Article - 7 Oct 2009
The dynamic light-scattering method can be used to obtain particle size distributions of colloidal particles. In this study, the Beckman Coulter DelsaNano was used to measure particle sizes of...
News - 14 Mar 2007
Azaya Therapeutics has been granted a patent from the U.S. Patent and Trademark Office for Azaya's novel PSL nanotechnology platform. The PSL technology allows for the consistent loading, sizing...
News - 4 Nov 2013
UB’s HIV Clinical Pharmacology Research Program has received several grants totaling $1.86 million from the National Institutes of Health (NIH) to fund new initiatives and partnerships in...
News - 12 Oct 2017
On Tuesday 26th September, Powder Systems Limited (PSL) hosted the 2017 Microsphere Summit at the prestigious Shilla Hotel in Seoul, South Korea.
This innovative Microsphere Summit, the first...
Article - 27 Oct 2011
Dynamic light scattering offers quick, precise and repeatable nanoparticle size information. Polystyrene latex (PSL) beads are well-known size standards for particle analysis. Evidence presented...
News - 28 Feb 2008
The kilogram is losing weight and many international scientists, including some at Sandia National Laboratories, agree that it’s time to redefine it. Scientists are hoping to redefine the...
Article - 25 Jun 2015
NTA is a technique used for measuring and analyzing single particle size and concentration. The increasing use of this method has driven the need to reduce variability and user input and offer...
News - 12 Feb 2010
A green technology spin-out company from the University of Bath has secured funding of almost £750,000 from the Royal Society Enterprise Fund and local Business Angels including John Clough,...
News - 7 May 2014
Azaya Therapeutics, Inc., a clinical-stage oncology company developing safer and more effective cancer treatments through its nanotechnology platform, announced a collaboration with the University of...
Article - 16 Mar 2016
This article looks at sample preparation techniques for dynamic light scattering experiments.