HIGHLIGHTS
- who: -trihydroxyisoflavone et al. from the School of Pharmacy, College of Pharmacy, Kaohsiung Medical University, Kaohsiung City, Taiwan have published the research: Improvement of Skin Penetration, in the Journal: Pharmaceutics 2019, 399 of /2019/
- what: The aim of this study was to investigate the mechanisms for the improvement in water solubility and skin penetration of_(HPBCD) with 734THIF (5-7HP). This study indicated that PMs obviously induced ROS production 3-fold compared with non-treated PM in keratinocytes.
- how: The results showed that 734THIF was embedded into the lipophilic inner cavity of HPBCD . . .
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