Essential Minerals

The Four Mineral Groups

Every mineral on this site now lives under one of four groups, on disk and in the URL, so the path reads Minerals → group → mineral → section and the sub-menu above shows where you are.

🦴Macrominerals7 🔬Trace Minerals13 🧂Mineral Compounds9 ☠️Toxic Minerals & Heavy Metals21

Minerals — scientific infographic poster

Minerals are the foundational elements your body requires for hundreds of enzymatic reactions, structural integrity, and cellular communication. From macro-minerals needed in larger quantities to trace minerals required in tiny but critical amounts, each plays an irreplaceable role in maintaining optimal health.

Macro-Minerals

⚙️Magnesium 😴Magnesium Glycinate 🦷Calcium 🍌Potassium 🌊Sodium 🥚Sulfur ⚡Phosphorus 🧪Chloride

Trace Minerals

🫁Iron 🛡️Zinc 🔗Copper 🦋Iodine 🌰Selenium 🧱Manganese 🍬Chromium ♻️Molybdenum 🔷Cobalt 🪨Boron 💅Silicon ⚖️Strontium 🩺Vanadium 🥈Silver Nanoparticles

Mineral-Rich Natural Substances

🏔️Shilajit

Mineral Salts & Historical Preparations (1926 Dispensatory)

🛁Magnesium Sulfate (Epsom Salt) 🚑Calcium Chloride 🧴Lugol's Iodine 🧠Lithium Carbonate 🚽Glauber's Salt (Sodium Sulfate) 🧼Borax (Sodium Tetraborate)

Toxic Minerals & Heavy Metals

Not every element is a nutrient. Some are poisons with no safe biological role, and even essential minerals turn toxic in excess. The Toxic Minerals & Heavy Metals section explains each one’s toxicity to the body, symptoms, diagnosis (blood, urine, and hair testing), treatment, and the peer-reviewed research behind it.

☠️Toxic Minerals Hub 🧲Heavy Metals Overview 🩸Iron Overload 🥉Copper Toxicity 🧄Selenium Toxicity 🦪Zinc Toxicity

Connections

Vitamins — the vitamins that most mineral pathways depend on, and vice versa.
Amino Acids — glycine, taurine and the chelating amino acids that carry minerals into cells.
Food — the whole foods each mineral actually comes from.
Herbs — botanical medicine, including the mineral-rich nutritive herbs.
Toxins — environmental exposures that displace essential minerals.
Lab Tests — serum, red-cell and urine testing for mineral status.
Conditions — the conditions driven by mineral deficiency and mineral excess.
Remedies — protocols and practitioners that work through mineral status.
Magnesium — cofactor for over 300 enzymes and the most widely under-consumed mineral.
Zinc — immune function, wound healing, taste and testosterone.
Iron — oxygen transport — and the mineral most dangerous to over-supplement.
Iodine — the thyroid’s irreplaceable raw material.
Selenium — glutathione peroxidase, thyroid hormone conversion and a narrow safe range.
Potassium — blood pressure, heart rhythm and the mineral most diets are short of.
Copper — iron handling, connective tissue and the copper–zinc balance.
Toxic Minerals & Heavy Metals — lead, mercury, arsenic, cadmium and essential minerals in excess.
Conditions on this site that reference this page: Tinnitus · Tooth Decay (Dental Caries) · Vertigo & Ménière's Disease · Galactosemia

Featured Videos

Essential minerals flowing through human physiology — bones and red blood cells — Essential minerals coursing through human physiology — calcium and phosphorus build bone, iron carries oxygen in red blood cells, and electrolytes regulate every cell.

Atomic-scale visualization of mineral ions in cellular fluid — Atomic-scale view of mineral ions in cellular fluid — sodium, potassium, magnesium, and calcium ions power the electrochemical gradients behind every nerve impulse and muscle contraction.

Raw mineral crystals and geological specimens — Raw geological specimens — the natural mineral crystals from which the elements in your body originate, weathered from rock into soil, water, and the foods you eat.