Nanoparticle tracking analysis (NTA) utilizes the properties of light scattering and Brownian motion to measure nanoparticle size distribution of particles in liquid suspension. Nanosight instruments use NTA to provide high-resolution particle size and concentration measurements and are widely used in the characterization a variety of nanoparticles.
発表者
- Kasie Baker - Field Applications Scientist – Biophysical Characterization, Malvern Panalytical
詳細
Who should attend?
- This presentation is intended for scientists using a Nanosight instrument who are interested in learning how to optimize their data quality.
What will you learn?
- This webinar will review the basic principles of NTA and how to optimize your NTA measurements.
- We will discuss sample preparation, measurement set up, and data analysis to provide you with the tools to get the most out of your Nanosight and samples.
Characterizing Exosomes And Nanoparticles Webinar Series
In this three-part webinar series, we will explore several areas in the characterization of exosomes and other biologically-sourced nanoparticles, including an overview of techniques commonly used to characterize biologically sourced nanoparticles, with a special focus on nanoparticle tracking analysis (NTA). In addition, we will discuss, in-depth, the best practices to obtain quality NTA data, and how to optimize fluorescence NTA measurements.
Take a look at the recordings from our webinar series:
- Utilization and Characterization of Biologically Sourced Nanoparticles: Exosomes and Viral particles - May 22nd
- Optimizing Fluorescence for NTA measurements - June 5th
- NTA and Best Practice: How to optimize data quality - June 20th (this webinar)