Minerals are the structural and functional foundation of cellular biochemistry. Every enzymatic reaction, membrane transport process, nerve impulse, and energy-producing pathway in the body depends on an adequate supply of mineral cofactors — not merely the handful of macrominerals measured in standard dietary assessments, but a broad matrix of trace and ultra-trace elements that collectively enable the body's estimated 37 trillion cells to carry out their respective functions.
Modern food systems and water treatment practices have substantially eroded the mineral richness of the contemporary diet. Intensive agricultural practices and decades-long soil mineralisation decline have significantly reduced the mineral content of common vegetables compared with historical baselines. Reverse osmosis and advanced home filtration systems — while effective at removing contaminants — also strip drinking water of naturally occurring ionic minerals. The cumulative result for many individuals is a functional gap between the mineral exposure their physiology was calibrated for and what their current diet and water supply provides.
BodyBio ReMineralize is a concentrated liquid ionic mineral supplement sourced from ancient mineral-rich inland sea deposits in Utah's high desert, extracted through solar evaporation technology without artificial processing. It provides a full-spectrum matrix of 72 or more naturally occurring minerals in ionic form, with quantified contributions of magnesium, chloride, sodium, and potassium per serving, and a background of trace and ultra-trace elements in the naturally occurring ratios found in this ancient seabed source.
Ionic Form and Cellular Bioavailability
The ionic state of minerals is central to the bioavailability advantage of this formula. Ionic minerals carry an intrinsic electrical charge — either positive (cations, e.g., Mg²⁺, K⁺, Na⁺) or negative (anions, e.g., Cl⁻) — which enables them to interact directly with specialised mineral transport channels and carrier proteins in the intestinal epithelium. Magnesium, for example, is absorbed via TRPM6 and TRPM7 transient receptor potential channels, which recognise and transport the free Mg²⁺ ion. Minerals that must first be dissociated from an organic compound or chelate during digestion introduce an additional absorption step; ionic minerals in solution bypass this requirement and are available for uptake immediately upon contact with the intestinal mucosa. The small serving size (2.5 ml) delivers this concentrated mineral matrix without the digestive load associated with tablet or capsule mineral supplements.
Magnesium — Primary Quantified Mineral (250 mg per serving)
Magnesium is the second most abundant intracellular cation in the human body and a cofactor for more than 300 enzymatic reactions. It is indispensable to ATP synthesis — all ATP in the cell exists primarily as the Mg-ATP complex, meaning magnesium availability directly governs the cell's capacity for energy production. Additional roles include DNA and RNA synthesis (magnesium is required by DNA polymerase), glutathione synthesis (supporting cellular antioxidant capacity), protein synthesis at the ribosomal level, and regulation of calcium channel activity, which underpins normal muscle contraction and relaxation. Magnesium also supports normal nerve impulse conduction and helps maintain normal blood glucose regulation as a cofactor for insulin receptor kinase activity. The 250 mg per serving provided by ReMineralize represents 60% of the US Daily Value and offers a meaningful contribution toward daily magnesium requirements.
Chloride — Osmotic Balance and Gastric Function (650 mg per serving)
Chloride is the principal extracellular anion and is integral to fluid homeostasis by maintaining osmotic pressure and electrochemical gradients across cell membranes. It is the primary substrate for hydrochloric acid (HCl) production by gastric parietal cells — essential for protein denaturation and pepsinogen activation in gastric digestion, and for maintaining the acid environment that governs mineral solubilisation in the stomach. Chloride also participates in the chloride-bicarbonate exchange mechanism that supports normal acid-base balance and carbon dioxide transport in erythrocytes.
Trace and Ultra-Trace Mineral Matrix
Beyond the quantified macrominerals, ReMineralize delivers the naturally occurring trace element profile of its source material — a spectrum that includes but is not limited to boron, lithium, vanadium, molybdenum, strontium, rubidium, silica, and a range of other elements in ultra-trace concentrations. These elements serve as cofactors for specific metalloenzymes and regulatory systems: molybdenum for xanthine oxidase and sulphite oxidase; boron for bone mineral metabolism and hormonal activity; vanadium for its participation in glucose metabolism pathways; lithium for neurological signalling. Their importance lies partly in the breadth of biological functions they support collectively, and partly in the fact that they are rarely addressed by standard mineral supplementation, which typically focuses on a handful of quantified macrominerals.
Electrolyte Balance and Cellular Hydration
The sodium-potassium ATPase pump, which maintains the characteristic high-potassium, low-sodium intracellular environment, is the body's primary mechanism for regulating both cellular hydration and membrane potential. Adequate provision of potassium, sodium, and chloride — along with the trace-mineral cofactors required for ATPase activity — supports the normal function of this pump and the electrolyte gradients that govern cellular hydration status, nutrient uptake, and waste clearance at the cellular level.
Source Integrity
ReMineralize is sourced from protected inland-sea deposits in Utah and extracted using solar evaporation technology that concentrates naturally occurring minerals without synthetic processing. The product is certified microplastic-free and manufactured to third-party testing standards. BodyBio has operated as a family-owned and operated business since 1998 and manufactures in Millville, New Jersey.
Supplement Facts
Serving size: ½ teaspoon (2.5 ml)
Servings per container: approximately 47
| Nutrient |
Amount per serving |
| Calories |
5 |
| Total Carbohydrates |
1 g |
| Magnesium |
250 mg |
| Chloride |
650 mg |
| Sodium |
5 mg |
| Potassium |
3 mg |
| Trace and ultra-trace mineral matrix (72+ minerals) |
Present in naturally occurring proportions |
Active ingredient: Ionic Sea Minerals Concentrate (sourced from Utah inland sea deposits, solar-evaporated)
Directions
Add up to ½ teaspoon (2.5 ml / approximately 40 drops) to water, tea, juice, a smoothie, or a protein shake, once daily. Those new to concentrated mineral supplementation are advised to begin with a smaller amount — approximately 10 drops — and increase gradually over one to two weeks as tolerance is established. Do not refrigerate. Store at room temperature away from direct sunlight.
Note: this product is well suited for use alongside reverse osmosis or advanced filtered water to restore the mineral profile removed during filtration.
Allergen Information
No known allergens. Non-GMO. Vegan. Free from synthetic additives, preservatives, sweeteners, and artificial flavours. Certified microplastic-free.
Cautions
This product is sourced from natural sea mineral deposits and contains naturally occurring trace amounts of heavy metals including arsenic, lead, and mercury, consistent with levels found in many natural food sources. A Certificate of Analysis (COA) is available upon request confirming per-serving heavy metal concentrations. Individuals who are pregnant, breastfeeding, taking medication for kidney disease, or managing a condition affecting mineral metabolism should consult a qualified healthcare practitioner before use. Do not exceed the recommended serving. Dietary supplements should not replace a balanced diet. Keep out of reach of children.
