2) ethanol injection
乙醇注入
1.
Preparation of sparfloxacin liposome by ethanol injection;
乙醇注入法制备司帕沙星脂质体
3) ethanol addition
乙醇加入法
4) ethanol injection method
乙醇注入法
1.
Methods Compare the entrapment efficiency of each method including thin-film dispersion method,diethyl ether injection method and ethanol injection method,the long-circulating liposomes were finally prepared by ethanol injection method.
方法考察不同方法制备CSLLP的包封率,最终确定选用乙醇注入法制备CSLLP,正交设计优化处方,用两亲性聚乙二醇2000-二硬脂酰磷脂乙醇胺(mPEG2000-DSPE)修饰脂质体膜,透射电镜观察形态,激光散射法测定粒径大小及分布,采用葡聚糖凝胶柱层析法和HPLC法测定CSLLP的包封率和渗漏率。
2.
Methods Apigenin niosomes were prepared with Tween 80 and Myrij 52 by ethanol injection method,and the entrapment efficiency was determined with microcolumn centrifugalization.
方法采用Tween80和Myrij52为成囊材料,建立了乙醇注入法制备芹菜素囊泡的制备工艺;采用微柱离心法测定芹菜素囊泡的包封率,并考察不同处方因素对包封率的影响;经正交设计得到最优处方;对囊泡的粒径、外观、稳定性等理化性质及体外释放行为进行研究,分别以外观、粒径和渗漏率为指标对冻干工艺进行初步考察。
5) ethanol injection-sonication method
乙醇注入-超声法
1.
In this study,ethanol injection-sonication method and filming-sonication method were compared, and the former was selected to prepare stable CoQ10 nanoliposomes with higher encapsulation efficiency (EE) and retention rate of Co.
本文比较了薄膜-超声法和乙醇注入-超声法对辅酶Q10纳米脂质体包埋效果的影响,结果表明,采用乙醇注入-超声法制得的产品不仅粒径相对较小,而且芯材辅酶Q10的包封率和保留率均高于90%,去除乙醇可显著改善包埋效果。
6) the amount of polyethylene glycol
聚乙二醇投入量
1.
Results showed that: there were best range of the amount of solicitation reagent,the amount of polyethylene glycol,the length of the polyoxydation ethene side chain and the best time temperature and of the esteri.
通过确定不同的引发剂用量、聚乙二醇投入量、聚氧化乙烯侧链长度以及酯化反应的温度和时间,对所合成的新型聚羧酸系外加剂的性能进行比较。
补充资料：可耐受最高摄入量
可耐受最高摄入量（ul，tolerable upper intake levels）：指某一生理阶段和性别人群，几乎对所有个体健康都无任何副作用和危险的平均每日营养素最高摄入量。目的是为了限制膳食和来自强化食物及膳食补充剂的某一营养素的总摄入量，以防止该营养素引起的不良作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条