Build From Within. Support What Your Skin Is Made Of.
HYPODERM™ is a plant-based nutritional system centered on the materials, cofactors, hydration systems, barrier lipids, and phytonutrients relevant to skin structure.
It contains no bovine, marine, porcine, or other animal-derived collagen.
Its approach begins with glycine, L-proline, and L-lysine, selected amino acids prominent in collagen composition. Vitamin C and defined mineral cofactors extend the system into the nutritional chemistry involved in normal collagen and connective-tissue biology.
The formula then addresses what exists around that structure: hydration, barrier composition, and the oxidative environment of skin.
Building material
Nutritional cofactors
Hydration + barrier
Phytonutrient system
Eighteen ingredients do not need eighteen competing explanations. HYPODERM™ organizes them according to responsibility.
Collagen has a distinctive amino-acid composition. Glycine occurs throughout its repeating sequence, proline contributes to its characteristic structural geometry, and lysine participates in processes associated with collagen maturation.
HYPODERM™ supplies all three individually and in defined quantities.
Providing amino acids addresses material. Formation introduces another requirement.
Vitamin C is required for normal collagen formation. Zinc participates in normal protein synthesis. Copper contributes to normal connective-tissue maintenance and participates in enzymatic systems relevant to collagen architecture. Bioavailable silicon adds a defined trace-element component to the structural nutrition system.
Skin structure exists within hydrated tissue and beneath a lipid-dependent barrier.
Sodium hyaluronate occupies the hydration side of the formula. Rice-derived glucosylceramides occupy the barrier-lipid side.
Skin is continuously exposed to environmental and oxidative pressures. HYPODERM™ incorporates carotenoid and polyphenol-rich ingredients selected for this surrounding biological territory.
Collagen’s molecular composition explains why HYPODERM™ begins with three specific amino acids.
Approximately every third amino-acid residue in collagen is glycine. Its unusually small molecular structure allows collagen’s three chains to pack tightly into the center of the triple helix.
Proline contributes to the geometry of collagen chains. Proline residues also provide the precursor for hydroxyproline, a characteristic component involved in stabilizing collagen’s triple-helical structure.
Lysine occupies a different structural responsibility. Lysine residues undergo modifications involved in collagen maturation and intermolecular cross-linking.
Vitamin C is required for normal collagen formation. It serves as a cofactor for enzymes responsible for hydroxylation reactions involved in collagen biosynthesis.
A collagen-focused formula becomes incomplete when collagen is treated as though it exists independently from the tissue containing it. HYPODERM™ extends beyond structural amino acids for that reason.
Hyaluronan is a naturally occurring glycosaminoglycan with substantial water-binding capacity and an established presence throughout extracellular tissues, including skin. HYPODERM™ uses fermentation-derived sodium hyaluronate with a defined molecular-weight specification.
Ceramides are major lipid components of the stratum corneum. HYPODERM™ uses a rice-derived system standardized according to actual glucosylceramide content, extending the formula into oral barrier-lipid nutrition.
Astaxanthin from Haematococcus pluvialis introduces a lipid-soluble carotenoid with antioxidant activity and human research examining oral supplementation in relation to skin parameters.
Standardized oral Polypodium leucotomos occupies a distinct position in the formula because it has been studied in humans in connection with skin responses to ultraviolet exposure.
HYPODERM™ uses both pomegranate powder and a standardized pomegranate extract. One contributes to the fruit matrix; the other concentrates defined polyphenol chemistry, including punicalagin-rich material depending on the finalized extract.
Hibiscus and tart cherry contribute additional phenolic compounds, natural pigmentation, organic acids, and the sensory foundation of the finished beverage.
Thirty servings define the amount supplied. They do not manufacture a thirty-day biological deadline.
Collagen metabolism, skin hydration, barrier function, extracellular-matrix activity, and visible skin characteristics operate on different biological timelines. Individual nutritional status, diet, physiology, environmental exposure, and consistency also influence response.
HYPODERM™ is therefore designed around repeated daily nutritional exposure, not an invented countdown.
One complete serving provides the same nutritional architecture each day.
The pouch measures thirty servings. Biology determines what happens with them.
HYPODERM™ is a 15 g daily beverage powder. The flavor system is integrated into the formula itself.
Provides the dominant tart botanical character and contributes the deep red pigmentation of the prepared drink.
Adds fruit body and another layer of acidity to the hibiscus foundation.
Deepens the fruit profile while serving a separate phytochemical responsibility within the formula.
Sharpens and defines the acidity of the finished beverage.
Provides concentrated sweetness without requiring added sugar.
Completes the final Hibiscus Berry profile and brings the botanical and fruit components into one recognizable flavor.
1 scoop · 15 g · Once daily
Mix one 15 g scoop with 8–12 fl oz of water or another beverage.
Stir, shake, or blend until dispersed.
Take once daily. One scoop carries the complete daily system.
The prepared drink carries a naturally deep red-to-burgundy appearance derived from its fruit and botanical matrix.
HYPODERM™ does not rely on a proprietary blend to conceal the architecture of the formula. Every ingredient has a defined specification and responsibility.
