纳米混悬液在各种给药途径中均有优势。
Nanosuspension has a lot of advantages in many routes of administration.
黄芩素纳米混悬液口服给药可显著提高生物利用度。
Baicalein nanosuspension by oral administration could significantly enhance the bioavailability in rats.
目的研究奥沙利铂磷脂复合物及其纳米混悬液的制备方法。
Objective To study the preparation methods for oxaliplatin phospholipid complex(OPPLC) and its nanosuspension.
纳米混悬液可增大难溶性药物的溶解度，提高药物的有效性和安全性等。
Nanosuspensions not only solve the problems of poor solubility and bioavailability but also improve the efficacy and safety of drugs.
以黄芩素给药做参比，黄芩素纳米混悬液给药的相对生物利用度为166.1%。
The relative bioavailability of baicalein nanosuspension by oral administration were 166.1%.
纳米炭混悬液行淋巴结示踪染色效果优于亚甲蓝，为更理想的乳腺癌手术淋巴示踪剂。
Carbon nanoparticles suspension is superior to methylene blue for sentinel lymph node staining, and is a more ideal lymphatic tracer for breast cancer cancer surgery.
以自制芹菜素混悬液为对照组，考察了大鼠口服芹菜素固体脂质纳米粒的药动学过程。
The pharmacokinetic processes of oral AP-SLN of the rats were also studied, while apigenin suspension was used as control group.
以自制芹菜素混悬液为对照组，考察了大鼠口服芹菜素固体脂质纳米粒的药动学过程。
The pharmacokinetic processes of oral AP-SLN of the rats were also studied, while apigenin suspension was used as control group.
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