Mitochondrial Dysfunction in Kids: Why Energy Support Isn’t Enough
Episode 222 — Experience Miracles Podcast | Host: Dr. Tony Ebel, DC, CACCP — Pediatric Chiropractor & Founder of PX Docs | Published: August 4, 2026 | Duration: ~41 min
Key Takeaways
- Mitochondrial dysfunction and the Cell Danger Response are real and well-documented in autism and neurodevelopmental disorders, but the energy crisis conversation is incomplete without addressing what’s driving the shutdown in the first place.
- The brain is only 2% of the body’s weight but uses roughly 20% of its oxygen and energy, and about 93% of the brain’s energy is produced by mitochondria — so when mitochondria struggle, regulation, sensory processing, and behavior all get harder.
- A cell doesn’t power down at random. According to Dr. Robert Naviaux’s research on the Cell Danger Response, a cell shifts from growth mode into defend-and-survive mode when it senses an ongoing, unrelenting threat, and it stays there until that signal is turned off.
- The upstream driver of that threat signal is a nervous system stuck in Sympathetic Dominance, most often tied to an upper cervical brainstem subluxation from the Perfect Storm of high-stress pregnancy, birth trauma, and toxic exposure.
- Supplements, red light therapy, and NAD+ can feed a cell the raw materials for energy, but if the nervous system is still broadcasting danger, those therapies often don’t hold, and can even make symptoms worse when added before the nervous system signal is addressed.
- A major, often-overlooked energy drain is the neurosensory motor system itself: when proprioception and the cerebellum are working overtime on distorted signals, the simple act of moving through the world becomes exhausting, quietly burning through the energy these kids are trying to build back.
Why Doesn’t Mitochondrial Support Work for Autism and Neurodevelopmental Kids?
Mitochondrial dysfunction and the Cell Danger Response are a real and legitimate piece of the autism and chronic illness picture, but mitochondrial support alone often fails to hold because it treats a symptom, not the cause. A 2024 review pulling together nearly 400 studies ties mitochondrial dysfunction to a common thread running underneath autism and the broader neurodevelopmental “storm.” The brain, despite being only 2% of body weight, uses about 20% of the body’s oxygen and energy, and roughly 93% of that energy comes from mitochondria. When mitochondria are depleted, the brain runs on a low battery, and regulation, sensory processing, and behavior all get harder.
The piece most people miss is that a cell doesn’t stop producing energy for no reason. It shuts down because the nervous system, specifically a nervous system stuck in Sympathetic Dominance, is broadcasting an ongoing danger signal. As Dr. Tony Ebel puts it, everyone is asking how to make more energy, but almost no one is asking where all the energy is going, or why the body decided to shut production down in the first place.
For parents, this means supplements, red light therapy, and NAD+ infusions can supply the raw materials for cellular energy, but they won’t hold as long as the nervous system is still stuck in a stress response. The upstream fix has to come first: identifying and correcting the subluxation driving that stress signal, most often centered in the upper cervical spine and brainstem, before or alongside any energy-support therapy.
Why the Energy Crisis Conversation Is Missing Something [00:00 – 02:00]
Dr. Tony Ebel: Mitochondrial dysfunction, low energy, and the Cell Danger Response are some of the biggest conversations happening right now in the autism, functional medicine, and functional neurology communities. It’s an essential root cause of autism and chronic neurodevelopmental disorders. But there’s more to the story than the mitochondria and cellular health discussion alone.
Dr. Tony’s argument throughout this episode: the science on mitochondrial dysfunction is legitimate, but the conversation is incomplete. Parents are being told to add more energy to their child’s cells, but almost nobody is asking why the cells are shutting down energy production in the first place.
What Dr. Tony Sees in Every Perfect Storm Case History [02:00 – 07:00]
When intensive patients arrive at the clinic, Dr. Tony’s team looks for what everyone else misses. First, they dig into case history and consistently find high-stress fertility and pregnancy journeys, heavy birth interventions (forceps, vacuum, induction, emergency C-section), and significant toxic exposure. Stacked together, this is what Dr. Tony calls the Perfect Storm, a framework the podcast has referenced since episode one.
Second, parents bring in labs: blood work, stool samples, hair analysis, and toxicity panels. These consistently show too many toxins and too few of the nutrients the body needs for energy production. But labs only test chemistry. They don’t show how the core nervous system or motor system is functioning.
