| 1. | Physically - assisted methods to enhance transdermal drug delivery
药物经皮控制释放的物理技术 |
| 2. | Function of nanoparticles in transdermal and transmucosaldrug delivery systems
纳米粒在经皮及黏膜给药系统中的作用 |
| 3. | Transdermal brain chemode
脑内化学电极 |
| 4. | Determination of transdermal delivery of drugs by derivative spectrophotometry
导数吸光光度法快速测定药物的体外经皮渗透量 |
| 5. | Study on the transdermal delivery ability of the compound levofloxacin spray preparation
复方左氧氟沙星喷雾剂离体皮肤透皮吸收研究 |
| 6. | Comparative study on transdermal osmosis in vitro of aconitum brachypodium liniment , gel and patcher
凝胶剂和巴布剂体外经皮渗透过程的比较 |
| 7. | Effects of different transdermal enhancers on percutaneous absorption of ephedrine in compound herba ephedrae adhesive plaster
不同透皮促进剂对复方麻黄贴剂中麻黄碱透皮吸收的影响 |
| 8. | The researchers also found that , if timed correctly , transdermal estrogen therapy may preent these migraines
研究人员同时发现，如果治疗时机恰当，经皮雌激素治疗能够预防偏头痛的发生。 |
| 9. | In contrast , no significant changes in insulin resistance parameters were obsered after transdermal estrogen , except for a decrease in the glucose - insulin resistance ratio
相比较，经皮吸收雌激素组中，胰岛素抵抗相关参数并无明显改变，但血糖-胰岛素抵抗比率下降。 |
| 10. | Conclusion : above - mentioned results show this medicine had effective actions to oppose gynecologic and abdomen inflammation through transdermal absorption , offering pharmacology for developing a new drug
结论：本药能较好地通过透皮吸收对抗妇科及腹部炎症，为开发新药提供了药理学依据。 |
