NanoSight Latest Interactive Webinar: September 22nd Subject: Exosome Characterization by Nanoparticle Analysis
News Sep 09, 2011
NanoSight, will host a new interactive webinar on the latest developments in the methods of exosome characterization using the unique Nanoparticle Tracking Analysis technology, NTA. It will be held on Thursday 22nd September, 0700 PST, 1000 EST, 1500 BST, then again live, two hours later at 0900 PST, 1200 EST, 1700 BST.
The past few months have seen a growing number of papers from researchers reporting their work in to the characterization of exosomes.
Notable in these was the landmark paper published in NanoMedicine by Sargent et al from the Nuffield Department of Obstetrics & Gynaecology, Oxford University, UK, entitled “Sizing and phenotyping of cellular vesicles using Nanoparticle Tracking Analysis.”
This latest webinar is aimed at those with a similar interest in the detection and speciation of exosomes and micro-vesicles. It will be moderated and fully interactive. Questions will be encouraged during and at the end of the presentations.
Until recent publications, exosomes research has been constrained by a lack of suitable methods of characterization.
Nanoparticle Tracking Analysis (NTA) addresses this need, allowing exosomes and microvesicles in the range of 30 - 1000 nm in liquid suspension to be directly and individually visualized in real-time.
Thus, NTA provides high-resolution particle size distribution profiles and concentration measurements. The technique is fast, robust, accurate and cost effective, representing an attractive alternative or complement to existing methods.
Specific exosomes can be imaged and characterized through suitable labeling with a fluorescent marker with a range of excitation wavelengths available.
Software updates provide a simple, intuitive option for scientists to visualize metal-organic structures using polyhedral representations, improving understanding of chemical structure and properties. This could significantly aid analysis, design and prediction of a metal-organic compound's behavior in materials development.READ MORE