Q-Bright MDA™

Q-Bright MDA™: A radiant and luminous complexion

Out of extensive research, Q-Bright MDA™ creates the harmonious and unique combination of six natural ultra-powerful ingredients in one exclusive formula developed to REDUCE and LIGHTEN DARK SPOTS and BOOST SKIN RADIANCE.

Scientifically tested, its results are visible *:
  • Complexion illumination:
    • Significant reduction in the size of dark spots of 25% on average and up to 61%
    • Noticeable lightening of dark spots of 12% on average and up to 61%
  • Improved hydration: +27%
  • Reduction in the production of free radicals and antioxidants: -72%

* in vivo tests on ingredients


Q-Bright MDA™ illuminates the complexion and boosts its radiance by stopping the formation of melanin, lipofuscin and free radicals. Clear of dark spots, the complexion is luminous and even.

 

Effectively fights dark spots

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Q-Bright MDA™ inhibits the formation of melanin and lipofuscin, responsible for the appearance of dark spots and pigmentation disorders. It lightens pigmentation spots and clearly reduces their size. The skin rediscovers an even, flawless complexion.

Clinical studies show a visible effect after applying daily for 84 days. Pigmentation spots are lightened on average by 12% and up to 61%. The size of the pigmentation spots is reduced by nearly 25% on average and up to 61%.

Restores radiance

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Q-Bright MDA™ is a new generation hydro-complex that reproduces the hydration cellular process and increases the density of the hydrolipid film. Softened, the skin rediscovers all its luminosity.

Clinical studies show 27% more hydration than a conventional moisturiser 2 hours after applying and 24% more 8 hours after applying.

Illuminates the complexion

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A powerful anti-oxidant, Q-Bright MDA™ boosts the cellular defence system and inhibits the production of free radicals generated by UV rays, pollution and the stress of modern life. Skin is protected, its radiance and youthfulness restored.

Clinical studies show up to a 72% reduction in the formation of reactive derivatives of oxygen.



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