About epigenetics

Epigenetics & the Future of Beauty: Why Anti-Aging No Longer Asks About Age

Skin aging today is no longer just about anti-wrinkle creams. Science and technology are revolutionizing our view of beauty. What sounded like science fiction just a few years ago – artificial intelligence, nanotechnology or epigenetics – is now becoming part of cosmetic care.

Epigenetics: beauty begins in the cells

Epigenetics studies how the activity of our genes changes. With age, stress and UV radiation, "errors in transcription" of DNA occur - new cells are formed with damage. The skin loses elasticity, wrinkles form. Scientists have already been able to rejuvenate fibroblasts by 30 years. Epigenetic cosmetics can rewrite the "bad memories" of cells and activate genes associated with regeneration.

EPIUS: epigenetic cosmetics from Japan

Nano Reverse Factor technology acts as a reset button for skin cells, communicating with them via microRNA and activating natural repair mechanisms.

Clinically proven results:
- 20-44% improvement in hydration
- 5.3-25.6% increase in elasticity
- 6.2-55.8% reduction in wrinkle depth

Three technologies that are changing skin care

Artificial intelligence

It can evaluate thousands of active ingredients in a few hours and create personalized serums exactly for your skin. Smart mirrors are already analyzing

Nanotechnology

They allow active ingredients to penetrate deeper. Microscopic nanocarriers deliver active ingredients directly to the deeper layers of the dermis, where the skin's youthful appearance is truly determined.

Prevention from 20 years old

It is key today. Proteoglycan protects collagen, reduces wrinkles and improves elasticity. Pro Labo Treatment Gel with proteoglycan supports the body's own production of collagen and hyaluronic acid - as an investment in future beauty.

Beauty is no longer just about age. It's about using science wisely to support your skin's natural power. Epigenetics, AI, and nanotechnology are opening the door to skincare that prevents wrinkles at the cellular level—not after they form.