Alloy Brain
Condition- Aluminum: Aluminum is neurotoxic despite being classified as a 'light' metal. It takes longer to melt than other metals, and during melting it absorbs electrical impulses like a sponge, weakening signals.
- Arsenic: Arsenic is one of the toxic heavy metals that can reside in the brain and contribute to alloy formation.
- Barium: Barium is one of the toxic heavy metals that can reside in the brain and contribute to alloy formation.
- Cadmium: Cadmium outgasses and bubbles when combined with mercury, causing mercury to expand and spread through brain tissue.
- Lead: Lead accelerates peeling and flaking oxidation processes when combined with aluminum or copper. High-level lead poisoning is recognized as harmful, but trace amounts accumulating over time are ignored by medicine.
- Mercury: Mercury contributes to alloy formation in the brain. It is shape-shifting and doesn't need intense heat to break down and liquefy. Mercury finds mercury on its own without needing electromagnetic pull, making mercury deposits form faster.
- Nickel: Nickel has strong magnetic quality and repels heat more than copper, forcing copper to absorb excess heat and break down faster in nickel-copper alloys.
- Tin: Tin is one of the toxic heavy metals that can reside in the brain and contribute to alloy formation.
- Toxic calcium: Toxic calcium binds to aluminum, encasing it and pushing the alloy deeper into brain tissue.
- Toxic chromium: Toxic chromium is one of the industrialized metals that can reside in the brain and contribute to alloy formation.
- Copper (toxic): Toxic copper acts as a grounding metal that alters electrical flow in the brain and destabilizes other metals when alloyed.
- Toxic heavy metals: Toxic heavy metals entering the brain and combining with one another, forming unstable alloys that denature brain tissue over time. Any industrialized, toxic metal is classified as a toxic 'heavy' metal because the damage creates heavy consequences.
Sources(1)
- bookMedical Medium Brain Saver - Chapter 3: Your Alloy Brain(2022)