Science
Mechanism of Action
Operates as a cellular respiratory activator by enhancing the mitochondrial uptake of oxygen and glucose. This process significantly boosts ATP synthesis, providing the energy required for fibroblasts to migrate and synthesize collagen, effectively restoring the skin's structural integrity under hypoxic or damaged conditions.
Research
Clinical Evidence
High confidence10%
Key findings
- 01 Clinical trials demonstrate that a 10% concentration significantly outperforms standard lubricants in epithelialization and tissue repair.
- 02 At concentrations of 5-20%, the extract facilitates a balance between fibroblast proliferation and tissue formation, minimizing scar development.
- 03 Pharmaceutical data indicates that even at 4.15 mg/g (~0.4%), the extract stimulates granulation and improves oxygen uptake in stressed tissues.
Transparency
Dusting Analysis
While active physiological benefits are documented as low as 0.4%, many cosmetic formulations include it at 'trace' amounts below 0.1% for label marketing, which is insufficient to trigger the metabolic respiratory benefits.
The Formula
Formulation
Stability
Highly stable in aqueous gel networks such as carbomer or CMC. It is sensitive to degradation in environments with a pH lower than 4.0, which can destabilize its low-molecular-weight peptides.
Synergies
- Polyols (Glycerol)
- Hyaluronic Acid
- Cellulose-based thickeners
Conflicts
- Proteolytic enzymes
- Strong oxidizing agents
- High acidity (pH < 4.0)
Safety
Safety Profile
The deproteinization process is critical as it removes allergenic proteins, resulting in a non-hemolytic substance with low systemic toxicity. While not formally reviewed by the CIR for cosmetics, it has a long history of safe use in ophthalmic and dental medicine.
Your Skin
Skin Compatibility
Our Assessment
Verdict
A potent biological reparative agent that excels in accelerating tissue recovery and cellular energy production when formulated at concentrations above 0.4%.
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References
Sources