靶向给药系统

  • 网络TDDS;TDS;Targeting drug delivery system,TDDS;Targeted drug delivery system, TDDS
靶向给药系统靶向给药系统
  1. 例如,在靶向给药系统(targetingdrugdeliverysystem,TDDS)中,就要求药物载体&凝胶微球的粒径小,而且要求其具有较好的单分散性。

    For example , in the targeting drug delivery system ( TDDS ), some cases require small diameter and good monodispersity of microsphere drug carrier .

  2. 靶向给药系统&依托泊甙脂质体的研究

    Studies on the targeting drug delivery system - preparation of etoposide liposome

  3. 靶向给药系统(targetingdrugdeliverysystem,TDDS)是第四代药物输送系统。

    The fourth generation drug delivery system is targeting drug delivery system .

  4. 葡聚糖磁性纳米复合微粒已被FDA批准作为MRI造影剂用于临床,并有望成为磁导靶向给药系统中理想的纳米载体。

    The dextran magnetic composite nanoparticles ( DMNPs ) have been approved by FDA to be used as a MRI contrast agent in clinical and are expected to be an ideal carrier for magnetic drug delivery .

  5. 目的比较常用的两种报告基因β-Gal及GFP在大鼠多器官组织中的内源性表达及不同血脂水平下的变化,为构建基因靶向给药系统时报告基因的合理选择提供实验依据。

    Objective To supply reference for selecting reporter gene which was used in gene target system , the variety of different lipid levels of the endogenous expression β - gal , GFP were compared in rats .

  6. 一种相关的神经靶向给药系统载体NG2在临床前动物试验中被证实可以降低神经损害和糖尿病引起的神经性疼痛。

    A related NTDDS vector , NG2 reduces pain-related behaviors in preclinical models of neuropathic pain from nerve injury and diabetes .

  7. 本课题以CSO-SA胶束为基本材料,考察其在脑靶向给药系统上应用的潜能。

    In this research , the potential of CSO-SA on brain targeting drug delivery is studied .

  8. 背景与目的:口服结肠靶向给药系统(OCDDS)是一种将药物定位释放于结肠的靶向制剂。

    Background and Objective : OCDDS ( Oral Colon-specific Drug Delivery System ) is a kind of drug target delivery systems , which can deliver drug at colon .

  9. 目的综述及讨论近年来靶向给药系统的研究进展。

    Objective To summarize the development of targeting drug delivery system .

  10. 结肠靶向给药系统载体&偶氮聚合物合成与表征

    Synthesis and Characterization of Azo-polymers for Colon-site specific Drug Delivery

  11. 靶向给药系统的体内药物动力学模型研究

    Study on Pharmacokinetics Model for Targeted Drug Delivery Systems

  12. 双配体修饰的壳聚糖纳米粒肝癌细胞主动靶向给药系统的研究

    Study on the Two-ligand Modified Chitosan Nanoparticles Actively Targeting to Malignant Liver Cells

  13. 靶向给药系统材料与制剂

    Materials and preparations on controlled drug carried target system

  14. 膜活性肽在胞内靶向给药系统中的应用

    Application of membrane - active peptides in the intracellular targeting drug delivery system

  15. 淋巴靶向给药系统研究与应用

    Studies and applications on lymph targeted drug delivery system

  16. 肠道疾病治疗中的口服结肠靶向给药系统

    Oral colon specific targeting drug - delivery system in management of gastrointestinal diseases

  17. 酮洛芬纳米靶向给药系统的研究

    Studies on Site-Specific Nano-Drug Delivery System of Ketoprofen

  18. 磁性微粒靶向给药系统治疗消化道恶性肿瘤的基础研究与临床初探

    Basic and Clinical Study on Treatment of Digestive Canal Cancers with Magnetic Microne Target

  19. 树突状细胞靶向给药系统的研究进展

    Dendritic cell targeting delivery systems : research advances

  20. 细胞表面的物理化学修饰基于载体材料表面修饰的靶向给药系统

    Physical and chemical modification on cell surface External modification for target-oriented drug delivery Systems

  21. 抗癌药物制剂的靶向给药系统

    Targeting delivery system of antitumor drug preparations

  22. 新型茶碱口服结肠靶向给药系统的体内动力学

    In vivo evaluation of a novel oral coating film tablet for the colon-specific drug delivery

  23. 现对此3种口服结肠靶向给药系统的制备和应用进行综述。

    The preparation and application of the3 types of OCSTDS were reviewed in this paper .

  24. 果胶在结肠靶向给药系统中的应用

    Pectin-based systems for colon-targeting drug delivery system

  25. 结论药用水基磁流体可用于磁性靶向给药系统。

    CONCLUSION : Medicinal water-based magnetic fluids can be used in magnetic targeting drugs delivery system .

  26. 靶向给药系统;

    Targeting drug delivery system ;

  27. 本研究建立的离体牛嗅黏膜模型实验手段简便,适用于经鼻脑靶向给药系统的体外评价。

    The in vitro model would be useful for the evaluation of the intranasal delivery system for brain targeting .

  28. 本文就近年来靶向给药系统作为药物载体的研究及其在临床治疗中的应用进行综述。

    The Paper reviews the application and progress of targeted drugs delivery system as drug carriers in clinical therapy .

  29. 肝癌动物模型是抗肝癌药物实验及肝靶向给药系统验证的重要方法和手段。

    Liver cancer animal models are important experimental tools in studies on liver cancer and to certify targeting drug delivery system .

  30. 目的探索利用鼻腔嗅觉区的鼻-脑通道开发经鼻脑靶向给药系统的可行性。

    Aim The feasibility of intranasal brain targeting drug delivery system via the olfactory pathway from nose to brain was explored .