目的比较不同型号卡波姆的流变学性质。
Objective To compare the rheological properties of different types of carbomer.
方法以卡波姆为基质制备复方胰岛素凝胶；
METHODS:With carbomer as veihele, the compound insulin gel was prepared;
丹参卡波姆凝胶与组织具有良好的生物相容性。
SMB-Carbomer Gel has the best biological compatibility with thetissues.
卡波姆和冰片对它们在小肠的吸收有显著促进作用。
Carbomer and borneol significantly increase the absorptive rate in intestine.
方法：以卡波姆941为辅料，制备呷恶丙嗪凝胶剂；
METHODS:The Oxaprozin gel which Carbomer 941 as excipient was prepared.
方法：用卡波姆940作凝胶基质制备阿奇霉素凝胶。
Mothod: the carbopol 940 was served as the gel stroma to prepare the azithromycin gel.
结果表明羟丙甲纤维素与卡波姆对阻滞胶囊体外释放度影响较大。
The results showed that the amount of HPMC and Carbomer had remarkable effects on the in vitro release of capsules.
方法：以卡波姆为基质制备奥硝唑凝胶剂，采用HPLC法测定含量。
Method: use Carbomer as a base to prepare Ornidazole gel and use HPLC to determine its content.
方法测定不同条件下卡波姆凝胶的流变学性质及卡波姆的热分析性质。
Methods the rheological and thermal properties of carbomer were measured under different conditions.
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。
Objective to study and compare the bioadhesive property of different types of Carbopol gel to the colon of rats in vitro.
凝胶组成：睾酮，乙醇，纯净水，氢氧化钠，卡波姆940和十四酸异丙酯。
Gel consists of: Testosterone, ethanol, purified water, sodium hydroxide, Carbomer 940 and isopropyl myristate.
目的建立重力剥离法测定卡波姆片的相对粘附力，为粘附片的<研究提供依据。
Objective To Establish the method of measuring the adhesive force of Carbopol tablets by qualifying the weight of water to separate the Carbopol tablets from organic glass.
结论：以1.0%卡波姆940,67 %的乙醇和肉豆蔻酸异丙酯为基质的处方最佳。
Conclusion: 1 % of Carbomer 940, 67% of ethanol and isopropyl myristate were the optimum matrix of testosterone gel.
结论：0.2%卡波姆凝胶的促渗效果最好，本实验为芍药苷透皮吸收制剂处方的优化提供依据。
Conclusion: 0.2% carbomer was the best penetration enhancer for transdermal paeoniflorin delivery in vitro. It help to provide the optimal formulation of transdermal delivery system of paeoniflorin.
目的：制备氯霉素凝胶滴眼剂并建立其含量测定方法。方法：以卡波姆-940为基质制备凝胶；
OBJECTIVE: To prepare chloramphenicol eye was prepared with carbomer- 940 as base, and the content of proach.
最佳工艺为：将卡波姆均匀撤于适量蒸馏水面上，静置，使之充分溶胀，配成3%的卡波姆水凝胶基质；
Optimum: Carbomer was uniformly sprinkled on the surface of distilled water, and standing to the full swelling, then 3% Carbomer hydrogel matrix is prepared.
用丙烯酸蔗糖酯代替价格昂贵的烯丙基蔗糖醚作为交联剂，用过硫酸钾为引发剂，在水溶液中反应制取卡波姆。
Sucrose acrylate is used as a crosslinking agent instead of the expensive sucrose ether, and potassium persulfate is used as a initiator to prepare carbomer in the water solution.
方法以替硝唑、氯霉素为主药，卡波姆-940、丙二醇等为辅料制备凝胶；采用双波长分光光度法测定主药含量。
Methods Tinidazole and chloromycetin were used as the principal agents, carbomer-940, propylene glycol as preservatives to prepare compound tinidazole gel.
方法采用正交设计方法，确定生物粘附材料羟丙甲纤维素、卡波姆的用量及配比与制剂体外释放度及粘附力的关系。
Method Orthogonal design is used to determine the relation of the amount as well as proportion of hydroxypropyl methylcellulose and Carbopol with in vitro release and adhesive force of the tablets.
目的：制备丙酸氯倍他索凝胶并建立质量控制方法。 方法：以卡波姆941 为辅料制备0.05 %丙酸氯倍他索凝胶；
OBJECTIVE:To prepare clobetasol propionate gel and to establish a method for its quality control METHODS:With carbamer941 as veihele, the 0 05% clobetasol propionate gel was prepared;
制备的以羧甲基纤维素钠与卡波姆940为主要混合基质的二氧化氯缓释凝胶剂质量符合2005年版《中国药典》凝胶项下的规定。
The quality of the slow-release of chlorine dioxide prepared with sodium carboxymethyl Cellulose and carbopol 940 as the main mixed-matrix consistent with the 2005 edition of Chinese Pharmacopoeia.
结果两个型号的卡波姆凝胶均为假塑型流体，卡波姆凝胶934的黏度比卡波姆1342凝胶的黏度更易受金属离子及有机溶剂的影响。
Results Both of carbomer gels were pseudoplastic fluids, and carbomer 934 gel was more sensitive to the influence of ions and organic solvents than carbomer 1342 gel.
诱导后晚期的模型眼前房角胶原增生，结构破坏。结论复方卡波姆诱导的兔眼慢性高眼压模型房水流出受阻的主要部位在小梁内皮网部。
Conclusions the obstruction of aqueous humor outflow induced by compound Carbomer in rabbit high IOP model is caused mainly by the changes in trabecular endothelial cells.
芝加哥WGN(注：全称为World ' s GreastestNewspaper，即“世界最伟大报纸”)新闻的两位早间主播罗宾·鲍姆·加滕和拉里-波塔什就伊利诺伊河上的塞内卡桥即将被炸的消息播报了三分钟。
Morning hosts Robin Baumgarten and Larry Potash from WGN (World's Greatest Newspaper) news spoke for three minutes about the impending explosion of the Seneca bridge over the IIllinois River.
芝加哥WGN(注：全称为World ' s GreastestNewspaper，即“世界最伟大报纸”)新闻的两位早间主播罗宾·鲍姆·加滕和拉里-波塔什就伊利诺伊河上的塞内卡桥即将被炸的消息播报了三分钟。
Morning hosts Robin Baumgarten and Larry Potash from WGN (World's Greatest Newspaper) news spoke for three minutes about the impending explosion of the Seneca bridge over the IIllinois River.
应用推荐