Third, and most overlooked, is what the team sees in the playroom: kids who are physically and neurostructurally exhausted. They may stim or get wound up when overstimulated because their nervous system is stuck in Sympathetic Dominance, but they can’t sustain it. Their motor tone and coordination are so taxed that they collapse under the demand of gravity and need to be carried. This isn’t a behavior problem. It’s neurophysical exhaustion.
“It’s not a supply problem, it’s a demand problem.”
What the Research Says About the Brain, Mitochondria, and Autism [07:00 – 13:00]
A 2024 review pulling together close to 400 studies points to mitochondrial dysfunction as a common thread underneath much of what shows up in autism and the broader neurodevelopmental picture. The numbers make the case: the brain is only 2% of the body’s weight, but it uses around 20% of the body’s oxygen and energy. Roughly 93% of the energy the brain runs on comes from mitochondria. When mitochondria struggle, the brain runs on a low battery, and regulation, sensory processing, and behavior all get harder.
Dr. Tony agrees with the mitochondria and cellular health community on this point. Where the conversation needs to go deeper is the next question: why are these kids missing all this cellular energy in the first place? Everyone is asking how to add more energy from the outside in. Almost nobody is asking where the energy is going, or why cells across the body are shutting down their own power production.
The Real Question: Not How to Make More Energy, But Where It’s Going [13:00 – 20:00]
Dr. Tony introduces the shift in perspective that anchors the whole episode: a healthy cell doesn’t randomly decide to power down. Mitochondria don’t stop showing up for work for no reason. They’re responding to a signal. So the real question isn’t how to make more energy, it’s why the body decided to shut production down in the first place, and who flipped the breaker.
(Dr. Tony also shares a personal story here about a Halloween costume mishap involving his last name, Ebel, sounding like “Dr. Evil” from Austin Powers, and how dressing the whole team up in costume sent every sensory kid in the office straight into a Cell Danger Response of their own.)
What Is the Cell Danger Response? [20:00 – 24:00]
Referencing the research of Dr. Robert Naviaux, Dr. Tony explains the Cell Danger Response in plain terms: when a cell senses it’s under threat and that threat doesn’t let up, it shifts out of grow-build-develop mode and into defend-and-survive mode. It pulls back on normal energy production and hunkers down. This isn’t a malfunction. It’s the cell doing exactly what it’s designed to do when it knows the environment isn’t safe.
The nervous system is what decides whether the body is safe or in danger. Specifically, a nervous system stuck in Sympathetic Dominance broadcasts “danger” around the clock. When that signal never shuts off, cells never get the all-clear. They keep rationing energy, keep defending, and keep the Cell Danger Response switched on, shutting down cellular ATP production. No amount of CoQ10, activated B vitamins, or red light therapy changes that upstream distress signal.
“You can’t be in growth and protection at the same time.”
That line comes from Dr. Bruce Lipton, the cellular biologist and epigenetic researcher whose work Dr. Tony returns to often. Lipton’s second core idea: the function of the nervous system is to perceive the environment and coordinate the behavior of every other cell in the body. If the environment is telling the nervous system “stress, threat, stop,” that message goes out to all of them.
The Three Stages of Subluxation and Why Energy Support Alone Backfires [24:00 – 29:00]
Dr. Tony lays out the progression of subluxation that leads to this global shutdown. Stage one is Sympathetic Dominance, where the body shifts into fight-or-flight protection mode. When a child stays in stage one for weeks, months, or years, they move into stage two: neurological confusion and incoordination. Extended time in stage two leads to stage three, neurological exhaustion, what Dr. Tony calls global tonal exhaustion, where the entire body sends out a signal of protection and confusion.
This is why adding energy-support therapies too early, before the nervous system signal itself is addressed, so often backfires. Parents report that adding activated B vitamins or mitochondrial-stimulating red light therapy too soon can make things worse: seizures spike, sensory regulation that had improved goes back up, and behavior and anxiety get worse. Turning the mitochondria back on before turning off the underlying stress signal is like pouring premium fuel into an engine while something else is still standing on the gas and the brake pedal at the same time. Dr. Tony calls this foundation before function: the signal has to be addressed first.
The Missing “M Word”: Movement, Proprioception, and the Cerebellum [29:00 – 36:00]
Dr. Tony turns to the biggest, most overlooked energy drain: movement itself. In a child with a solid neurosensory motor foundation, posture, balance, motor tone, and coordination run automatically in the background, costing almost nothing. But in a child affected by the Perfect Storm (subluxation, tension, confusion, poor muscle tone, scrambled sensory input), nothing about movement is automatic. Every transition and every “where is my body in space” calculation has to be done consciously and manually.
