Liu Yangyang, Zhao Juan, Wang Lulu, Yan Beibei, Gu Yu, Chang Ping, Wang Yancai
School of Chemistry and Pharmaceutical Engineering, Qilu University of Technology (Shandong Academy of Sciences), Jinan 250353, China.
Department of Pharmacy, Qilu Hospital of Shandong University, Jinan 250012, China.
Curr Drug Deliv. 2018;15(9):1221-1229. doi: 10.2174/1567201815666180518124345.
The poor penetration and low bioavailability are the main challenges for transdermal drug delivery. Nanocrystals technology is an attractive method for water-insoluble drug transdermal delivery, as the literature demonstrated that the penetration and bioavailability of the transdermal delivered water-insoluble drugs significantly enhanced and improved by the nanocrystals technology. Currently, the nanocrystals technology has been applied in transdermal delivery of cosmeceutical and for therapy of skin diseases, such as diclofenac acid, tretinoin and rutin. This review focused on the advantages of the nanocrystals technology for transdermal delivery. The special features of nanocrystals for the transdermal delivery of poorly soluble drugs are reviewed (skin disease treatment, safety and compliance, applying to cosmeceutical). Furthermore, the factors of influencing the nanocrystals penetration and the approaches of improving nanocrystals transdermal delivery are also discussed in detail.
药物经皮渗透差和生物利用度低是经皮给药面临的主要挑战。纳米晶体技术是一种用于水不溶性药物经皮给药的有吸引力的方法,正如文献所表明的,纳米晶体技术可显著提高经皮给药的水不溶性药物的渗透率和生物利用度。目前,纳米晶体技术已应用于药妆品的经皮递送以及皮肤病的治疗,如双氯芬酸、维甲酸和芦丁。本综述聚焦于纳米晶体技术在经皮给药方面的优势。综述了纳米晶体在难溶性药物经皮递送方面的特点(皮肤病治疗、安全性和顺应性、应用于药妆品)。此外,还详细讨论了影响纳米晶体渗透的因素以及改善纳米晶体经皮递送的方法。