The human gut microbiome contains trillions of microorganisms that depend on specific trace minerals for optimal function. Our research explores how marine-sourced minerals support these beneficial bacteria in ways that traditional mineral supplements may not address.
Deep ocean environments contain mineral complexes that have supported marine microbial communities for millions of years. These same mineral profiles may offer unique benefits for human gut bacteria that evolved in mineral-rich ancestral environments.
Our approach combines traditional mineral supplementation with prebiotic fibers, creating an environment where both mineral absorption and beneficial bacteria can thrive together.
Our mineral sourcing focuses on Atlantic deep-water complexes where centuries of mineral deposition have created unique bioavailable forms. These environments remain free from surface contamination while concentrating essential trace elements in forms that both human physiology and beneficial bacteria can readily utilize.
Our flagship formulation combining marine-sourced zinc bisglycinate, selenium methionine, magnesium glycinate, and iodine from Atlantic kelp with inulin prebiotic fiber. Designed for adults who want to support both trace mineral status and gut microbiome diversity through a single daily supplement.
Key Features: Complete mineral profile disclosure, prebiotic fiber content, bioavailable chelated forms, third-party tested for purity.
A concentrated marine trace mineral formula without prebiotic fiber for customers who want the mineral benefits independently. Sourced from Atlantic deep-water mineral complexes and tested for heavy metals, iodine content, and mineral bioavailability.
Key Features: Pure mineral focus, concentrated dosing, clean sourcing verification, independent third-party analysis available upon request.
Our marine minerals begin in Atlantic deep-water environments where natural geological processes concentrate essential trace elements. These mineral-rich waters undergo careful extraction to preserve the natural mineral matrix while removing any potential contaminants.
The extraction process maintains the natural ratios of minerals found in deep ocean environments, which may offer advantages over single-mineral supplements by providing minerals in forms that work synergistically.
Our formulation decisions are based on peer-reviewed research examining mineral absorption, microbiome composition, and the interactions between trace elements and beneficial bacteria. We regularly review new publications in these fields to inform our product development.
Current research interests include studies on mineral bioavailability in different chelated forms, the role of trace elements in maintaining healthy gut bacteria populations, and the potential benefits of marine-derived mineral complexes compared to synthetic alternatives.
We also follow research on prebiotic fibers and their interactions with mineral absorption, as this intersection represents a key aspect of our dual-approach formulation strategy.
