| 00:00:00 | Welcome! |
| 00:00:14 | Agnieszka Siupa |
| 00:01:43 | NanoSight Sample Assistant |
| 00:02:00 | NanoSight Sample Assistant |
| 00:02:22 | Sample Assistant, What and Why? |
| 00:04:14 | Samples |
| 00:05:13 | Hardware Overview |
| 00:06:05 | System Demo |
| 00:06:39 | Initialization |
| 00:06:39 | Sample Preparation |
| 00:06:39 | Software Overview |
| 00:06:39 | Sample Assistant in Action |
| 00:06:39 | Completing the Run |
| 00:06:39 | Data |
| 00:06:39 | Workflow |
| 00:07:59 | Example Data |
| 00:07:59 | Robust Cleaning Between Samples |
| 00:09:23 | Measurement Repeatability |
| 00:10:09 | Working Concentration Range of Exosomes |
| 00:10:42 | Working Concentration Range of Exosomes |
| 00:11:56 | Sample stability in various condition |
| 00:13:39 | Summary & Questions |
| 00:13:45 | Sample Assistant Benefits |
| 00:15:20 | Part Numbers |
| 00:16:13 | NanoSight Sample Assistant |
| 00:16:51 | Questions |
| 00:23:30 | Contact Information & Thank You! |
Are you involved in characterizing the size and concentration of nanoparticles, including exosomes and viruses? Would you like to generate more NanoSight data but not have time to sit at the NS300? Would you like to fully automate sample delivery, along with having the full flexibility of measurement configuration you expect from NanoSight? Do you want to characterize larger sample sets from 96 well plates?
If the answer to any of the above questions is “yes!”, then this NanoSight NS300 Sample Assistant Launch webinar will be of interest to you.
발표자
Pauline Carnell is Product Manager – Bioparticle Characterization at Malvern Panalytical. She studied Pharmacology at the University of Liverpool and has over 20 years’ experience of pharmaceutical research, having worked at Warner Lambert and Pfizer developing and running assays for G protein-coupled receptors, ion channels, antibodies and proteins. Prior to joining Malvern Panalytical, Pauline spent two years with an EU biotech company, working on protein-conjugated gold nanoparticles. Her current areas of interest include drug delivery systems, proteins aggregation, extracellular vesicles and fluorescence applications.
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Who should attend?
Academic and industrial researchers involved in characterizing larger sample sets, and those who would like to reduce hands-on instrument time, freeing up scientists for other tasks. Also, those who are interested in analyzing more samples in a quicker, more reproducible way.
What will you learn?
We will provide an overview of the NanoSight Sample Assistant autosampler hardware and bespoke software, from system setup and method generation, through to data output and system shutdown. Examples of the types of data that can be generated when using this new NanoSight accessory will also be shared.