目的：研究萘普生微丸的制备工艺。
Objective: To study the preparation technique of naproxen pellets.
目的：制备盐酸维拉·帕米微丸。
目的筛选平痛新控释微丸包衣液处方。
OBJECTIVE To select the coating fluid prescription of nefopam controlled release pellets.
目的采用熔融法制备酮洛芬缓释微丸。
OBJECTIVE to prepare and evaluate the sustained release ketoprofen pellets by melt pelletization.
采用熔融法制备了对乙酰氨基酚缓释微丸。
Paracetamol sustained release pellets were prepared using melt method.
目的：为制备平痛新包衣微丸提供良好的底物。
OBJECTIVE: To provide good basis for preparing Nefopam coated pellets.
目的测定通塞脉微丸及中间体中总黄酮的含量。
Objective To determine the content of general flavones in Tongsaimai pellets and its intermediate products.
目的测定通塞脉微丸及中间体中总皂苷的含量。
Objective To determine the content of general saponins in Tongsaimai pellets and its intermediate products.
目的：探讨苦参总碱控释微丸的质量控制方法。
Objective:To discuss the quantity control of Total Matrine Controlled Release Micropellets(TM-CRMP).
微丸属于多单元型药物传递系统，具有众多优点。
Pellets, as one of the multiple-unit drug delivery systems, are characteristic of their numerous advantages.
目的：研制萘普生肠溶微丸，评价其体外释药特性。
OBJECTIVE To develop naproxen enteric-coated pellets and evaluate its release characteristics in vitro.
目的：制备吲哚美辛肠溶包衣微丸，考察其释放特性。
OBJECTIVES: To prepare indomethacin enteric coated pellets and investigate their release properties.
目的研究离心造粒粉末层积法制备利巴韦林缓释微丸。
OBJECTIVE To prepare ribavirin sustained-release pellets by centrifugal granulation technology.
目的考察硫酸特布他林脉冲控释微丸释放度的影响因素。
Objective: to investigate the factors involved in the release in vitro degree of terbutaline sulphate pulsatile controlled release pellets.
目的制备不同孔体积微丸，并考察其物理特性和压缩特性。
OBJECTIVE To prepare pellets with different porosity and study its physical properties and compressibility.
方法采用膜控技术，离心造粒法制备盐酸青藤碱控释微丸。
Methods Membrane controlled-release technique and centrifugal coating pelletization were used to prepare sinomenine hydrochloride controlled release pellets.
目的：建立对甲苯咪唑微丸进行定性鉴别和含量测定的方法。
Object: To establish methods of quality control and quantity control for mebendazole pellets.
目的制备阿昔洛韦缓释微丸，并对其体外释药情况进行研究。
Objective To prepare aciclovir sustained-release pellets and investigate the drug release mechanism in vitro.
目的制备膜控释毛冬青缓释微丸胶囊并研究其体外释药性能。
Aim To prepare Maodongqing sustained release pellet capsules and study the dissolution rate.
采用膜控技术，离心包衣造粒法制备了盐酸青藤碱控释微丸。
By using membrane controlled-release technique and centrifugal coating pelletization, sinomenine hydrochloride controlled-release pellets were prepared.
目的考察麝香保心p H依赖型梯度释药微丸的体外释放度。
Object To investigate the release of pH dependent gradient releasing heart protecting musk pellets (GRHPMP) in vitro.
结果：乳糖代替HPMC包衣的微丸释药后衣膜也出现破裂；
Results:Film rupture occurred in pellets with lactose instead of HPMC in the coating formulation.
结论甲壳胺三聚磷酸钠可以作为双氯灭痛缓释微丸的骨架材料。
P. Conclusions Chitosan tripolyphosphate sodium could be used as a complex matrix material for sustained release pellets loading DS.
目的研究制备人参总皂苷磷脂复合物(gsp)及其包衣微丸的方法。
OBJECTIVE to study the preparation methods for ginsenoside phytosome (GSP) and their pellets coated with HPMC.
目的制备复方丹参速释微丸，使理化性质差异较大的各成分达到同步释放。
Objective To prepare compound Danshen immediate-release pellets and obtain the synchronous release rate of components with significant difference of physicochemical properties.
目的研究清胃止痛微丸治疗十二指肠溃疡（火郁证）的临床疗效和安全性。
Objective: To assess the effect and safety of Qingwei Zhitong Pill(QZP) in treating duodenal ulcer with fire stagnation syndrome.
结果表明与常规片剂相比．硝苯地平微丸胶囊的相对生物利用度为172％。
The results showed that the relative bioavailability in the pellet group was 172% in comparison with that in the conventional tablet group.
结论：甲壳胺-三聚磷酸钠电解质复合物，可以作为制备微丸的复合骨架材料。
CONCLUSION Chitosan-tripolyphosphate sodium polyelectrolyte could be used as a good matrix material for preparing pellets.
目的制备以法莫替丁为模型药物的脉冲控释胶囊；探索制备脉冲微丸的方法。
Objective To prepare pulsed-release capsule(PRC) using famotidine(FM) as a model drug and to explore the way of preparing pulsed-release pellets(PRP).
目的制备以法莫替丁为模型药物的脉冲控释胶囊；探索制备脉冲微丸的方法。
Objective To prepare pulsed-release capsule(PRC) using famotidine(FM) as a model drug and to explore the way of preparing pulsed-release pellets(PRP).
应用推荐