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04/20/2026

Lead exposure is something I’m paying closer attention to right now.

Especially following the California wildfires.

When older homes burn, lead from paint, pipes, electronics, and building materials can be released into the environment.

These were urban interface fires, which means structures burned, not just vegetation.

We are also seeing early reports of elevated lead levels in soil in some affected neighborhoods, though findings are variable and still being evaluated. In some areas, a portion of residential soil samples have exceeded California’s screening thresholds, while other locations remain within expected ranges.

I am also seeing this reflected in practice, with more children in affected areas showing elevated blood lead levels than I would typically expect. This does not appear universal, but it is enough to be noticeable.

This is not something most families are thinking about, but it is relevant because exposure may come from dust and soil resuspension even after the smoke has cleared.

There is no known safe level of lead in the body.
Even low levels can impact:

👉 neurodevelopment
👉 behavior and impulse control
👉 growth
👉 gastrointestinal function

In practice, I may consider screening around 12 months, and rechecking in children who present with
👉 behavioral dysregulation
👉 constipation
👉 slower growth or short stature

Because sometimes what looks behavioral has an environmental component.

From a physiologic standpoint, lead can:
👉 disrupt neurotransmitter signaling
👉 increase oxidative stress
👉 interfere with mineral balance, especially zinc and calcium

Which is why support is not just about “detox.”
It is about reducing exposure and supporting the systems that help the body process and eliminate it.

Depending on the child, that may include:
👉 zinc
👉 calcium
👉 vitamin C
👉 NAC
👉 pectin such as modified citrus or apple pectin

These support mineral balance, antioxidant capacity, and binding and elimination pathways.

Environmental exposures are one of the more overlooked pieces of the puzzle.

If you are seeing changes that do not fully make sense, it may be worth asking what else could be contributing.

04/13/2026

One of the most common things I hear from parents is:

“Everyone keeps telling me this is just autism, but I know there is something more.”

Mom and Dad…. keep listening to that instinct. 💛

Behaviors are symptoms. And no, we don’t need to pathologize every behavior.

But when something is causing distress or interfering with daily life, it deserves attention, not dismissal.

If a symptom were not part of the diagnostic criteria, would we stop looking for answers? Of course not.

So why do we sometimes stop asking questions when that same symptom falls under the autism umbrella?

Diagnostic labels describe patterns. They don’t explain why those patterns are happening.

Autism describes a neurodevelopmental profile, but it does not explain:

-sudden regression
-increased irritability or emotional volatility
-sleep disruption
-new or intensified stimming
-loss of skills

When symptoms shift, escalate, or appear abruptly, that’s a signal to look deeper.

Because those changes often have a physiologic driver.
I’ve seen children where symptoms worsened due to:

👉 an underlying infection (like strep)
👉 environmental exposures (like lead)
👉 immune activation or inflammation

And when those layers were addressed, the child’s functioning improved.

Sometimes the label stays the same.
Sometimes it changes.

But either way, the child benefits when we address what’s driving the symptoms.

This isn’t about rejecting neurodiversity.
And it’s not about trying to “fix” a child.

It’s about reducing unnecessary suffering and improving quality of life.

👉 Better sleep
👉 More emotional stability
👉 Less overwhelm
👉 Greater access to learning and connection
👉 More independence over time

We shouldn’t treat the label.
We should understand the physiology underneath it.

04/06/2026

There are very strong opinions right now on both sides of this conversation.

And as a parent, that can feel overwhelming.
On one hand, you’re hearing that measles is “not a big deal,” and that the vaccine industry has been concealing real risks.

On the other, you’re seeing headlines about pneumonia, encephalitis, and even lives lost.
The challenge I have with most messaging is that it’s almost entirely biased to frame only one position.

The truth…
Measles is not a benign illness for everyone. There are real complications.�

And unfortunately, the kids who may be more vulnerable to those complications may also be more vulnerable to complications from the vaccine itself.
The risk is not evenly distributed.

We worry about immunocompromised kids getting measles…

and those are the very children who often cannot receive the vaccine.

