Cooperation with ETH Spin Off
With our many years of experience in the beauty industry, we know that our products need to offer more. That's why we decided to collaborate with an ETH Zurich spin-off.
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Conventional cosmetic products don't have to prove their effectiveness, nor do they have a lasting effect or reach their target area. We don't want anything superficial or inefficient.
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The term cosmeceutical is a combination of the words "cosmetic" and "medicine." This implies that the concentration of active ingredients in such products is close to that of pharmaceutical products. During manufacturing, active ingredients are selected that have proven their efficacy in studies and exhibit the highest purity.
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OM24®'s proprietary extraction process focuses on isolating the full potential of the Camellia sinensis tea plant. Such a broad spectrum of effects has never been achieved before.
The OM24® formula is based on natural active ingredients. A specially developed process extracts natural active complexes of polyphenols, amino acids, trace elements, and polysaccharides. The antioxidant properties of OM24® neutralize free radicals and highly reactive oxygen species that contribute to cellular aging. Its cell-protecting, regenerative, and anti-aging effects have been proven in studies.
OM24® stimulates various signaling pathways and thus supports the regeneration of body cells. It also inhibits the enzyme collagenase, which initiates and accelerates the breakdown and disintegration of connective tissue. OM24® helps cells regain vitality and thus prevents cellular aging. No other anti-aging active ingredient has achieved this to date.
OM24® offers unique cell protection that protects the skin and body from aging processes.
The formula is patented worldwide.
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The image on the left shows cells severely damaged by free radicals. The image on the right shows cells protected by OM24® after contact with free radicals, with an intact nucleus (blue) and mitochondria (pink). The antioxidant properties of OM24® neutralize free radicals and highly reactive oxygen species that cause the aging process of cells.
