Simulations of Skin Barrier Function: Free Energies of Hydrophobic and Hydrophilic Transmembrane Pores in Ceramide Bilayers

Article, Other literature type English OPEN
Notman, Rebecca ; Anwar, Jamshed ; Briels, W.J. ; Noro, Massimo G. ; den Otter, Wouter K. (2008)

Transmembrane pore formation is central to many biological processes such as ion transport, cell fusion, and viral infection. Furthermore, pore formation in the ceramide bilayers of the stratum corneum may be an important mechanism by which penetration enhancers such as... View more
Share - Bookmark