Vytrus Biotech, the company specialized in active ingredients derived from plant stem cells for the cosmetic industry, has launched QUORA NONI™ BIOMICS, a new active that rejuvenates the microbiota to achieves a younger skin.
At Cosmetorium trade show 2022 in Barcelona (Spain), Vytrus has presented a novel concept for the first time in cosmetics – reversing the microbiota ageing to improve the signs of ageing on the skin through a 100% natural active based on plant biotechnology. In the framework of the show last 28th September, Vytrus won the Cosmetorium Awards 2022 in first position with its formulation Purple Rain – an innovative microbiota re-youth peel-off mask that included this new ingredient.
Vytrus has studied the role of the microbiota on skin ageing and how our microbial population changes and ages with the passage of time, negatively affecting our skin’s appearance. Our skin bacteria communicate through a system called Quorum Sensing that generates coordinated behaviours that can turn our bacteria virulent. When that happens, there is a microbial imbalance that leads to the generation of molecules that can damage our skin – the so-called Senile Biome Markers (pro-ageing markers).
QUORA NONI ™ biomics brings a plant strategy to modulate these bacteria behaviours, rebalancing the skin microbiota and promoting Youth Biome Markers. This mechanism (Quorum Quenching) rejuvenates the skin by rejuvenating the skin microbiota and brings beneficial properties to the skin on both mature and young skins (clinically tested):
- Rebalanced and younger microbiota
- Improvement of wrinkles on mature skins
- Skin-pore and redness reduction
- Stimulation of the skin’s immune system (β-defensin improvement)
- Skin-firming and perfecting effect
This active ingredient transfers properties of a wonderful plant (Morinda citrifolia, also called Noni) to our skin, reducing the signs of cutaneous ageing produced by the ageing of the skin microbiota: a new approach to skincare that is based on the power of nature and a sustainable raw material from biotechnology.
