Mibelle Biochemistry’s innovation receives Best Breakthrough Technology Award
Last update on Aug 29, 2025
Mibelle Biochemistry’s PhytoCellTec™ Exosomes has won the Best Breakthrough Technology (Ingredient) Award at the Beauty Matters Awards 2025.
The BeautyMatter Awards are a celebration of excellence, honoring the thinkers, makers, and doers shaping the beauty and wellness industry. This particular recognition highlights the advancements in ingredient development and shines a spotlight on the innovative use of technologies.
Shields the skin from external stressors and rejuvenates it by enhancing skin density
PhytoCellTec™ Exosomes has been acknowledged for its potential in advancing cellular regeneration, skin health, and skin rejuvenation, leveraging the beauty industry's trending focus on exosomes.
PhytoCellTec™ Exosomes delivers plant stem cell-derived exosomes from outside into the skin and additionally increases the exosome production by mesenchymal stem cells inside the skin.
With its dual exosome-based action, PhytoCellTec™ Exosomes works on both the epidermis and dermis. It shields the skin from external stressors and rejuvenates it by enhancing skin density and elasticity, reducing wrinkles, and reshaping the contours of the face and breasts.
Proven efficacy:
In vitro
- Improving the stemness of aged mesenchymal stem cells
- Increase in exosome production by mesenchymal stem cells
- Stimulation of extracellular matrix genes through cell-to-cell communication
- Improved skin barrier function
- Increase in stem cell marker expression
In vivo
- Improvement of wrinkle depth
- Improvement of skin density in photo-aged skin
- Improvement of oval face shape
- Breast lifting effect
- Reduced breast sagging
- Increased skin elasticity
Benefits:
- Doubles the exosomal power
- Increases collagen and elastin expression
- Improves skin density
- Minimizes fine wrinkles and deeper lines
- Tightens facial contours
Mibelle Biochemistry has developed a novel plant cell culture technology (PhytoCellTec™) that enables the large-scale cultivation of callus (stem) cells from rare and protected plant species, such as Malus Domestica. The PhytoCellTec™ technology, which was recognized at the UN Conference Rio+20 as an Eco breakthrough, delivers a highly sustainable sourcing of this active.