目的测定黄芩苷脂质体的包封率与渗漏率。
Objective To determine the encapsulation efficiency and the release rate of baicalin liposome.
目的制备高包封率的盐酸去氢骆驼蓬碱脂质体。
Objective To prepare a harmine hydrochloride liposome formulation with high encapsulation efficiency.
不同制备条件对微球药物包封率的影响程度较小。
The drug incorporation efficiency was affected in a narrow range by the conditions.
试验组在贮存期内的释药模式及包封率均维持稳定。
The drug release model and the envelop rates of the testing group remained stable within the storage date.
脂质体制备的难点在于改善物理稳定性和提高包封率。
Physical stability and envelope rate remains the main problems in preparation of liposomes.
陶瓷热敏元件可视不同的使用环境选择单层或复合包封。
Monolayer or combined packaging of ceramic thermosensitive components is selected in dependence on their application environment.
以包封率为评价指标，筛选脂质体制备的最佳工艺条件。
The optimal technological conditions were acquired by the evaluation of the encapsulation efficiencies.
采用微柱离心法测定姜黄素脂质体包衣前后包封率的变化。
Then mini column centrifugation method was adopted to determine the encapsulation efficiency (EE) before and after curcumin liposomes being coated.
虚容器的包封速率与SDH网络同步，即不同VC是同步的。
Virtual containers encapsulation rate and SDH network synchronization, the synchronization is different VC.
结论：我们制备出了稳定、载药量较大、包封率较高脂质体。
Conclusion: Our prepared liposome shows larger loading capacity and better envelopment and stability.
以高纯度大豆卵磷脂为包封材料，用反相蒸发法制备出果酸脂质体。
The alpha hydroxy acid containing liposome was made by reverse phase evaporation method with high purity soya lecithin as synthetic material.
目的制备克拉霉素胃漂浮小丸，考察其漂浮性，包封率和体外释药行为。
Aim To prepare Clarithromycin floating beads and investigate its buoyancy, entrapment efficiency and drug release behavior in vitro.
研究了液体环氧、粉末环氧包封高压高阻电阻器后，电阻器主要电性能的变化。
The changes of electrical characteristics after being coated in liquid epoxy resin or powdered epoxy resin are investigated.
结论干扰素脂质体制备的关键是提高包封率和稳定性，探索工业化生产的可行性。
Conclusion the key point of preparation of interferon liposome is to elevate the envelopment rate and stability, and to explore the feasibility of industrialization production.
制备鬼臼毒素脂质体混悬液并观察粒径、包封率、稳定性等指标，探讨其中的关系。
Prepare the podophyllotoxin liposomes liquid and observe its diameter, embedding ratio and stability, etc, and discuss the relation among them.
结果制得脂质体的包封率约为80%，脂质体的体外释放规律符合一级动力学过程。
RESULT:The EE of liposome reached 80%, and the release rule in vitro was subject to the first order model.
结果表明，所得微球粒径适合，分布均匀，性质稳定，载药量和包封率均比较适宜。
The results showed that the particle size and distribution was suitable, quality was stable, drug-loaded and entrapment rate were fine.
目的比较不同方法制备包裹蛋白脂质体的包封率和转染率，评价蛋白转染的可行性。
Objective To compare the rate of envelopment and the transfection effect of the cationic liposome encapsulated human IgG. In order to appraise the feasibility of protein transfection.
结论方法便捷、准确、重复性好，可用于葛根素长循环脂质体含量及包封率的测定。
CONCLUSION a simple and accurate method is established to determine the content of puerarin in puerarin long circulating liposomes and the entrapment efficiencies of liposomes.
研究了低分子量脲甲醛缩聚物水溶液的粘度特征和表面活性及其与胶囊包封率的关系。
The properties of viscosity and surface activity of urea-formaldehyde oligomers were studied, as well as their relationship with the encapsulation efficiency of microcapsules.
目的建立卡铂热敏脂质体包封率和含量测定方法，并对其体外热敏释药特性进行考察。
OBJECTIVE To establish a method for determining carboplatin content and entrapment efficiency of thermo-sensitive liposomes and to study temperature-sensitive release property in vitro.
结果被动载药法制备脂质体包封率较低，主动载药制备脂质体包封率为84.38%。
ResultsThe entrapment efficiency with passive loading method was low, while up to 84.38% with active loading method.
采用聚丙烯膜作介质，铝箔作电极卷绕而成的串联结构型式，环氧树脂包封，单向引出。
The polypropylene film as the dielectric and aluminum foil as the electrode, series structure, epoxy resin coated and radial CP wire.
智能光传送网络通过数字包封技术、控制平面技术和系列服务接口，可以很好地满足上述需求。
Intelligent optical transport network can satisfy above requirements well by adopting data wrapping technology, control plane technology and series service interfaces.
去除塑料包封层，露出芯片表面，是DPA(破坏性物理分析)及FA(失效分析)的关键一步。
It is a crucial step for destructive physical analysis (DPA) and failure analysis (fa) to remove the plastic package for the die exposing.
结果被动载药法得到的包封率仅有13.3%，主动载药法的包封率最高可达84 . 6 %。
RESULTS The entrapment efficiency with passive loading was only 13.3%; while up to 84.6% with active loading method.
详细阐述了CSP的几项主要的关键技术：即结构设计技术，凸点制作技术，包封技术和测试技术。
We particularly expatiated some key technology about CSP: structure designing technology, Solder Bumping making technology, envelopment technology, testing technology.
结论：用薄膜-超声法制成大黄素磁性纳米脂质体简便易行，大黄素的包封率仍有待进一步的提高。
Conclusion: It is easy and feasible to use membrane-ultrasound method to make the magnetic nanometer liposome of emodin, and the envelopment rate of emodin is to be further enhanced.
本文研究了反相高效液相色谱和超速冷冻离心测定雷公藤甲素聚乳酸纳米粒包封率和载药量的方法。
The encapsulation efficiency and drug loading of triptolide-loaded poly (d, L-lactic acid) nanoparticles were analyzed by RP-HPLC and ultracentrifuge method in this study.
本文研究了反相高效液相色谱和超速冷冻离心测定雷公藤甲素聚乳酸纳米粒包封率和载药量的方法。
The encapsulation efficiency and drug loading of triptolide-loaded poly (d, L-lactic acid) nanoparticles were analyzed by RP-HPLC and ultracentrifuge method in this study.
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