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中国临床药理学与治疗学 ›› 2002, Vol. 7 ›› Issue (1): 27-29.

• 基础研究 • 上一篇    下一篇

薄荷醇和氮酮对吲哚美辛体外促透作用的比较

查振中, 王晖1, 冯小龙1, 许卫铭1   

  1. 安庆石化医院, 安庆 246001;
    1广东医学院药理教研室, 湛江 524023
  • 收稿日期:2001-07-05 修回日期:2001-08-16 出版日期:2002-02-26 发布日期:2020-11-27
  • 通讯作者: 查振中, 男, 在读研究生, 主管药师。E-mail:zhazz @china.com

Comparison of the effect of azone and menthol on the percutaneous ab-sorption of indomethacin in vitro

ZHA Zhen-Zhong1, WANG Hui, FENG Xiao-Long, XU Wei-Ming   

  1. Anqing Shihua Hospital, Anqing 246001;
    1Department of Pharmacology, Guangdong Medical College, Zhanjiang 524023
  • Received:2001-07-05 Revised:2001-08-16 Online:2002-02-26 Published:2020-11-27

摘要: 目的: 以吲哚美辛为模型药物, 对薄荷醇和氮酮的促透特性进行比较, 并探讨两种促透剂合用时的促透效果。方法: 在离体透皮实验装置上进行透皮试验, 由浓度计算累计透过量、透皮速率、稳态流量、滞后时间等指标。结果: 用促透剂后, 吲哚美辛的透皮速率均极显著增加, 分别比对照组增加6.21、4.91 和 6.92 倍; 当两种促透剂联合应用时, 透皮速率比单独应用时显著增加(P <0.01)。促透剂可使吲哚美辛透皮吸收的时滞均明显缩短;薄荷醇组对时滞的缩短作用比薄荷醇和氮酮联用组更为显著(P <0.01)。对吲哚美辛透皮吸收稳态流量的影响,氮酮单独应用不明显, 而薄荷醇则表现为降低作用;但当两种促透剂联合应用时,则表现为明显的增强效应, 比单独应用时分别增加 2.78 和 1.38 倍。 结论: 薄荷醇和氮酮对吲哚美辛的体外经皮吸收具有显著的促进作用, 联用效果更理想。

关键词: 薄荷醇, 氮酮, 吲哚美辛, 透皮吸收

Abstract: AIM: To compare the permeation-en-hancing characters of menthol and azone on the model drug of indomethacin and to study the enhancing effect when the two agents were used in combination. METHODS: The transdermal test was conduced on the penetra-tion experiment apparatus of isolated skin.The cumulate penetrated amount, penetrating rate, stable flux and lag time were calculated upon the concentrations.RESULTS: After adding the penetration enhancer, the pen-etrating rate of indomethacin increased remarkably. It was 6.21,4.91 and 6. 92 times of that of the controls respec-tively. When used in combination, the two penetration enhancers increased much more the penetrating rate than being used separately (P <0.01).The penetration en-hancer could shorten the lag time of absorption of in-domethacin evidently. The lag time in the menthol group was shortened more evidently than that in the combined group (P <0.01).Azone had little effect on the stable flux of absorption of indomethacin, while menthol de-creased it. When the two penetration enhancerswere used in combination, distinct enhancing effect was observed.It was 2.78 and 1.38 times of that of separate agents re-spectively. CONCLUSIONS: Menthol and azone can re-markably enhance the percutaneous absorption of in-domethacin in vitro, and the enhancing effect is stron-gened when they are used in combination.

Key words: menthol, azone, indomethacin, percu-taneous absorption

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