您要查找的是不是：
- In this paper, the advance in the preparation process, intelligent controlled release mechanism and poten... 本文综述了近年来核壳结构聚合物微容器的制备方法、智能化控制释放机制及其潜在应用研究进展。
- Aim: to investigate the preparation and factors of the release mechanism of low dose tamsulosin hydrochloride Elementary osmotic pump controlled release tablets. 目的:制备低剂量的盐酸坦洛新单室渗透泵型控释片,并考察其释药机理及影响释药因素。
- Preparation of Ranitidine Hydrochloride Controlled Release Pellets and Study on Release Mechanism 盐酸雷尼替丁控释微丸的制备和释药机理的研究
- Keywords osmotic pump tablets;ondansetron hydrochloride;controlled release;release mechanism; 渗透泵片;盐酸昂丹司琼;控制释放;释放机制;
- Controlled release mechanism 控释机理
- control release mechanism 控释机理
- Similarly, any other instance release mechanism is ignored. 同样,也将忽略所有其他实例释放机制。
- Particularly I want you to look at the interface between the release mechanism and the scanner. 我特别请大家看释放机械和扫描器之间的界面。
- ChE are also helping to develop controlled release membranes for more effective drugs. 化学工程师们还正在努力开发一种可控缓释膜以有助于生产各种更有效的药物。
- The study examine the drug release mechanism of famotidine chitosan microcapsule. 初步研究了法莫替丁-甲壳胺微囊的释药机理。
- Studies on application of controlled release fertilizer in nursery seedling production. 控释肥在苗木生产中的应用。
- Objective To prepare colchicine sustained-release pellets and investigate the drug release mechanism in vitro. 目的 制备秋水仙碱缓释微丸，并对其体外释药规律进行考察。
- Objective To prepare osmotic pump controlled release tablets of isosorbide mononitrate. 目的制备单硝酸异山梨酯渗透泵控释片。
- Objective To prepare paracetamol sustained-release pellets and investigate the drug release mechanism in vitro. 目的制备扑热息痛缓释微丸,并对其体外释药情况进行研究。
- Implantable drug delivery systems (IDDS)are long term acting controlled release systems. 植入型给药系统适用于长期给药和靶向给药。
- Model-fitting were used to study the release mechanism of Breviscapine from the microcapsules. 采用常用模型拟合探讨其药物释放机制。
- Nicardipine hydrochloride transdermal controlled release patches with gel matrix were prepared. 制备盐酸尼卡地平的凝胶骨架控释贴剂。
- OBJECTIVE To prepare ribavirin sustained release tablets and investigate its release mechanism in vitro. 目的:制备利巴韦林缓释片,对其释放机制进行考察。
- Recently, in drug controlled release system, polyelectrolyte complexes have been rewarded much attention. 近年来聚电解质复合物在药物控释领域受到重视。
- Further clarification of the chemical basis and release mechanism on rice allelopathy is warranted. 本研究表明羟基肟酸、环己烯酮、黄酮和二萜内酯四类非酚酸类物质是水稻的主要化感物质，这与近期愈来愈多的研究结果一致。
