1.
The Protective Effects of Lipo PGE1 on Hepatic Injury of Brain-dead Rats;
前列地尔脂微球载体制剂对脑死亡大鼠肝脏保护作用的实验研究
2.
EFFECT OF LIPO PGE_1 ON SUDDEN HEARING LOSS
前列腺素E_1脂微球载体制剂治疗突发性聋的效果
3.
Effect of Liposomal Prostaglandin E_1 on Kidney Function During Cardiopulmonary Bypass;
前列腺素E1脂微球载体制剂对围体外循环期患者肾功能影响的观察与研究
4.
The Study of Protective Effects of Liposomal Prostaglandin E_1 on Cerebral Injury during Cardiopulmonary Bypass;
前列腺素E_1脂微球载体制剂对围体外循环期患者脑损伤保护作用的研究
5.
The Effect of Lipo PGE_1 on the Treatment of the Elderly Patients with Low Extremity Atherosclerosis Disease;
前列腺素E_1脂微球载体制剂治疗老年下肢动脉硬化闭塞症疗效观察
6.
The Influence of Lipo2PGE_1 on the Canine Hepatic Ischemia Reperfusion Injury
前列地尔脂微球载体制剂对犬肝脏缺血再灌注损伤保护作用的研究
7.
Curative Effect Observation on Sudden Deafness Combined with Tinnitus and Vertigo Treated with LipoPGE1
前列腺素E_1脂微球载体制剂治疗突发性耳聋伴耳鸣眩晕的疗效观察
8.
Study on Overheated Water Sterilization of PDF Lipo Microsphere;
PDF脂微球制剂过热水灭菌工艺的研究
9.
Studies on Preparation and Properties of Magnetic Microspherical Alumina and Microspherical Catalysts;
磁性微球形氧化铝载体与催化剂制备及性能研究
10.
Preservation of LIPO-PGE_1 on Platelets During Cardiopulmonary Bypass in Cardiac Valve Replacement;
前列腺素E_1脂微球制剂对心脏瓣膜置换术围体外循环期血小板保护的研究
11.
Effects of lipo-PGE1 on Acute Lung Injury induced by LPS in Rats
前列腺素E1脂微球制剂对大鼠急性肺损伤的影响
12.
Preparation and Evaluation in Vitro of PLGA Loaded 5-FU Wafer and Study of PLA Loaded 5-FU Microspheres in Vivo Anti-Gastric Tumor;
PLGA载药膜片制备、体外评价及抗胃癌PLA载药微球体内研究
13.
Preparation and In-vitro Release of Biodegradable Erythromycin-loaded Microspheres;
载有红霉素明胶微球的制备及体外消化的研究
14.
Preparation and Characterization of Affinity Polymer Carrier Microspheres by Soap-free Emulsion Polymerization;
无皂法亲和高分子载体微球的制备与表征
15.
Study on the Preparation of PELA-Microspheres for GST Vaccine Prolonged Release;
PELA为载体的GST缓释疫苗微球的制备工艺研究
16.
Study on the Preparation of Immobilized Enzyme Carrier--Porous Chitosan Microsphere
固定化酶载体——多孔壳聚糖微球的制备研究
17.
Construction Methods and Its Efficiency of the Delivery Vehicle: Complex of SonoVue Conjugated to Liposomes;
超声微泡复合载体的制备及其效率研究—SonoVue与脂质体的耦联
18.
Construction Methods and Its Efficiency of the Delivery Vehicle: Complex of SonoVue~(?) Conjugated to Liposomes;
超声微泡复合载体的制备及其效率研究-SonoVue与脂质体的耦联