This paper reviews the recent applications of targeting nanotechnology in intelligent drug release system.
综述了纳米靶向技术在智能释药系统的最新应用研究进展。
Objective To compare in vitro antitumor effects of controlled biodegradable drug release system and simplex anti-tumor drug in the patients with glioma.
目的比较可生物降解药物缓释体与单纯抗瘤药物体外抗胶质瘤细胞的作用。
Cell inhibition rate (IR) was calculated after C6 glioma cells were cultured in the controlled drug release system for testifying tumor-killing effect of the controlled drug release system.
利用C6胶质瘤细胞在药物缓释体中培养后计算细胞抑制率(IR)验证药物缓释体的缓释杀瘤效果。
Microsphere size, which has a significant effect on drug release rate, can potentially be varied to design a controlled drug delivery system with desired release profile.
微球大小对药物释放率有很重要的影响，人们认为可以改变其大小以建立一个药物释放符合需要能够控制药物释放的体系。
Thus we review the recent advances on the new drug-delivery system of TCM, such as the sustained and controlled release delivery system, target delivery system.
为此我们对中药的缓释和控释系统、靶向给药系统等新型给药系统的研究进行了综述。
The results show that the crosslinked micelles for controlled drug delivery has good stability, has a good prospect in the release drug delivery system.
结果表明这种壳交联的胶束在药物控释方面具有良好的稳定性，可以在药物运输释放系统研究方面具有良好的应用前景。
Oral liquid drug controlled release system (OLCRS) is a new drug delivery system. But only a few has been come into the market due to the physical instability.
口服液体控释给药系统是一种新型药物传递系统，因其存在物理不稳定性，所以能上市的品种较少。
Conclusions As a new drug delivery system, VPG is advantageous in controlling drug release, enhancing the activity of anti-tumor drugs and improving the long term stability.
结论囊泡型磷脂凝胶作为一种新型给药系统，在控制药物释放、提高抗肿瘤活性、增加药物稳定性等方面显示独特的优势。
For the degradable drug contained PLGA system, the drug diffusion coefficient was critically changed due to matrix degradation, and that would complicate the drug release process.
对于可降解plga含药体系，基体降解使药物扩散系数发生极大变化，导致药物释放过程更加复杂。
And it introduces the principle and preparation method such as sustained or controlled release dosage forms, targeted drug delivery system etc.
介绍缓释制剂、控释制剂、靶向给药系统等的原理及制备方法。
AIM To develop a novel pulsatile drug delivery system of which the lag time is cont rolled by an erodible plug (EP) and evaluate its release characteristics in vitro.
目的制备一种由溶蚀塞控制时滞的新型脉冲给药系统并对其体外释药行为进行评价。
OBJECTIVE to evaluated the biocompatibility of chitosan in rat brain and to provide a macromolecule sustained release drug delivery system for intracranial implantable chemotherapy.
目的：探讨壳聚糖在脑组织中的生物相容性，为临床提供新型、可用于颅内植入化疗的药物缓释载体。
Conclusion: Oscillating magnetic fields could promote drug release of SPCPGM repeatedly and the release of this system lasted more than 3 weeks.
结论：SPCPGM具有药物缓释功能，振荡磁场可重复性增加体系中药物的溶出，此体系药物缓释周期超过3周。
Objective:To study the release characters in vitro of Vinpocetine self- microemulsifying drug delivery system (VIN-SEDDS).
目的：研究长春西汀自乳化释药系统（VIN-SEDDS）的体外释药特性。
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。
The in vitro test of IBU loading and release illustrated the system had a great potential use for thermo-responsive controlled drug-release.
对最终体系进行的体外药物布洛芬（IBU）的装载和释放测试表明，该体系在温度响应控制药物释放方面有着较大的潜在应用前景。
In this paper, the study and clinical application of fibrin glue-drug sustained release system were reviewed.
本文就纤堆蛋白胶—药物缓释系统的研究及临床应用作以综述。
Implantable drug delivery system, with the feature of slow release and long work time, is an effective route of administration for insulin comparing with oral and injectable administration.
胰岛素的植入式给药与口服、注射给药相比较，具有缓释、长效的特点，是一种比较理想的给药方式。
The release mechanism, applicability, formulation ingredients of floating drug delivery system were summarized. And some new forms of this system were exemplified.
综述了胃漂浮片的释药机理、适用性、处方组成及制备中的关键影响因素等方面的内容，并列举一些新型剂型实例；综述。
Microsphere as a novel controlled release drug delivery system has become a hot research at home and abroad.
微球作为一种新型缓控释药物输送系统成为国内外研究的热点。
The results show that our system is well suited for biologists to study chemical release from living cells as well as drug effects on secreting cells.
结果表示，该系统是非常合适的为了生物学家能学习从生存细胞的化工发行并且对藏匿细胞的药品效应。
But the sustained release effects are different, when the composition ratio of the system, entrapment quantity of the drug a…
但随着体系组成配比、药物包封量以及环境的不同，其缓释效果有所不同。
The controlled release system comprises a non-homogeneous film capsule shell with drug release holes and contents loaded in the capsule shell.
它由带有释药孔的非匀质膜胶囊壳及装载在里面的内容物组成。
The controlled release system comprises a non-homogeneous film capsule shell with drug release holes and contents loaded in the capsule shell.
它由带有释药孔的非匀质膜胶囊壳及装载在里面的内容物组成。
应用推荐