SUMMARY
Mercury and its compounds can be absorbed through the skin, contrary to the belief that skin is entirely waterproof. The discussion highlights that lipid-soluble compounds and very small molecules can penetrate the skin effectively, while water-soluble compounds require prolonged contact for absorption. The phenomenon of skin pruning after prolonged water exposure supports the idea that substances can enter the skin, as the skin's outer layer allows for some permeability. This absorption principle is similar to how nicotine and birth control patches function.
PREREQUISITES
- Understanding of skin anatomy and physiology
- Knowledge of lipid-soluble vs. water-soluble compounds
- Familiarity with dermal absorption mechanisms
- Basic concepts of pharmacokinetics related to transdermal delivery
NEXT STEPS
- Research the mechanisms of dermal absorption of chemicals
- Explore the properties of lipid-soluble compounds in transdermal applications
- Investigate the effectiveness of transdermal patches for medication delivery
- Learn about safety and toxicity of mercury compounds in dermal exposure
USEFUL FOR
Health professionals, toxicologists, dermatologists, and anyone interested in the effects of chemical exposure through the skin.