La Zara, D. (author), Zhang, F. (author), Sun, F. (author), Bailey, Maximilian R. (author), Quayle, Michael J. (author), Petersson, Gunilla (author), Folestad, Staffan (author), van Ommen, J.R. (author) The wettability of pharmaceuticals is a key physical property which influences their dissolution rate, dispersibility, flowability and solid-state stability. Here, we provide a platform of surface nanoengineering methods capable of tuning the wettability of drug powders from high hydrophilicity to superhydrophobicity with drug loadings up to...
journal article 2021