The purpose of this study was to investigate a transdermal delivery system of antimalarial drug: artemisinin.
本文的目的是对抗疟药青蒿素的经皮给药进行系统设计和确定青蒿素贴剂的制备工艺。
Conclusion the prescription composition optimized by uniform design meets the requirement of skeleton-controlled transdermal delivery system.
结论采用均匀设计法优选的配方组成符合骨架控释型透皮给药系统的要求。
Because of the barrier of skin, the application of transdermal delivery system is limited. It is very important to study enhancement methods of drug percutaneous absorption.
目的由于皮肤的屏障作用，经皮给药系统的应用受到限制，促透方法的研究成为焦点。
CONCLUSION Psoralen loaded PLGA nanospartilcles might be a promising transdermal delivery system in order to improve the efficacy and reduce the side effects in the PUVA therapy.
结论优化条件制备出的补骨脂素皮肤用纳米粒载药系统有可能成为临床上改进补骨素光化学疗法降低其毒副作用的一种新的经皮给药制剂。
The effects of menthol on enhanced percutaneous penetration of 16 drugs were described. It may provide reference for the rational appliance of menthol in transdermal delivery system of drugs.
综述了薄荷醇对16种药物的促透皮吸收作用，供薄荷醇在几种透皮制剂中的合理应用作参考。
Conclusion: 0.2% carbomer was the best penetration enhancer for transdermal paeoniflorin delivery in vitro. It help to provide the optimal formulation of transdermal delivery system of paeoniflorin.
结论：0.2%卡波姆凝胶的促渗效果最好，本实验为芍药苷透皮吸收制剂处方的优化提供依据。
Chitosan was chosen as the controlling materials for the transdermal drug delivery system, and the conditions of preparing chitosan membranes were researched.
选择壳聚糖作为透皮给药系统的控释材料，并对壳聚糖的成膜条件进行了研究。
A power supply system is operable to provide a voltage across at the active and the counter electrode assemblies of a transdermal delivery device.
供电系统可操作为提供透皮输送装置的有源电极组件和对电极组件之间的电压。
Objective:To promote development of transdermal drug delivery system and present the internal and external advancement of recent years.
目的：介绍近年来国内外透皮给药的研究进展，以促进透皮给药系统的开发。
The use of traditional Chinese medicine(TCM)in delivery system has a long history, but the complexity of the TCM increases the difficulty in the study of transdermal absorption.
中药外治法具有悠久的历史，但中药成分的复杂性增加了中药透皮吸收研究的难度。
Liangfu Ointment, which is prepared from effective components of three Chinese herbs, is a transdermal drug delivery system for the treatment of pruritus.
良肤软膏是由牡丹皮、白鲜皮、薄荷脑三味药的相关有效成分提取物制备而成的用于治疗皮肤瘙痒的透皮给药制剂。
Results Ethosomal system with good fluidity, deformability and high trapping rate is a stable carrier for transdermal delivery.
结论作为经皮给药的载体，醇质体有良好的应用前景和开发价值。
With the development of the Micro Electro-Mechanical System(MEMS), it becomes possible for microneedles array to strengthen the transdermal drug delivery.
利用微针阵列实行局部定时地释放药物、控制药量，微针阵列的研制是微驱动器的关键。
With the development of the Micro Electro-Mechanical System(MEMS), it becomes possible for microneedles array to strengthen the transdermal drug delivery.
利用微针阵列实行局部定时地释放药物、控制药量，微针阵列的研制是微驱动器的关键。
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