ADHD Masterclass · Live Webinar + Q&A
Why ADHD strategies work beautifully for some children… and completely miss the mark for others.
A masterclass for parents who know
there’s more going on beneath the surface.
with Dr. Ari Calhoun, ND · Founder, Wholesome Brain Medicine
You’ve tried everything
The sticker charts. The behavioral strategies. The endless reminders. Maybe even the medication.
And still, your child is struggling. Not because you haven’t tried hard enough — but because the conventional approach treats every ADHD brain as if it works the same way.
It doesn’t.
“That’s just ADHD”
Parents hear this constantly. But the neuroscience tells a far more nuanced story.
Many children have deeper biological drivers — genetic, nutrient, metabolic, immune-related — that are being completely missed. And when those go unaddressed, even the best strategies fall flat.
What the research shows
The reality of ADHD is more complex than most families are told.
Many families start treatment expecting symptoms to improve. Yet emotional dysregulation, anxiety, sensory challenges, and incomplete responses remain surprisingly common.
50-80%
Discontinue medication within 1-2 years
Side effects, incomplete resolution, emotional worsening, sleep issues, and appetite suppression are among the most common reasons.
50-70%
Experience significant emotional dysregulation
One of the strongest predictors of family stress, social struggles, and long-term impairment — yet rarely the primary focus of treatment.
30-50%
Also meet criteria for an anxiety disorder
Anxiety in ADHD is frequently missed or misattributed — and when untreated, profoundly shapes how a child responds to everything else.
Up to 50%
Have sensory processing challenges
A hidden driver of meltdowns, school refusal, and behavioral dysregulation that often goes entirely unaddressed.
If medication hasn’t been the answer you hoped for, there’s a reason. The way ADHD is typically treated leaves out most of what actually drives it. The science has moved on. The standard playbook mostly hasn’t
What’s actually driving the symptoms
Every behavior has a biological driver.
Inattention. Emotional reactivity. Sensory overwhelm. Anxiety. Impulsivity.
These symptoms don’t appear randomly. They emerge from underlying patterns within the brain and body—and different children can arrive at the same ADHD diagnosis through very different pathways.
We’ll explore the role of factors including:
Neurotransmitter Imbalances
Dopamine, norepinephrine, serotonin, and glutamate help regulate attention, motivation, impulse control, and emotional regulation.
Immune Stress & Neuroinflammation
Studies have linked elevated inflammatory markers and immune dysregulation to ADHD symptoms in a subset of children.
Laboratory Evaluation
What should you actually test—and what levels are associated with optimal attention, emotional regulation, and brain function?
Genes & Epigenetics
ADHD is one of the most heritable neurodevelopmental conditions, with genetics accounting for roughly 70–80% of risk. We’ll discuss which genetic pathways are most relevant—and which are actually worth evaluating.
Common Nutrient Deficiencies
Iron, magnesium, zinc, vitamin D, omega-3s, and methylation pathways all influence attention, emotional regulation, neurotransmitter production, and overall brain function.
Environmental Factors
Growing research suggests that factors such as lead exposure, mold, and gut microbiome imbalances can influence brain development, behavior, attention, and emotional regulation.
Understanding what’s driving your child’s symptoms can change everything. We’ll help you recognize the patterns most relevant to your child and build a more individualized path forward.
A more complete approach to treatment
What this masterclass emphasizes — and what most ADHD resources leave out.
Behavioral strategies and medication have their place. But for many children, the most meaningful progress comes from addressing the biological terrain underneath — through botanical medicine, targeted supplementation, and the clarity that the right labs can provide.
Botanical medicine — a core focus of this masterclass
Clinically studied herbs for the ADHD brain
A growing body of research supports specific botanical compounds with mechanisms that directly target the neurobiological patterns driving ADHD symptoms — influencing dopamine pathways, reducing neuroinflammation, supporting cognitive resilience, and calming an overactivated nervous system. We’ll go deep on the evidence, clinical application, and which herbs fit which child.
Pycnogenol
Has been shown to improve attention, hyperactivity, and impulsivity in children with ADHD. Supports dopamine and norepinephrine signaling while reducing oxidative stress and inflammation.
Saffron
Has demonstrated benefits for attention, emotional regulation, and hyperactivity in multiple ADHD studies. Influences dopamine and serotonin pathways involved in focus, motivation, and mood.
Bacopa monnieri
Supports memory, learning, processing speed, and cognitive performance. Enhances neuronal communication and promotes neuroplasticity involved in attention and executive function.
Ginkgo biloba
Supports attention, executive function, and cognitive performance. Enhances cerebral blood flow and modulates neurotransmitter systems involved in focus and information processing.
Targeted nutrients & cofactors
The foundational biochemistry most children are missing
Many ADHD symptoms are directly worsened by micronutrient insufficiencies that are both common and correctable. We’ll cover the nutrients most frequently deficient in children with ADHD and how to address them systematically — matched to your child’s specific pattern.
Magnesium
Involved in over 300 enzymatic reactions, magnesium plays a direct role in neurotransmitter regulation and nervous system calm. Children with ADHD are consistently found to have lower magnesium levels than their neurotypical peers
Zinc
Zinc is essential for the synthesis and metabolism of dopamine, the neurotransmitter most implicated in ADHD. Low zinc levels are associated with greater symptom severity and poorer response to stimulant medication.
Iron
Iron is required for dopamine production and myelin development, both critical for sustained attention and cognitive processing. Even subclinical iron deficiency, without full anemia, has been linked to worsening ADHD symptoms.
Omega 3s
The brain is nearly 60% fat, and omega-3 fatty acids are its primary structural component. Research consistently shows that children with ADHD have lower levels of omega-3s, which are essential for synaptic signaling, executive function, and emotional regulation.
What you’ll leave with
Not just information — a new way of seeing your child.
By the end of this masterclass, you’ll have:
This is for you if…
You sense there’s more going on than what you’ve been told.
You’ve tried to help. You’ve done the research. You’ve followed the recommendations. Yet something still doesn’t fully explain what you’re seeing in your child.
You are not failing your child. You simply haven’t been given the deeper lens through which to understand them.
Join the Masterclass
Watch anytime at your own pace
Learn the four ADHD subtypes and how to personalize your child’s natural treatment approach.
$47
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Start watching immediately after purchase and revisit the training anytime.