Fruit Stem Cell Science

Our Fruit Stem Cell Science provides 'universal cells' to renew, repair and regenerate healthy skin.

Apple Fruit Stem Cells

Malus Domestica fruit stem cells, from the Uttwiler Spatlauber apple varietal, are rich in
phyto-nutrients, proteins, and long-living cells. This unique composition of self-renewal growth characteristics awaken dormant skin cells, making them behave like younger cells, while enhanced longevity properties contribute to healthy cell duration and age-delaying protection.

Apple Stem Cells:

• Stimulate healthy cell renewal
• Protect longevity of skin stem cells
• Delay senescence of essential cells
• Slow chronological aging of skin

Grape Fruit Stem Cells

Solar Vitis fruit stem cells, from the rare Gamay Teinturier Freaux grape, are characterized by extremely high anthocyanin content. Anthocyanins are powerful antioxidants and free radical scavengers, enhanced by the interaction of special epigenetic factors and metabolites to help protect the skin and epidermal stem cells from UV radiation and premature photo-aging.

Grape Stem Cells:

• Protect skin stem cells against UV damage
• Increase the skin's UV tolerance
• Maintain healthy stem cell characteristics
• Defend against aging from prolonged exposure

Argan Fruit Stem Cells

Argania Spinosa fruit stem cells, derived from the ancient Berber tree from Morocco, are designed to delay the depletion of dermal papilla stem cells, effectively revitalizing dormant root cells and accelerating the natural repair process to combat chronological aging of hair follicles.

Argan Stem Cells:

• Penetrate follicular pathways
• Delay the depletion of vital stem cells
• Stimulate dormant root bulb cells
• Accelerate natural repair processes

Our Advanced Results

Renew Dormant Cells

Awakens dormant cells to behave like younger healthy cells

Repair Damaged Cells

Repairs cellular damage caused by UV radiation, oxidative and environmental stress

Regenerate Healthy Cells

Protects longevity of skin and follicle stem cells for continuous regeneration at the cellular level