1) medicament-control
药物控制
1.
The effect of medicament-control,how to use vaccine controlling HCMV infection and related disease,and the role of passive immunity in controlling HCMV infection were introduced in detail.
本文综述了目前控制HCMV感染的策略,其中包括药物控制和免疫控制。
2) Drug controlled release
药物控制释放
1.
This review deals with recent progress in the study on pH and thermo-responsive polymer gels, involving their preparation and their current or potential applications like drug controlled release.
详细介绍了目前此类凝胶的3种结构设计即共聚结构、互穿网络结构和核壳结构及其在药物控制释放等方面的应用。
2.
The design and study of polymer materials used as drug controlled release devices have been reviewed, specifically the characteristics of main biodegradable polymers were evaluated and compared.
分析比较了用作药物控制释放载体的高分子材料的结构组成对其性能的影响 ,并从分子设计的角度阐述了调节降解速率以控制释药行为的物理和化学方
3.
In the research background section, we review the recent advances in the liposomes for biomedical applications, including drug controlled release and gene delivery.
由于其结构的独特性，作为生物膜模型和药物控制释放、基因转染的载体而被广泛研究。
3) controlled drug release
药物控制释放
1.
The controlled drug release systems are an important research field in biomedical materials applications.
由于天然多糖作为药物控制释放材料具有比合成聚合物更多的优势,因而一直是国内外学者研究的重点。
2.
Based on the properties of the polymers and the functions of the polymer/silica hybrid materials,controlled drug release systems,including temperature-sensitive polymer/silica,polyelectrolyte/silica,biopolymer/silica,and other polymer/silica hybrid materials are reviewed in this article.
聚合物用作药物控制释放载体时,具有释药浓度可控、药物的生物利用度高、可实现靶向治疗等优点。
4) Controlled drug-release
控制药物释放
5) controlled drug delivery
药物控制传输
补充资料：椎管内注射鸦片类药物控制疼痛
椎管内注射鸦片类药物控制疼痛
intrathecal injection morphine to control pain
是指利用经皮放置的硬膜外导管，通过皮下永久性埋置贮药器系统，间歇性向硬脊膜外腔注射吗啡，治疗急、慢性疼痛。这种止痛方法具有用药量小、对生理干扰小、止痛效果确切等优点；同时又可避免大量麻醉剂引起的全身不良反应，避免破坏或刺激神经结构止痛手术的可能并发症。适用于各种手术后、顽固性癌痛、外伤后剧痛的止痛。特别适用于急性广泛的弥散性疼痛或晚期癌症引起的疼痛，尤其是躯干下部或下肢顽痛患者。吗啡用量最小(0.2～0.5mg，最大为15～20mg)，不良反应常有恶心、呕吐、排尿困难、皮肤瘙痒、血压下降、呼吸抑制等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条