Vaccines are not physiologically neutral.�They are designed to activate the immune system.
For MMR, weakened forms of the virus require a strong and regulated immune response to neutralize the threat.
Each child’s biology is different.�Genetics, baseline inflammation, nutrient status, and immune regulation all influence how a child responds.
This is why we can’t approach this conversation from a one-size-fits-all perspective.
The goal is to understand:�-The child’s underlying immune blueprint: how do they respond to illness in general?�-What the infection actually does in the body: and how we can diminish risk of complications�-What pathways of the immune response are engaged: and how we can support regulation�-What factors may increase or decrease risk on either side
When you truly understand the illness AND the vaccine, the decision may not always become easier, but it comes from a place of understanding rather than fear.
You may also realize that vaccines are one of several tools.
Parents deserve access to information that respects that nuance..

If you’re navigating this decision, you’re not alone and this is one of the reasons and I put together a free video training about vaccines for you.

Just comment 7SECRETS below and I’ll DM it to you.

03/27/2026

Most people think of folate as a pregnancy nutrient.��Take your prenatal, prevent neural tube defects, move on.��And yes, that matters… but the underlying biology is considerably more complex than that framing suggests.�
For folate to reach the brain, in a developing fetus or in a child after birth, it has to be actively transported across specific receptors. ��It doesn’t passively diffuse in. ��In a subset of autistic children, we identify antibodies called folate receptor alpha autoantibodies (FRAAs) that bind to and block those receptors. ��Blood folate levels can appear completely normal, yet the brain remains functionally deficient. ��This is what we refer to as cerebral folate deficiency, and it can present clinically as speech delay, emotional dysregulation, attention challenges, and developmental regression or plateau.�
This is the rationale behind studying leucovorin (folinic acid) in autism. Because it bypasses that blocked receptor, it can restore folate delivery to the brain in children where standard supplementation simply isn’t reaching its target.�
What’s often overlooked, though, is that this same receptor system governs folate transport across the placenta during pregnancy. ��Which means if a woman carries these antibodies, folate delivery to the fetal brain may be impaired in utero, even with consistent, high-quality prenatal supplementation.�
And folate’s role extends well beyond neural tube defect prevention. It’s central to DNA synthesis, cell division, neurotransmitter development, myelination, and early brain wiring (these processes are already well underway in the first trimester, often before a woman even knows she’s pregnant).�
This is why folate receptor antibody testing has a place in preconception care, particularly for women with a history of miscarriage, autoimmune conditions, or prior neurodevelopmental concerns in a child. ��Because the clinical question isn’t always about intake. ��Sometimes, it’s about whether the brain can actually receive what’s being delivered.

If you’re interested in understanding autism risk through the lens of immune biology and preconception planning, welcome! I’m so happy you’re here!

03/20/2026

Neuroinflammation doesn’t always fit neatly into PANS or PANDAS.

PANDAS is classically autoimmune: post-strep antibodies cross-react with basal ganglia targets, directly disrupting dopamine signaling and motor/emotional regulation.

PANS is broader: it doesn’t require strep and isn’t always antibody-mediated. It often reflects more generalized immune activation from infections, mold, gut inflammation, metabolic stress, or chronic inflammatory load.

Different upstream drivers.
But there’s overlap downstream.

In both pathways, immune signaling increases.

Cytokines rise. Microglia become activated.
Activated microglia release inflammatory mediators and glutamate. Astrocytes don’t clear glutamate as efficiently.

Excitatory signaling builds. Dopamine tone and receptor responsiveness shift.

That shared physiology is why kids can look similar clinically, even when the trigger is different.

And it’s also why some children don’t technically “fit” PANS.
They may not have abrupt onset.
�They may not have OCD, tics, or restrictive eating.
Yet they’re still dealing with brain inflammation.

Instead, it may show up as:

👉emotional volatility or rage�👉 chronic anxiety�👉 cognitive slowing or brain fog�👉 sensory overwhelm�👉 sleep disruption�👉 impulsivity or agitation�👉 gradual regression or loss of resilience

These children may not meet formal diagnostic criteria, but they’re still in a neuroinflammatory state.

Some kids have a clear autoimmune picture. Others have inflammation without identifiable autoantibodies.
Both can involve microglial activation, excess glutamate, and altered dopamine signaling.

