1.
Methods The experiments were performed by using 0.5%PVP I small towels(study group)or traditional 75% ethyl alcohol cotton sticks(control group)for ampoule antisepsis.
方法实验一:检测0.5%碘伏小毛巾和75%乙醇棉签擦拭安瓿引入药液微粒量的差异性;
2.
Control Technique of Corpuscle in Transfusion Dispensation
输液配药中微粒控制技术的研究进展
3.
Pollution Analysis of Insoluble Fine Particle in Intravenous Injection Liquids
静脉推注药液不溶性微粒污染的实验分析
4.
Investigation on shedding and filtering of particles from filter in disposable infusion apparatus
一次性输液器药液过滤片中微粒脱落及滤出的研究
5.
Nanodroplets of the microemulsion bind with nanoparticles of the nutraceutical or cosmetoceutical.
该微小乳状液中的纳米液滴与营养食品或药用美容品的纳米颗粒结合。
6.
OBJECTIVE: To study the change in particulate matter of several common Chinese medicinal herbal injections mixed with transfusion.
几种常用中草药针剂与输液配伍，溶液中不溶性微粒数量变化的观察。
7.
CONCLUSIONS: A suqqestion is the limit of insoluble corpuscle in small dlse of intravenous injection should be provided in the republished Chinese Phamacopeia.
结论：建议再版的中国药典对供静脉注射的小容量注射液应规定进行不溶性微粒限度检查。
8.
Comparison of the MEIA and HPLC assays for the measurement of rapamycin concentration in blood of recipients after renal transplantation
微粒子酶联免疫方法和高效液相色谱法测定肾移植受者雷帕霉素血药浓度的比较
9.
Investigation on Sizing of Particle Potpourri and Determining Refractive Index of Solution;
微粒群的粒度和溶液的折射率测量的研究
10.
Pinocytosis: Fluid or particles are engulfed by a cell.
胞饮作用胞饮指细胞呑入液体或微粒。
11.
An electric potential exists between the surface of the particle and the bulk of the solution.
微粒表面和整体溶液之间存在电势。
12.
Hazard of Insoluble Particles of Clinical Transfusion and Its Prophylaxis
临床输液不溶性微粒危害及其预防
13.
Preparation of Magnetic Transition Metal Nanoparticles in W/O Microemulsion;
微乳液法制备过渡金属磁性纳米粒子
14.
Particulate in Infusion Fluid Induce Mice Produce Inflammatory Reaction
静脉输液微粒引起小鼠产生炎症反应
15.
PREPARATION OF PHOSPHATE CERAMIC MICROSPHERES BY THE DROPLET FREEZING PROCESS
液滴-冷凝法制备磷酸盐陶瓷微球颗粒
16.
Preparing Drug Micro-particles by Supercritical Anti-solvent Process;
超临界反溶剂过程制备药物超细微粒
17.
Pharmacodynamics of Recombinant Hirudin Ⅲ Emulsive Microparticles After Oral Administration
重组水蛭素Ⅲ乳化微粒口服的药效学
18.
Studies on Preparations and Drug Releasing Properties of Levodopa-Chitosan Drug-loading Microparticles;
左旋多巴—壳聚糖载药微粒的制备及其释药性能