Discover Nanoparticle Tracking Analysis

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00:00:00 Welcome
00:00:09 Introduction
00:01:35 Contents
00:02:21 NanoSight Technology Overview
00:02:52 Nanoparticle Tracking Analysis - NTA
00:03:43 NanoSight Technology
00:06:46 Particles are Visualised in Real Time
00:07:34 Principle of Measurement
00:09:23 High Resolution Sizing Technique
00:10:07 Concentration Measurements
00:10:54 Relative Light Intensity
00:11:48 Fluorescence Measurements
00:13:07 Parameters Measured by NTA
00:13:44 Sample Preparation, Image Optimisation & Processing
00:14:25 Sample Preparation
00:16:22 Sample Preparation
00:17:51 Check Diluent
00:20:13 Making a Measurement
00:21:00 Optimise the Image
00:21:43 Concentration
00:23:51 Camera settings
00:26:11 Focus
00:27:34 Beam Position: NS300
00:28:39 Syringe Pump
00:32:24 Making a Measurement
00:32:40 Detection Threshold
00:35:49 Detection Threshold
00:36:16 Accepting data – Top Tips
00:39:51 Best Practice – Golden Rules
00:40:35 Software Features
00:40:45 User Lines
00:41:52 Graph Overlays
00:42:37 Graph Overlays
00:42:59 NanoSight Support Resources
00:43:20 Resource Center
00:44:03 LinkedIn Group
00:44:24 Thanks for your attention – any questions?

Nanoparticle Tracking Analysis (NTA) has been widely adopted in a range of different research streams for the visualisation, sizing and counting of nanoscale materials in liquid suspension.

In this webinar we will explore the methodology behind the instrumentation and how the system utilizes light scattering to visualize materials and the way in which this image is used to size and count particles.

Discover the latest best practices for improving accuracy and precision of concentration measurements over a wide range of sample sizes, concentrations and materials.


Tom Dennison - Field Application Specialist

Pour en savoir plus

Who should attend?
Anyone who is actively considering using Nanoparticle Tracking Analysis and would like to learn more about how it can enhance their research.
Current users who are looking to keep up to date with latest in best practice operation and results analysis