首页|乳木果油的油脂成分分析及其体外促渗作用

乳木果油的油脂成分分析及其体外促渗作用

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利用气质联用仪(GC-MS)分析了乳木果油所含的油脂成分.结果显示乳木果油的7个主要成分及含量按保留时间排序依次是:月桂酸1.589%、肉豆蔻酸3.075%、棕榈酸70.286%、十九烷酸0.822%、11-二十碳烯酸3.958%、花生酸16.506%、山俞酸1.371%.体外透皮实验结果显示,乳木果油能够显著增加经皮给药制剂的皮肤透过率,氮酮组和乳木果油组对利多卡因的累积透皮量分别为794.84μg和1 144.95μg,累积透皮率分别为7.95%和11.4%,后者对模型药利多卡因的体外促渗作用在一定程度上优于前者.
Analysis on the Oil Components of Butyrospermum parkii and Its Penetration Enhancing Effect in vitro
In the paper, the oil components of Butyrospermum parkii were analyzed by GC-MS. Preliminary investigations found that the seven main components of Prinsepia utilis RoSe are lauric acid, nutmeg acid, hexadecano- ic acid, nonadecanoic acid, ll-dodecenoicacid, arachidic acid, behenic acid and the percentage composition of these components are 1. 589%, 3. 075%, 70.286%, 0.822%, 3. 958%, 16. 506%, 1.371% respectively. Skin penetration experiments in vitro showed that the oil components of Butyrospermum parkii can significantly increase the transder- mal penetrance of lidocaine. The accumulated permeation amounts of azone group and Butyrospermum parkii group are 794.84μg and 1 144.95μg respectively, while the accumulated permeability are 7.95% and 11.4%. Penetration enhancing effect of Butyrospermum parkii in vitro for lidocaine is superior to azone in some degree.

Butyrospermum parkiioil componentsGC-MSpenetration enhancerstransdermal penetrance

吴文澜、梁菊、董亚南、陈姗

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河南科技大学医学院,河南洛阳471003

乳木果油 油脂成分 GC-MS 渗透促进剂 皮肤透过率

河南省教育厅自然科学基金

2011A350001

2012

武汉大学学报(理学版)
武汉大学

武汉大学学报(理学版)

CSTPCDCSCD北大核心
影响因子:0.814
ISSN:1671-8836
年,卷(期):2012.58(4)
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