Table of contents
3. Complex Generics: Orthogonal Characterization of Microemulsions
00:22
10. Microemulsions: Ophthalmics
01:38
11. Ophthalmics: Characterization for Generics - Deformulation and IVBE
01:43
12. Particle size characterization of microemulsions
02:22
13. Microemulsions : Processing
00:05
14. Technique: Dynamic Light Scattering (DLS)
01:16
15. Microemulsions : Processing
00:15
16. Technique: Dynamic Light Scattering (DLS)
00:10
20. Technique: Laser Diffraction (cont.)
01:09
21. Microemulsions for Ophthalmics: Cyclosporine globule size distribution
00:37
22. Measuring Zeta Potential
00:38
23. Measuring Zeta Potential
01:13
24. Measuring Electrophoretic Mobility – Zeta Potential
01:45
25. Ophthalmic microemulsions: Cyclosporine zeta potential
00:51
27. Rheology of Microemulsions
01:50
28. Reason for Shear Rate Dependency
01:15
29. More ‘Rheology’ from increase in fluid structure
02:21
30. Ophthalmics: Cyclosporine viscosity vs. shear rate
00:35
31. Reason for Shear Rate Dependency
00:19
32. Ophthalmics: Cyclosporine viscosity vs. shear rate
00:56
33. Ophthalmics: Cyclosporine viscosity vs. shear rate
00:36
34. Dilution effects:
00:57
35. Ophthalmics: modified cellulose (HEC)
00:50
36. Ophthalmics: Cyclosporine viscoelasticity
03:22
37. Summary: Orthogonal Characterization- Microemulsions
00:05
38. Thank You for Your Time
00:08
39. Thank you for your attentionAny questions?
04:02
40. Contact Information
00:17