Science
Mechanism of Action
Carbon Dioxide operates through the 'Bohr Effect.' When introduced to the skin, it increases local CO2 concentrations, signaling hemoglobin to release bound oxygen into the tissues. This surge in bioavailable oxygen triggers vasodilation, accelerates cellular metabolism, and encourages the synthesis of structural proteins like collagen.
Research
Clinical Evidence
High confidenceN/A
Key findings
- 01 Concentrations ≥60 mg/L were found to actively promote dermal blood flow and preserve the skin's barrier function against harsh winter conditions.
- 02 Ten weeks of consistent CO2 exposure resulted in a 16% increase in skin firmness and a 12% improvement in global aesthetic appearance.
- 03 CO2 treatments significantly elevated transcutaneous oxygen tension (tcPO2) levels compared to mechanical exfoliation methods.
Transparency
Dusting Analysis
In many 'carbonated' products, CO2 is present at negligible levels merely for sensory 'fizz' or as a propellant. To achieve the Bohr Effect and genuine physiological benefits, it must be maintained at a concentration of at least 60 mg/L or generated via high-dose in-situ reactions.
The Formula
Formulation
Stability
Highly volatile at atmospheric pressure; it requires pressurized delivery systems or dual-phase 'in-situ' activation (mixing an acid and a carbonate) to remain effective before dissipating.
Synergies
- Sodium Bicarbonate
- Organic Acids (Citric/Malic)
- Vascular stimulants
Conflicts
- Alkaline environments (pH > 7.0)
- Carbomer-based thickeners
- Non-pressurized, open-air packaging
Safety
Safety Profile
Recognized as FDA GRAS (Generally Recognized As Safe). While not formally reviewed as an active by the CIR, it is a standard, safe propellant and food-grade gas.
Your Skin
Skin Compatibility
Our Assessment
Verdict
A sophisticated physiological tool that optimizes skin oxygenation from the inside out, provided it is formulated in stable, high-concentration delivery systems.
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References
Sources