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Keyword [poorly water-soluble drug]
Result: 1 - 20 | Page: 1 of 1
1. Studies On The Self-microemulsifying Drug Delivery System Of Sirolimus
2. Research On The Preparation, Drug Absorption And Pharmacokinetics Of Astilbin Solid Dispersion
3. Nitrendipine Solid Dispersions
4. Studies On Monolithic Core Osmotic Pump Tablets Of Prazosin Hydrochloride And Oleanolic Acid
5. Study On Novel Poly (Ether-anhydride) Gel Nanoparticles For Delivery Of Poorly Water-soluble Drugs
6. Evaluation Of Preparation Methods And Character For Solid Dispersion Based On Improving Dissolution Behavior Of Ibuprofen
7. Post-marketed Re-evaluation On The Quality Of Poorly Water-soluble Drug
8. Studies On Lovastatin Sustained-Release Tablets
9. Development Of Self Micro-emulsifying Calcium Alginate Beads System With Poorly Water-soluble Drug Loading
10. Study On In Vitro Dissolution And Establishment Of The Dissolution Methods Of Poorly Souble Drugs
11. Controlled Release Of Self-microemulsifying System Based On The Osmotic Pump Mechanism
12. Controlled Release Of Nanoparticles Based On The Osmotic Pump Release Strategy
13. Preliminary Study Of Magnetic Mesoporous Carbon As A Carrier For Poorly Water Soluble Drug Indomethacin
14. Controlled Synthesis Of The Mesoporous Carbons With Tailored Morphologies And The Study Of Poorly Water Soluble Drug Release
15. Studies On Oral Absorption Mechanism Of Poorly Water-soluble Drug Nanocrystals And Polymeric Lipid Nanocarriers
16. To evaluate the effect of incorporation of surfactant on solid dispersion of poorly water soluble drug
17. Improving solubility of poorly water soluble drug indomethacin by incorporating porous material in solid dispersion
18. Dissolution and Solubility Enhancement of the Poorly Water Soluble Drug by Forming Solid Dispersion with a Novel Polymeric Solubilizer (SoluplusRTM)
19. To improve solubility and stability of poorly water-soluble drug by using colloidal silicon dioxide as surface adsorbent in solid dispersion techniqu
20. Research On The Stabilization And Protective Effect Of Tea Saponin On Hesperidin Nanocrystals And Their Anti-inflammatory Activities
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