| 00:00:00 | Dynamic Light Scattering: Applications that Benefit from Systems with High Sensitivity |
| 00:01:20 | Dynamic Light Scattering: Applications that Benefit from Systems with High Sensitivity |
| 00:01:35 | Contents |
| 00:02:53 | Contents |
| 00:02:58 | Dynamic Light Scattering |
| 00:06:55 | Zetasizer Range |
| 00:09:22 | Zetasizer Range |
| 00:10:51 | Instruments and Applications |
| 00:11:52 | Contents |
| 00:12:08 | Sensitivity: Definitions |
| 00:13:33 | Factors Influencing Sensitivity |
| 00:14:37 | Factors Influencing Sensitivity |
| 00:14:41 | Optical Configurations to Achieve Sensitivity |
| 00:17:08 | Factors Influencing Sensitivity |
| 00:17:20 | Detector Sensitivity |
| 00:18:49 | Factors Influencing Sensitivity |
| 00:18:54 | Laser Power/Wavelength |
| 00:19:52 | Factors Influencing Sensitivity |
| 00:19:56 | Temperature Control |
| 00:20:45 | Factors Influencing Sensitivity |
| 00:20:49 | Cells and Cuvettes |
| 00:23:16 | Sample Preparation |
| 00:24:03 | Factors Influencing Sensitivity |
| 00:24:07 | Count Rate |
| 00:26:50 | Data Quality and Results |
| 00:27:35 | Contents |
| 00:27:52 | Protein Oligomer Mixtures |
| 00:29:51 | Small Aggregates |
| 00:32:33 | Small Aggregates |
| 00:33:51 | Oligomeric States of Thermophile Protein pH Dependence of Pyrrolydone Carboxylate Peptidase |
| 00:35:46 | Protein Stabilised by Ligand Binding |
| 00:37:39 | Aluminium Polyoxocations |
| 00:38:15 | Aluminium Polyoxocations: Correlation Functions |
| 00:38:43 | Aluminium Polyoxocations: Intensity Particle Size Distributions |
| 00:39:51 | Aluminium Polyoxocations: Volume Particle Size Distributions |
| 00:40:40 | Micelle Size: Effect of Surfactant Concentration |
| 00:43:00 | Micelle Size: Effect of Surfactant Concentration |
| 00:43:29 | Size/Intensity Temperature Trend Measurements |
| 00:45:31 | Size/Intensity Temperature Trend Measurements |
| 00:47:03 | Conclusions |
| 00:49:59 | Further Information |
| 00:50:00 | Contact Information |
The high sensitivity of the Zetasizer Nano range ensures accurate and rapid analysis of samples such as proteins and nanoparticles. This webinar will highlight the capabilities of the Zetasizer range with reference to challenging applications