

In recent years, there has been a greater understanding of one of the more common root causes of headaches and migraines. Headache and migraine pain often originate from nerves in your upper neck. More specifically, it is in an area called the brainstem. (See figure 1) This brainstem is the transition point between the brain and the spinal cord. It is located at the base of your skull into the upper part of the neck. Inside of this brainstem is a group of nerves called the trigeminal nucleus, which is the pain center for the head, face, and neck.

If this trigeminal nucleus of the brainstem gets irritated, it causes the head, and sometimes the face, to hurt. One of the most common causes of this type of nerve interference is an upper neck misalignment. An upper neck misalignment occurs when the bones of the upper neck get out of place from a fall, concussion , car accident, or some sort of head or neck injury. Unfortunately, not many doctors, chiropractors, or neurologists are trained to evaluate this specific problem, leaving many people suffering from headaches for years.

The key to addressing these types of headaches and migraines is to find the root of the problem instead of masking the symptoms. If a person is found to have upper neck nerve irritation from a misalignment, then they would be a candidate for our specialized type of care used to realign the upper neck with a gentle correction. Once the upper neck has been properly realigned, the bones no longer irritate the nerves and the headaches begin to subside. This specialized type of care is called Upper Cervical Care .

With so many people suffering from headaches, there is good news. This specialized treatment is available the Cerebral Chiropractic Center in St. Petersburg, FL, which opens February 2024. Dr. Chris Slininger, the founder of Cerebral Chiropractic Center, is a craniocervical specialist who has been practicing in the Tampa Bay Area for the last 10 years.

Upper Cervical Care is a powerful, precise, and gentle approach to long term relief. If you are serious about recovery, schedule a free consultation. You will meet with Dr. Slininger to learn more about headaches and migraines and to see if you could be a candidate for treatment.

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