Introducing Oceamides – The First Natural Water-Dispersible Ceramide From a Marine Source.

The ceramide market encounters several challenges, including complex formulation processes and reliance on synthetic sources. Oceamides® introduces an innovative, natural, and marine-derived alternative to synthetic ceramides, supporting skin barrier function, moisture, and anti-aging benefits. Sourced from the marine microalga Nannochloropsis oculata, this unique lipid complex effectively addresses both formulation hurdles and synthetic origin.

Lipidomic profile confirmed that Oceamides® contains human-identical ceramides (NP, NS) along with other key lipids present in the skin barrier. In vitro tests using a 3D human epidermal model demonstrated notable efficacy: a 37% improvement in skin barrier integrity (TEER) after 48 hours, a 27.5% reduction in cell lysis (LDH) at 24 hours, and a 35.4% increase in cell proliferation within the same period.

Clinical evaluations further substantiated its performance. At a 0.5% concentration in a cream, Oceamides® increased skin firmness by 14% and moisture by 13% after just 2 hours, matching or surpassing the effects of synthetic ceramide NP and significantly reducing the appearance of wrinkles in comparative trials.

Oceamides® offers distinct advantages for formulators: it is water-dispersible, removing the need for high-temperature processing and thus reducing production time and costs. It also exhibits excellent stability across a wide pH and temperature range, along with high skin compatibility.

In essence, this marine-derived ingredient represents a natural, effective, and multifunctional solution, backed by comprehensive scientific data, poised to redefine cosmetic approaches to skin barrier repair and anti-aging care. It stands as the first natural, marine-based ceramide alternative capable of replacing synthetic ceramides in formulations.