IPSTIC PATCH INTIMATE 1
IPSTiC technology uses a multimodal approach built on three polymer matrices and active ingredients. The matrices create synergy that boosts hydration, adhesion, and delivery. They work together with actives to
IPSTiC technology is based on a multimodal delivery strategy that integrates three complementary polymer matrices with carefully selected plant-derived actives. This synergistic design provides multiple benefits within a single system: it enhances skin and scalp hydration, reinforces adhesion for prolonged contact, and forms a protective barrier that preserves the stability of sensitive actives. By optimizing these parameters simultaneously, the technology ensures a long-lasting effect and consistent performance in finished formulations. In vitro evaluations have demonstrated its strong anti-hair loss potential, primarily through the inhibition of 5-alpha-reductase, the key enzyme involved in androgenic hair thinning. This dual action—stabilizing actives while directly modulating a biological pathway—highlights IPSTiC as an advanced and effective solution for next-generation cosmetic and trichology applications.
IPSTiC technology uses a multimodal approach built on three polymer matrices and active ingredients. The matrices create synergy that boosts hydration, adhesion, and delivery. They work together with actives to
IPSTiC (Interconnected Polymers Technology) is an innovative delivery strategy. The system uses a specialized blend of three key polymers. It combines high molecular weight Hyaluronic Acid and Rice Proteins. It
IPSTiC technology uses a multimodal delivery approach. Three polymer matrices combine with actives for a synergistic effect. This system enhances hydration and improves skin adhesion. It optimizes the penetration of