The New Zetasizer Pro and Ultra: An Evolution in Light Scattering Technology

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00:00:00 The New Malvern Panalytical Zetasizer: Pro and UltraAdaptive Correlation, MADLS and Particle Concentration
00:01:38 Overview
00:03:23 Zetasizer: Where is it Used?
00:03:52 Zetasizer: Where is it Used?
00:05:12 What is a Particle?
00:05:24 What is a Particle?
00:05:24 What is a Particle?
00:05:37 What is a Particle?
00:05:37 The Zetasizer ZS, Pro and Ultra
00:05:46 The Zetasizer ZS, Pro and Ultra
00:07:00 A Basic Characterization Workflow
00:07:20 A Basic Characterization Workflow
00:08:51 A Basic Characterization Workflow
00:09:22 A Basic Characterization Workflow
00:09:54 A Basic Characterization Workflow
00:11:21 Malvern Panalytical Zetasizer
00:11:29 Brownian Motion and Particle Si
00:11:29 Brownian Motion and Particle Si
00:11:29 Components of the DLS
00:11:29 The Correlation Function
00:11:59 The Correlation Function
00:12:07 The Correlation Function
00:12:25 The Correlation Function
00:12:46 The Correlation Function
00:12:46 The Correlation Function
00:13:01 The Correlation Function
00:13:10 The Correlation Function
00:13:21 The Correlation Function
00:13:34 The Correlation Function
00:13:46 The Correlation Function
00:14:24 Sensitive Aggregate Detection
00:15:41 Sensitive Aggregate Detection
00:17:27 Sensitive Aggregate Detection
00:18:08 Thermal Aggregate Detection
00:19:36 Sensitive Aggregate Detection
00:20:11 Adaptive Correlation
00:22:20 Adaptive Correlation
00:22:20 Adaptive Correlation
00:22:20 Adaptive Correlation
00:22:28 Adaptive Correlation
00:23:03 Adaptive Correlation
00:23:20 Capillary Cell
00:23:50 Capillary Cell
00:24:54 Sample-Centric Workflow
00:25:19 Sample-Centric Workflow
00:26:33 What Data Quality Advice Looks Like
00:27:14 What Data Quality Advice Looks Like
00:27:42 Predictive Parameters
00:28:10 Orthogonal Parameters
00:28:17 Orthogonal Parameters
00:28:31 Orthogonal Parameters
00:29:40 Predictive Parameters (KD and A2)
00:30:35 Dynamic and Static Light Scattering
00:30:42 Dynamic and Static Light Scattering
00:31:03 Predictive Parameters (KD and A2)
00:31:55 Predictive Parameters (KD and A2)
00:32:11 Orthogonal Stability Prediction
00:32:24 Zeta Potential
00:32:30 Zeta Potential
00:32:48 Zeta Potential
00:33:10 Zeta Potential
00:34:29 Zeta Potential
00:35:05 Zeta Potential
00:35:14 Zeta Potential
00:35:25 Zeta Potential
00:35:40 Zeta Potential
00:36:03 MADLS® - Multi-Angle Dynamic Light Scattering
00:36:31 MADLS®
00:38:07 MADLS®
00:39:03 MADLS®
00:39:26 MADLS®
00:39:45 MADLS®
00:39:54 MADLS®
00:41:41 Particle Concentration
00:42:29 Particle Concentration
00:42:35 Particle Concentration
00:42:50 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:43:49 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:44:08 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:44:53 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:45:23 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:45:41 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:46:00 Particle Concentration
00:46:52 Allergan UK Adeno-Associated Virus (AAV) Concentration Measurements
00:47:19 Particle Concentration
00:48:09 Particle Concentration
00:48:44 Particle Concentration
00:48:52 The New Zetasizer
00:52:57 Thank You for Your Attention
00:53:05 Q&A
01:01:55 Contact information

In this Webinar we will learn about two new exciting additions to a wide range of sample types and concentrations that significantly improve measurement quality, accuracy and sample tolerance through Adaptive Correlation, also enabling sizing now in as little as 24 seconds. Dynamic, Static and Electrophoretic light scattering (DLS, SLS and ELS) are established techniques to accurately measure particle size and charge, amongst many other parameters, over a wide concentration and sample-type range. Malvern Panalytical are global leaders in providing light scattering solutions, demonstrated by the market-leading Zetasizer Nano instrument series. Our new capillary cell now enables users to measure size with as little as 3 μL sample, and with greater accuracy for particles >0.5 μm diameter. Finally, this webinar will describe our unique new measurement type MADLS (Multi-Angle DLS) that improves sizing resolution up to 2:1 and enables the user not only measure particle size, but now also particle concentration in as little as 2 minutes.

Speakers

Patrick King Ph.D. - Field Application Specialist - Bioscience

More information

Who should attend?
Anyone interested in Dynamic Light Scattering techniques such as DLS, SLS and ELS.


Why attend?
To educate yourself on the advances / improvements now possible with the New Zetasizer Ultra or Pro