Research & Ingredient Library
Every ingredient listed across this index is grounded in published research. This library outlines the biological pathways, molecular structures, and physiological mechanisms behind each active compound—offering a clear, science-based resource on how targeted nutrition supports structural and cellular health.
Bioactive Collagen Peptides: Targeted Connective Tissue Support
This article looks at how four targeted collagen peptides — Verisol®, Fortigel®, Fortibone®, and Tendoforte® — each support a different part of your body as natural collagen production slows with age. By matching their specific molecular size to the receptors on target cells, this multi-peptide blend supports skin renewal, joint cushioning, bone mineralization, and tendon strength in ways a single, generic collagen powder simply can't.
Chelated Magnesium: Intestinal Absorption Kinetics
This article compares how well your body actually absorbs organic magnesium — bonded to glycine, lysine, and malic acid — versus the standard inorganic magnesium found in most supplements. Because your gut recognizes this bonded form as an amino acid rather than a mineral salt, it gets absorbed through the same pathways your body uses for protein, skipping the digestive bottlenecks, stomach upset, and poor uptake that come with standard magnesium.
Pro-Resolving Mediators: Active Marine Lipid Markers
This article explains how pre-fractionated pro-resolving mediators — specific marine lipid compounds — deliver already-active building blocks straight to your cells. Because they skip the early conversion steps that often slow down under stress, exertion, or aging, these targeted compounds help your body complete its natural recovery process, keep immune signaling balanced, and maintain overall tissue health.
Immunomodulatory Polysaccharides: Receptor Signaling & Immune Support
This article looks at how purified beta-glucan and larch arabinogalactan work directly with your immune cells to help your body respond faster to everyday challenges. By walking through how these compounds get recognized by immune cells, activate key defenders, and communicate with the immune tissue lining your gut, we show how these two targeted fibers work together to support your body's overall resilience.
[ Explore the research on Immunomodulatory Polysaccharides ]
Genitourinary Probiotic Strains: Microflora Dynamics Across the Gut-Vaginal Axis
This article looks at how specialized, clinically studied probiotic strains survive stomach acid to reach and settle into the tissues that make up a woman's vaginal and gut environment. By looking at how each strain interacts with the body, produces protective acids, and adheres to tissue, we lay out exactly how these strains help keep your natural microbiome balanced and healthy.