Proprioception, the constant stream of information about where the body is in space, is distorted, so the brain is left guessing, which is metabolically expensive. The cerebellum, the brain’s coordination and timing hub, is one of the most metabolically demanding regions in the brain and has to work overtime to smooth out movement using distorted sensory data. The result on the outside looks like motor apraxia or dyspraxia: the brain knows what it wants the body to do, but the path from planning to executing is so noisy that it drains the tank.
“These kids are running a marathon just to sit still.”
Everybody’s talking about the microbiome, mitochondria, and methylation. The missing M word is movement, and it’s quietly the most expensive, exhausting system in the body when the foundation underneath it was never built correctly.
How INSiGHT Scans and Neurospinal EMG Find the Root Cause [36:00 – 41:00]
If the energy crisis is downstream from a stuck nervous system, then chasing more supplements and more lasers isn’t the answer. Dr. Tony explains how his team finds and addresses the actual foundation using INSiGHT Scans, which show whether a child’s nervous system is stuck in a sympathetic dominant, gas-pedal-down state, and a test called neurospinal EMG, which measures where there’s too much tension in the brainstem and cervical area (often from birth trauma) and too little tone in the body’s stabilization zones.
An upper cervical brainstem subluxation acts as the body’s “air traffic control.” When it’s disrupted, it sends a global distress signal that every cell has to follow, shutting down mitochondrial function and switching on the Cell Danger Response. Dr. Tony’s team developed Neuro-Tonal Adjustments specifically to address both sides of this: throttling down the sympathetic dominance signal, and activating the exhausted, low-tone regions of the neurospinal system. When the nervous system foundation improves, cellular health and mitochondrial health follow. Without addressing the subluxation and the stuck stress signal first, supplements, lasers, and movement-based therapies may still help, but they often won’t hold.
Frequently Asked Questions
Is mitochondrial dysfunction real in autism and neurodevelopmental disorders?
Yes. A 2024 review of close to 400 studies ties mitochondrial dysfunction to autism and related neurodevelopmental conditions. The brain uses about 20% of the body’s oxygen and energy despite being only 2% of body weight, and roughly 93% of that energy comes from mitochondria, so when mitochondria are depleted, regulation and behavior get harder.
Why don’t supplements or red light therapy for mitochondria work long-term?
They can feed the cell raw materials for energy, but if the nervous system is still stuck in Sympathetic Dominance and broadcasting a danger signal, the Cell Danger Response keeps shutting energy production back down. Dr. Tony describes this as pouring fuel into an engine while something else is still on the gas and the brake at the same time.
What is the Cell Danger Response?
The Cell Danger Response, based on the research of Dr. Robert Naviaux, describes how a cell shifts from growth mode into defend-and-survive mode when it senses an ongoing threat. It pulls back on energy production as a protective response, not a malfunction, and stays that way until the underlying threat signal is turned off.
Can birth trauma cause mitochondrial dysfunction?
Birth trauma is part of what Dr. Tony calls the Perfect Storm, along with high-stress pregnancy and toxic exposure. Physical injury to the cervical spine, cerebellum, and brainstem from birth trauma can create an upper cervical brainstem subluxation that sends a global distress signal to every cell in the body, contributing to the shutdown seen in mitochondrial dysfunction.
How does movement relate to mitochondrial dysfunction in kids?
When a child’s neurosensory motor foundation isn’t built correctly, movement stops being automatic. Distorted proprioception and an overworked cerebellum mean every movement and transition takes conscious effort, which is a major, often-overlooked energy drain on top of any cellular mitochondrial issues.
How do I find a PX Docs practitioner to address this with my child?
You can search the PX Docs directory to find a Neurologically-Focused Chiropractic Care provider near you who uses INSiGHT Scans and neurospinal EMG to evaluate the nervous system foundation described in this episode.
Resources & Related Content
- The Perfect Storm — Dr. Tony Ebel’s framework connecting pregnancy stress, birth trauma, and toxic exposure
- Birth Trauma — How birth interventions affect the cervical spine and brainstem
- Autism — PX Docs resources on autism and neurodevelopmental disorders
- PANDAS/PANS — Related autoimmune and neuroinflammatory conditions referenced in this episode
- Find a PX Docs Office Near You — PX Docs Directory