Which is why many respond to overlapping categories of care: calming neuroinflammation, stabilizing neurotransmitter signaling, and rebuilding immune tolerance.

Some children don’t fit neatly into a box, and that’s okay. It shouldn’t prevent us from treating the underlying dysregulation.

03/02/2026

This moment changed the trajectory of my career…

Almost eight years ago, I sat in a lecture about maternal immune activation with a three-month-old at home… and active autoimmunity in my own body.

No one had ever connected those dots for me before.

Here’s what the research shows:
When a mother’s immune system is chronically activated (whether from autoimmune disease, infection, metabolic issues, or other causes) pro-inflammatory cytokines like IL-6, IL-1β, and TNF-α increase.

Those cytokines cross the placenta.
And during critical windows of brain development, they can:

👉Activate fetal microglia
👉Alter neuronal migration
👉Disrupt synapse formation
👉Shift neurodevelopment trajectory

Maternal immune activation (MIA) is one of the most extensively studied prenatal environmental risk factors associated with autism spectrum disorder (ASD).

But there’s a more specific layer that many have never heard of…

A subset of mothers produce IgG autoantibodies that bind specific fetal brain proteins. Because maternal IgG crosses the placenta beginning in the late first trimester, these antibodies can interact with the developing brain.

This pathway is referred to in the literature as maternal autoantibody–related autism (MAR autism).

In published research cohorts, specific combinations of these antibodies have shown very high specificity for mothers of children with autism.

The MARAbio assay reports ~99% specificity for the defined antibody patterns studied, representing an estimated ~20% subtype of autism.

Specificity does not mean inevitability. It means that when these antibody patterns are present, they are rarely seen in mothers of neurotypical children within research populations.

This represents a measurable prenatal risk pathway.

We are now collaborating with a California provider offering MARAbio testing for women who want to assess for these brain-directed autoantibodies before or between pregnancies.

If you’re located in California and would like to schedule a discovery call, comment DISCOVER below and I’ll send details.

Follow for conversations that examine the full picture like immune signaling, genetics, inflammation, and the developing brain.

02/16/2026

When people hear “biomedical medicine” in the autism space, it’s often misunderstood.

This is not about chasing a cure.

And it’s not about blaming parents.

Biomedical medicine asks a different question:

What is happening physiologically in this child’s body that could be contributing to the behaviors we’re seeing?

That includes looking at things like:
-inflammation
-immune activation
-gut–brain signaling
-metabolic and mitochondrial function
-nutrient status and detox pathways

For some children, addressing these underlying contributors can make a meaningful difference in:

-emotional regulation
-sleep
-attention
-sensory processing
- & overall quality of life

Autism is complex.

Which means care should be thoughtful, individualized, and rooted in biology…

not assumptions.

If you’re a parent trying to understand why certain symptoms show up the way they do and what might be influencing them, this is the lens I use in my work.

Follow along if you want science-based explanations, without fear, pressure, or oversimplification.

01/20/2026

Comment “VEP” below to learn how to make vaccine decisions based on risk, timing, and your child.

Ever wonder how the same vaccine schedule can lead to very different outcomes for different children?

Because in medicine, outcomes are shaped by risk, benefit, and timing.
We don’t prescribe medications at the same dose, on the same timeline, just because patients share an age.

And vaccines shouldn’t be exempt from that same clinical reasoning.

The vaccine schedule wasn’t created all at once.

It was built gradually over decades as a population-level strategy, adding vaccines when certain diseases were common and widely circulating.

What happens far less often is reassessing urgency as disease prevalence and exposure risk change.

Some diseases are now extremely rare in the U.S.
Others are most dangerous only during very specific windows of childhood.

Clinically, that matters.

For example:

-Polio hasn’t been endemic in the U.S. since 1979; so while protection still matters, the immediate risk today looks very different than it once did.

-Hepatitis A is often mild or asymptomatic in young children, with more severe disease occurring later which can allow flexibility based on exposure.

-Pertussis, on the other hand, carries the highest risk in early infancy (over 60%), with risk dropping significantly by age one.

Two things can be true at the same time:

✔ Vaccines can play an important role and
✔ Every medical intervention carries risk.

