ObjectiveTo screen bioadhesive materials for oral sustained-release diltiazem.
目的筛选口服缓释地尔硫的生物粘附材料。
Objective to study and compare the bioadhesive property of different types of Carbopol gel to the colon of rats in vitro.
目的：测定、比较不同型号卡波姆凝胶剂对离体大鼠结肠组织的粘附性。
The results showed that domestic device was simple and the method could be used to screen the formulation of bioadhesive preparations.
结果表明，自制装置结构简单，所建立的方法可用于生物黏附制剂的处方筛选。
Objective To prepare a new bioadhesive material-chitosan-thioglycolic acid conjugates from chitosan, and analysed the structure moreover.
目的制备一种新型生物粘附材料-壳聚糖-巯基醋酸偶合物，并对其结构进行分析。
The methods of preparation and quality evaluation, as well as development prospective on bioadhesive preparations in recent years are summarized.
对生物黏附制剂的制备、质量研究方法及近年来生物黏附制剂的开发及发展前景进行介绍。
With the increase of TMC concentration, there was an decrease in gelation temperature, while an increase in both of gel strength and bioadhesive force.
同一种季铵化程度TMC，随着TMC浓度的增加，胰岛素液体栓剂的胶凝温度减小，胶凝强度和生物黏附力均增大。
Conclusion With the deepening of the research, floating-bioadhesive preparation will attract much attention, and become one of the new commonly used dosage forms.
结论随着研究的深入，漂浮-生物黏附制剂将逐步受到重视，成为常用的药物新剂型之一。
OBJECTIVE To optimize the formulation of tinidazole colon-targeted bioadhesive tablets by the central composite design-response surface methodology (RSM plus CCD).
目的通过星点设计-效应面法优化替硝唑结肠靶向生物黏附片处方。
In order to eliminite bad effect of Indomethacin, Chitosan, Sodium Alginic Acid, Calcium chloride and Carbopol were adopted as additives to make bioadhesive gel beads.
基于该点考虑，本研究将采用壳聚糖、海藻酸钠、氯化钙、卡波普等为辅料制备吲哚美辛生物粘附凝胶小球。
To review the application of bioadhesive technology in traditional Chinese medicine, including their excipients, influential factors of bioadhesion and clinical application.
本文从中药生物粘附制剂常用辅料、粘附性能的影响因素、临床应用等方面介绍了生物粘附技术在中药的应用现状。
OBJECTIVE To prepare the Panax Notoginseng Saponines (PNS) bioadhesive tablets, and to study their release kinetics and bioadhesive tablets force to rabbit small intestine in vitro.
目的研制三七总皂苷生物黏附片，考察其体外释药动力学、对离体肠黏膜的黏附力。
Bioadhesive study showed that the bioadhesive ability of bioadhesive sustained release capsules to rats stomach and small intestine muscle strip mucosa was stronger than that of conventional ones.
生物粘附性研究表明缓释胶囊的内容物与大鼠离体胃、肠组织的粘附力明显大于普通胶囊。
Bioadhesive study showed that the bioadhesive ability of bioadhesive sustained release capsules to rats stomach and small intestine muscle strip mucosa was stronger than that of conventional ones.
生物粘附性研究表明缓释胶囊的内容物与大鼠离体胃、肠组织的粘附力明显大于普通胶囊。
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