BioMinerals | Advanced Fulvic, Humic & Marine Mineral Complex for Mitochondrial & Gut Optimization | Redox & Detox Support | Dietary Supplement

Fulvic acid has strong redox / electron-donating / electron-accepting capacities (due to its many functional groups). This gives it potential as a redox buffer or antioxidant, meaning it could help neutralize ROS within or around mitochondria (Therapeutic Potential of Fulvic Acid in Chronic Inflammatory Diseases and Diabetes) Fulvic acid is a low–molecular-weight fraction of humic substances, rich in reactive oxygen, nitrogen, sulfur, and aromatic carbon groups that give it exceptional redox and chelating properties. It forms soluble organo-mineral complexes that increase the bioavailability of trace elements such as magnesium, zinc, iron, and manganese—cofactors critical for enzymatic reactions within mitochondrial metabolism, including the Krebs cycle and the electron transport chain. Its amphiphilic nature allows it to act as both an electron donor and acceptor, effectively functioning as a redox buffer that stabilizes cellular potential and supports mitochondrial electron flow. By enhancing membrane permeability and proton conductivity, fulvic acid facilitates nutrient uptake, ATP synthesis efficiency, and detoxification through improved ion exchange. In short, it re-mineralizes and re-electrifies the cellular matrix—optimizing mitochondrial energetics and sustaining high redox potential throughout the body.

Humic acid is a high–molecular-weight, supramolecular aggregate of aromatic and aliphatic organic acids formed during the humification of plant and microbial biomass. It’s composed of complex polyphenolic, quinone, and carboxylic structures that confer exceptional chelating, ion-exchange, and redox-buffering capacities. Through these functional groups, humic acid binds and mobilizes essential macro- and trace minerals (Mg²⁺, Zn²⁺, Fe²⁺/³⁺, Mn²⁺, Cu²⁺, Se²⁻, etc.), enhancing their bioavailability and cellular uptake while simultaneously sequestering and neutralizing toxic metals and xenobiotics. At the mitochondrial level, humic acid’s quinone–hydroquinone redox couples act as electron mediators, potentially shuttling electrons within the respiratory chain and stabilizing redox potential. This can improve oxidative phosphorylation efficiency and protect against ROS-induced mitochondrial dysfunction. Additionally, its ability to maintain ionic gradients and buffer intracellular pH supports membrane potential and proton motive force—key elements of ATP synthesis. In essence, humic acid acts as both a mineral conductor and redox modulator, recharging the cellular terrain and fortifying mitochondrial energetics.

Quinton Hypertonic seawater is a cold-microfiltered, bioactive marine plasma harvested from specific plankton-rich vortex zones of the ocean, originally characterized by René Quinton in the early 1900s. It contains a hypertonic concentration (~3.3%) of 78+ ionic minerals and trace elements—essentially a living electrolyte matrix that mirrors the ionic profile of human extracellular fluid and interstitial plasma. At a biochemical level, this isotopic and electrochemical resemblance makes Quinton plasma uniquely compatible with human physiology. Its naturally ionized minerals (e.g., Mg²⁺, Na⁺, K⁺, Ca²⁺, Zn²⁺, Se²⁻, Mn²⁺, Cu²⁺) serve as critical cofactors for mitochondrial enzymesinvolved in the Krebs cycle, β-oxidation, and the electron transport chain. This replenishes the body’s ionic “terrain,” optimizing membrane potential, proton motive force, and ATP synthesis. Additionally, the marine microelements and colloidal minerals act as conductive agents that enhance intracellular hydration and redox stability. By supporting optimal osmotic balance and mitochondrial mineral sufficiency, Quinton Hypertonic seawater restores the bioelectrical and electrochemical integrity of the cellular matrix—effectively recharging the body’s internal battery and optimizing mitochondrial energy transduction.