Licorice
Aseptic Licorice Stem Cell Lysate Rich in Anti-Glycation, Antioxidant & Protein-Protective Bioactives
Licorisome™ is a proprietary lysate derived from the stem cells of Glycyrrhiza glabra (licorice). Rich in antioxidant phenolics, polyamines, amino acids, and protective plant metabolites, Licorisome™ supports skin exposed to glycation-associated stress, environmental aggressors, and visible protein aging.
Using advanced metabolomics mapping and analytical profiling, the Licorisome™ bioactive signature reveals numerous compounds associated with maintaining skin smoothness, resilience, and a brighter, more youthful-looking appearance.
INCI
Glycyrrhiza Glabra Callus Culture Extract
Format
- Liquid
- Water-Soluble
1–5%
Usage level
• 100% natural • Vegan • Made in the USA • cGMP-produced
What is Licorisome™?
Licorisome™ is a high-density plant stem cell lysate created through controlled callus culture and aseptic biomanufacturing. It contains potent bioactives naturally produced by licorice stem cells, including antioxidant phenolic acids, protective polyamines, and protein-supportive amino acids.
This metabolite-rich profile helps support skin exposed to oxidative and glycation-associated stress, promoting a smoother, more luminous, and resilient-looking complexion.
Key Benefits
Anti-Glycation Support
Helps protect skin proteins from visible glycation-associated stress that contributes to dullness and stiffness.
Protein Integrity Maintenance
Supports the appearance of smooth, supple skin by helping maintain structural protein balance.
Antioxidant Protection
Helps neutralize oxidative stress linked to environmental exposure and visible aging.
Skin Brightness Support
Helps promote a more luminous and refreshed-looking complexion.
Resilience & Elasticity Support
Supports the appearance of firm, flexible skin exposed to oxidative stressors.
Barrier Comfort & Conditioning
Amino acids and polyamines help support skin comfort and overall balance.
Why Plant-Derived Exosomes?
| Feature | Licorisome™ (Licorice Stem Cell Anti-Glycation Complex) | Synthetic Anti-Glycation Systems |
|---|---|---|
| Source | Glycyrrhiza glabra callus culture extract enriched with antioxidant phenolics and polyamines | Synthetic isolated antiglycation compounds |
| Biological Intelligence | Metabolite-rich profile supporting protein resilience under oxidative conditions | Single-pathway antiglycation activity |
| Anti-Glycation Support | Helps protect skin proteins from visible glycation-associated stress | Targeted chemical inhibition only |
| Antioxidant Capacity | Phenolic acids and polyamines support oxidative stress balance | Depends on added antioxidant system |
| Protein Integrity Support | Supports maintenance of collagen-related smoothness and suppleness | Limited structural support |
| Skin Brightening Support | Helps improve the appearance of dull glycation-affected skin | Requires additional brightening agents |
| Skin Conditioning | Amino acids support comfort and buffering balance | Not inherently conditioning |
| Immunogenicity | Non-immunogenic and biocompatible | Varies by compound |
| Ethical Profile | Vegan plant-derived and clean-label | Synthetic origin |
| Regulatory Status | Globally compliant cosmetic ingredient | Generally compliant but formulation dependent |
| Stability & Scalability | Stable scalable and batch-consistent botanical ingredient | Stable but often single-function |
| Application Scope | Ideal for anti-aging brightening and resilience-focused skincare systems | Primarily antiglycation positioning |
| Clean Beauty Alignment | Fully compatible with clean beauty standards | May not align with clean beauty positioning |