… For the purpose of transdermal drug delivery, we can examine the structure of human skin …
The enhancer effect of surfactants on the cutaneous penetration is minimal. The capacity that …

… The polar head of the keratin interact with penetration enhancers like aprotic solvents and
surfactants in the intracellular region, which result in conformational chamges in the protein …

… Non-ionic surfactants: Non-ionic surfactants demonstrate their penetration enhancer ability
by causing the fluidization of stratum corneum, the surfactant initially penetrates into the …

… We intentionally do not create separate groups for surfactants (all surfactants are
amphiphiles, either synthetic or semi-synthetic, and have various functional groups) or terpenes. …

… It comprises phospholipids, surfactants, and a higher amount of ethanol … in transdermal
drug delivery as a permeation enhancer to increase the transport of various drugs across the skin…

… Due to their physicochemical properties and self-assembling behavior, amino acid-based
gemini surfactants can be used as skin permeation enhancers as well as drug delivery …

… of transdermal or topical drug delivery system from the skin. 5. The penetration enhancers
… The anionic and cationic surfactants can cause to damage human skin [40]. Sodium lauryl …

… , 1998, Kiss, 2014) emulsifiers or skin conditioners. The objective of this study was to show
the potential of NIS as non-toxic skin penetration enhancers for transdermal drug delivery. …

… In an in vitro study, a gel with 10% urea increased transdermal caffeine delivery by almost
50%, at a level similar to the permeation-enhancing effect of the surfactant sodium laureth …

… penetration enhancers as well as the research ethics in the investigation of dermal and
transdermal drug delivery are … and active/physical penetration enhancement methods as they are …