| 00:00:00 | Predict drug behavior and patient perception using particle size |
| 00:02:51 | Outline |
| 00:03:39 | Particle size analysis for pharmaceuticals |
| 00:04:27 | Particle size analysis for pharmaceuticals |
| 00:05:12 | Sizing with laser diffraction |
| 00:06:27 | Detection of large particles within a pharmaceutical powder |
| 00:06:40 | Case study - detection of large particles within a pharmaceutical powder |
| 00:07:41 | Case study – detection of large particles within a pharmaceutical powder |
| 00:08:42 | Milling with real time particle sizing |
| 00:09:03 | Case study – milling with real time particle sizing |
| 00:09:44 | Case study – milling with real time particle sizing |
| 00:10:46 | Case study – milling with real time particle sizing |
| 00:12:16 | Case study – milling with real time particle sizing |
| 00:12:58 | Patient perception |
| 00:13:13 | Case study – patient perception |
| 00:13:56 | Case study – patient perception – indigestion relief liquid |
| 00:14:40 | Case study – patient perception – indigestion relief liquid |
| 00:15:17 | Case study – patient perception – indigestion relief liquid |
| 00:16:14 | Case study – patient perception – indigestion relief liquid |
| 00:16:45 | Small sample volumes |
| 00:17:05 | Measuring small sample volumes |
| 00:17:56 | Measuring small sample volumes |
| 00:18:41 | Measuring small sample volumes |
| 00:19:26 | Measuring small sample volumes |
| 00:20:32 | Nasal drug delivery |
| 00:21:25 | Nasal drug delivery |
| 00:22:06 | Nasal drug delivery – droplet size measurements |
| 00:23:08 | Nasal drug delivery – droplet size measurements |
| 00:25:01 | Nasal drug delivery – droplet size measurements |
| 00:26:10 | Summary |
| 00:26:51 | Contact Information |
Formulation scientists are using particle sizing not only as a characterization tool but also as a predictor for drug behavior and patient perception. This presentation will show several case studies where laser diffraction was used to solve specific applications in the formulation and manufacturing of drug products.
Whether the material is a powder, a dispersion or an emulsion, laser diffraction can be successfully used to gain insight into patient perception, to adjust the size distribution of a drug component in real time, to assess droplet sizes in nasal drug delivery and even to characterize minute volumes of complex formulations.