| 00:00:00 | Data and size results by Dynamic Light Scattering (DLS) |
| 00:01:17 | Introduction to Dynamic Light Scattering Size Measurements |
| 00:03:14 | The Zetasizer Family of Instrumentation |
| 00:03:58 | Light Scattering Technologies |
| 00:04:30 | Measurement Technologies |
| 00:04:34 | Dynamic Light Scattering and Brownian Motion |
| 00:06:00 | Dynamic Light Scattering (Particle Size) |
| 00:07:31 | Intensity Fluctuations, Correlation and Size Distributions |
| 00:09:27 | Zetasizer Nano Backscatter Optics |
| 00:12:58 | Zetasizer Nano S or ZS + Multipurpose Titrator |
| 00:13:26 | Zetasizer µV – Focused Optics Classical Size vs. Sensitivity Dichotomy |
| 00:15:56 | Zetasizer µV |
| 00:16:36 | Zetasizer APS – Auto Plate Sampler |
| 00:17:35 | Zetasizer APS |
| 00:18:28 | Applications |
| 00:18:32 | Applications: Zetasizer Family |
| 00:19:03 | Surfactant Micelles |
| 00:20:45 | Micelle Size Characterization |
| 00:20:48 | Micelle Size Characterization |
| 00:21:11 | Micelle Size Characterization |
| 00:21:28 | Micelle Size Characterization |
| 00:21:44 | Oligomeric States of a pH Sensitive Protein |
| 00:22:47 | Aggregation Kinetics |
| 00:23:56 | Effect of Storage Conditions |
| 00:26:17 | Automated temperature studies |
| 00:27:40 | Protein Thermal Stability |
| 00:28:03 | Data Interpretation |
| 00:28:26 | INSTRUMENT OPERATION |
| 00:30:25 | DATA INTERPRETATION |
| 00:32:27 | DATA INTERPRETATION: CORRELOGRAMS |
| 00:33:22 | IDEAL RESULTS |
| 00:35:40 | Large Z-Average Values |
| 00:38:11 | DATA INTERPRETATION: Results |
| 00:38:39 | Distributions from DLS |
| 00:40:29 | How does this affect real samples? |
| 00:40:47 | How does this affect real samples? |
| 00:41:06 | How does this affect real samples? |
| 00:41:21 | Which result is the best result? |
| 00:42:21 | Conclusion Benefits Of Sizing By DLS |
| 00:43:24 | Web Page Directory |
| 00:45:17 | Contact Information |
This is an introductory lecture to provide an overview of the Zetasizer family of instrumentation, including the Zetasizer Nano, Zetasizer µV and Zetasizer APS. Example applications are included as well as useful tips for analyzing DLS results