Science
Mechanism of Action
The specific mechanism of action for tiglic acid on human skin, particularly concerning any beneficial dermatological effects, is not elucidated in the available research data.
Research
Clinical Evidence
Low confidenceN/A
Transparency
Dusting Analysis
The Formula
Formulation
Stability
As a carboxylic acid with a pKa ranging from 4.96-5.02, tiglic acid is chemically reactive. It reacts exothermically with both organic and inorganic bases and can generate hydrogen gas upon contact with active metals, or hydrogen cyanide with cyanide salts. Additional incompatibilities include diazo compounds, dithiocarbamates, isocyanates, mercaptans, nitrides, sulfides, sulfites, nitrites, thiosulfates, and dithionites. It may also initiate or catalyze polymerization reactions. While slightly soluble in water, it exhibits greater solubility in organic solvents such as alcohol, ether, and chloroform, and has demonstrated solubility in corn oil under specific conditions. Optimal chemical stability requires storage in a cool, dry environment away from direct sunlight.
Conflicts
- Bases (organic and inorganic)
- Active metals
- Cyanide salts
- Diazo compounds
- Dithiocarbamates
- Isocyanates
- Mercaptans
- Nitrides
- Sulfides
- Sulfites
- Nitrites
- Thiosulfates
- Dithionites
Safety
Safety Profile
Tiglic acid is characterized as a toxic and corrosive solid, posing a severe risk of skin irritation and burns, as well as serious eye damage. Inhalation can lead to irritation of the respiratory tract.
Your Skin
Skin Compatibility
Our Assessment
Verdict
Due to its documented severe irritancy, corrosive nature, and lack of verified beneficial skincare functions, tiglic acid is deemed unsuitable for direct topical application in precision skincare formulations.
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