NLC具有的特殊结构可以提高其载药能力和制剂的稳定性，能有效的控制药物的释放。
The special structure of NLC improves its drug-loading capacity and stability, and effectively controls the release of drugs.
研究结果显示，DOX - CSO - SA聚合物胶团的载药能力较CSO - SA聚合物胶团强。
Comparing to CSO-SA micelles, DOX-CSO-SA micelles showed better ability of drug loading capacity.
两亲性嵌段聚合物由于其较强的载药能力强、纳米级大小、血液中长循环等优点在载药系统中得到广泛的应用。
BACKGROUND: Amphiphilic block copolymers have been widely applied in the drug delivery system because of the high capacity of drug carriers, nanoparticles and long circulation time.
在NLC给药系统中，药物与载体以及脂质载体之间的相容性是决定NLC的微观和介观结构，载药能力，稳定性等药剂学性质的关键因素。
In NLC drug delivery systems, the compatibility of drug and lipid carriers is the key element to determine the structure of microscopic and mesoscopic, drug-loading capacity and stability.
在NLC给药系统中，药物与载体以及脂质载体之间的相容性是决定NLC的微观和介观结构，载药能力，稳定性等药剂学性质的关键因素。
In NLC drug delivery systems, the compatibility of drug and lipid carriers is the key element to determine the structure of microscopic and mesoscopic, drug-loading capacity and stability.
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