When I wrote 40 Mechanisms of Injury about the COVID shot, 10 injury types were neurological. More and more evidence is coming to light, like this paper, SARS-CoV-2 Spike Protein Accumulation in the Skull-Meninges-Brain Axis: Potential Implications for Long-Term Neurological Complications in post-COVID-19 [vaccine], which shows that spike protein absolutely accumulates in the skull-meninges-brain axis, resulting in neurological complications in long-COVID-19 [or vaccine]. In this research, the investigators observed the presence of spike protein in the skull of deceased individuals, showing that it persisted long after their COVID-19 infection [or “vaccination”].

Maintain Neurological Signaling

Neurological signaling is an often overlooked foundation of health. We talk about other things – immune strength, heart function, etc.—but we don’t often talk about neurological health. When internal regulation is strong, neurological signaling remains precise. When regulation weakens, the body adapts by reducing maintenance of tissues that are no longer being integrated or used effectively. This process begins long before visible frailty or significant weakness appears.

Many of the things you already do for your health will help promote neurological signaling. Maintaining balanced electrolytes (sodium, potassium, magnesium), eating nutrient-dense foods rich in omega-3s, staying hydrated, exercising regularly, prioritizing sleep, and managing stress are all important, as is supporting brain chemistry with adequate vitamins like B-complex and D. Avoid toxins, limit alcohol, and keep blood sugar stable for optimal nerve communication and brain function. Fulvic acid is a great way to get multiple benefits from one easy dropperful. This liquid is a complex mixture of organic acids formed from decomposed plant matter. It naturally carries trace minerals (like magnesium, zinc, iron, copper, and others), and the idea is that it may help the body absorb and utilize these minerals more efficiently. Here are ways those trace minerals relate to neurological signaling.

#1 Electrolyte balance relates to nerve impulses. Neurons communicate using electrical signals driven by ion movement. Minerals like magnesium, potassium, calcium, and sodium regulate the opening/closing of ion channels in nerve cells. These ion flows create action potentials, the basic signals of the nervous system.

#2  Fulvic acid may act as a natural chelator, helping transport these minerals into cells where they’re needed.

#3  Neurotransmitter release: Trace minerals are essential for releasing chemical messengers between neurons. Calcium triggers neurotransmitter release at synapses. Magnesium modulates NMDA receptors (important for learning and memory). Zinc plays a role in synaptic plasticity. Adequate mineral availability supports efficient communication between neurons.

#4 Enzyme activation in the brain: Many brain enzymes depend on trace minerals as cofactors. Iron is involved in dopamine synthesis. Copper supports enzymes for neurotransmitter metabolism, and Zinc is involved in hundreds of enzymatic reactions.  Fulvic acid may enhance bioavailability, meaning these minerals are more usable for enzymatic processes.

#5 Fulvic acid promotes ATP production for cellular energy. Neurons are energy-hungry cells. Magnesium is required for ATP (energy) production, and iron supports mitochondrial function.  Better mineral delivery can support sustained neural activity and signaling.

#6 Fulvic acid provides oxidative stress protection. The brain is highly sensitive to oxidative damage. Trace minerals like selenium and zinc support antioxidant enzymes. Fulvic acid itself may have mild antioxidant properties.  This helps preserve neuron integrity and signaling efficiency.

Bottom Line

Fulvic acid doesn’t directly boost brain signals, but it does indirectly support neurological signaling by improving mineral absorption, supporting electrical activity and neurotransmitter systems, and helping enzymes and energy production in neurons.