Masters of Health Magazine August 2026 | Page 11

How Glyphosate and the COVID Vaccine Attack

the Same Molecular Target:

Why That Could Explain the ADHD Epidemic

This article is dedicated to Drs. Seneff, Hazan, and Ardis

for helping me piece together the neurocognitive decline and

ADHD puzzle happening in our children.

A Note Before We Begin

This article explores a hypothesis that has emerged from my clinical work as a pediatrician, combined with a growing body of literature including microbiome science, cholinergic signaling, neuroimmunology, and SARS-CoV-2 biology.

Some of the mechanisms discussed are well established. Others are supported by experimental or preclinical studies, but remain incompletely understood. Still others represent clinical observations and hypotheses that deserve further investigation.

My purpose is not to claim that causation has been definitively established, but rather to examine whether several seemingly unrelated findings may converge on a common biological pathway centered on the alpha-7 nicotinic acetylcholine receptor (α7nAChR).

Over four decades of caring for children, I have repeatedly observed patterns that often precede scientific confirmation. The framework presented here should therefore be viewed as a hypothesis-generating model informed by both published literature and clinical experience.

Whether future research confirms or refutes these ideas, the questions raised deserve careful scientific attention.

Section 1

The Basics: What You Need to Understand First:

What Is a Neurotransmitter?

A neurotransmitter is a chemical messenger that carries signals between nerve cells in your brain and body. I like to think of it as a key. The nerve cell releases the key. The key floats across a tiny gap (called a synapse) and lands in a lock on the next nerve cell. The lock is called a receptor. When the key turns the lock, something happens; a muscle contracts, a thought forms, a memory consolidates, or inflammation turns off.

What Is Acetylcholine?

Acetylcholine was the first neurotransmitter ever discovered. It’s one of the most important chemical messengers in your entire body.

Here’s what it does:

•   In your brain: Attention, focus, memory formation, learning, motivation, and arousal. When you concentrate on reading this sentence, acetylcholine is making that possible.

•         In your muscles: Every voluntary movement you make like walking, typing, blinking requires acetylcholine to tell your muscles to contract.

• In your autonomic nervous system: Acetylcholine runs the “rest and digest” parasympathetic system: it slows your heart rate, stimulates digestion, and generally calms things down.

•      In your immune system: Acetylcholine is the brake pedal for inflammation. It tells immune cells to stand down and stop attacking.

When acetylcholine is low, you get memory problems, inability to focus, inflammation running unchecked, and a nervous system stuck in fight-or-flight.

What Is a Receptor?

A receptor is a protein on the surface of a cell that acts like a lock. Only specific keys (neurotransmitters, hormones, or drugs) fit into it. When the right key goes in, the receptor changes shape and triggers something inside the cell.