| 00:00:00 | Setting pharmaceutical product specifications for particle size analysis |
| 00:00:55 | Setting pharmaceutical product specifications for particle size analysis |
| 00:02:17 | What should be the first stage in setting a specification? |
| 00:03:36 | The first stage in QbD is definition of the target product profile and its associated quality attributes |
| 00:04:54 | When should particle size be considered as a critical quality attribute? |
| 00:05:53 | Where should I measure my product? |
| 00:07:47 | When should I measure my product? |
| 00:10:10 | What product form is most relevant? |
| 00:12:11 | Dissolution dynamics: what should I measure? |
| 00:13:43 | Content uniformity: what should I measure? |
| 00:15:04 | Dispersion stability: what should I measure? |
| 00:17:18 | Suspension properties : what should I measure? |
| 00:18:10 | Case study: setting specifications for solid dosage forms |
| 00:19:17 | Selecting appropriate control parameters |
| 00:22:23 | Setting specification tolerances |
| 00:22:28 | Controlling the dispersion properties of powders |
| 00:23:53 | Controlling the dispersion properties of powders |
| 00:25:44 | Optimising atomisation processes |
| 00:27:24 | Optimising atomisation processes |
| 00:28:34 | Optimising atomisation processes |
| 00:29:28 | Optimising atomisation processes |
| 00:31:09 | Setting specifications for specific components within pharmaceutical blends |
| 00:33:06 | Setting specifications for specific components within pharmaceutical blends |
| 00:34:07 | Linking measurements specifications and product manufacturing specification |
| 00:35:34 | Setting specifications: tablets |
| 00:36:57 | Conclusions |
| 00:38:16 | Contact Information |
The end point of any particle size measurement is to provide improved product or process understanding and/or control. It order to achieve this, it is important that the size specifications selected are relevant to those products or processes. In this webinar, we will look at the size distribution data generated by technqiues such as laser diffraction and image analysis, and will consider how these can be used to generate realistic product specifications.