And...good medicine doesn’t ignore either.👏

It weighs both and individualizes decisions for the child in front of us.

If you’re feeling overwhelmed trying to make sense of all of this, you don’t have to do it alone.
Right now, the Vaccine Empowerment Program is 50% off but only until 1/22.

It’s designed to help parents understand risk, timing, and options without fear or pressure.
Comment VEP below and I’ll send you the details.

01/12/2026

The MAR-Autism (MARAbio) test identifies a biologically defined subtype of autism known as Maternal Autoantibody-Related Autism (MARA).

In MARA, a mother produces IgG autoantibodies during pregnancy that target specific fetal brain proteins involved in neuronal development, synapse formation, and cortical organization. These antibodies can cross the placenta and interfere with brain development during critical windows.

This subtype has been associated with:
👉Higher likelihood of more severe autism presentations
👉Greater challenges with language, cognition, and adaptive functioning
👉A distinct immune-mediated developmental mechanism, not behavioral or environmental alone

This is not a diagnostic test for autism — it is a risk-stratification and mechanistic test that helps identify why autism may have developed in a subset of children.

Why this matters:
✅It moves autism out of a one-size-fits-all framework
✅It helps identify children whose autism has a prenatal immune origin
✅It informs clinical expectations, research-guided care, and future pregnancy planning

This is precision medicine for neurodevelopment — identifying biology, so we can better support these kids.

👉 Comment MARAbio if you’re interested in using this test.

01/07/2026

My quick thoughts on CDC vaccine schedule changes….

Age is not the only determinant of risk.

Recent updates to the childhood vaccine schedule reflect an established principle of medicine:

👉 chronological age alone does not capture biological variability.

Children differ in:
• Immune system maturity
• Genetic and epigenetic factors
• Prior inflammatory or infectious burden
• Environmental exposures
• Neurodevelopmental vulnerability

Assuming identical risk based on age alone oversimplifies a complex biological reality.

This shift represents progress toward precision medicine—not a departure from science.

It allows for:
• Individualized risk–benefit assessment
• Clinician judgment alongside population data
• Appropriate timing based on the child’s health status
• Meaningful informed consent
• Parents participating as active decision-makers

Informed consent requires understanding—not just compliance.
This framework doesn’t undermine public health goals.

It strengthens them by aligning recommendations with individual biology.
The objective remains unchanged:
✔ protect children
✔ minimize adverse outcomes
✔ support healthy development

One-size-fits-all was a population tool.
Individualized care is the clinical standard.

I’ve spent the last few days searching for the right words—words that honor both the complexity of this moment and the f...
09/26/2025

I’ve spent the last few days searching for the right words—words that honor both the complexity of this moment and the families who trust me with their most precious gifts.

The internet may be ablaze with debate, but beneath the noise, we’re united by something deeper: our shared commitment to the health and flourishing of the autism community, and our drive to understand the intricate dance between genetics and environment that shapes how our children develop.

As a doctor walking alongside families through biomedical approaches, I’ve never had the privilege of waiting for textbook certainty. Because waiting isn’t just academic—it’s a child’s window of opportunity closing. It’s a family’s hope deferred. It’s potential left unrealized.

Yes, the science is complex, sometimes contradictory, always evolving. But complexity isn’t an excuse for complacency. It demands something harder: the careful application of clinical wisdom, deep humility, and unwavering compassion as we pursue safe, evidence-informed paths toward healing.

What I witness in my practice leaves me in awe daily. I don’t speak from personal experience with autism, but it has become the work that defines me. These children and their families have shown me that love isn’t just an emotion- it’s fierce determined action. I don’t claim to have every answer, but I promise this: I will never stop learning, questioning, researching, and fighting for every child that walks through my door.

Here’s what I know to be true: families see their children clearly. When they tell me certain symptoms aren’t “just autism” but signs of underlying imbalances that can be addressed, I listen. Because this isn’t unique to autism—it’s the human condition. ADHD, anxiety, depression, diabetes, heart disease—every diagnosis represents the complex interplay between who we are genetically and the world we inhabit.

Our calling is to meet each person with radical acceptance and unconditional love—while having the courage to pursue every avenue that might ease their struggles and unlock their potential.

❤️❤️❤️

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