Contact EN Microplate reader Menu BMG LABTECHResourcesCustomer success storiesStudying binding kinetics on the PHERAstar FSX Studying binding kinetics on the PHERAstar FSX Steven Charlton (Professor of Molecular Pharmacology and Drug Discovery at University of Nottingham; Founder and Chief Scientific Officer of Excellerate Bioscience) Company/University: University of Nottingham and Excellerate Biosciences, UK Interviewee: Steven Charlton Products used: PHERAstar FSX Method: kinetic binding assays, protein-protein interactions, TR-FRET Also interesting for you: Features to monitor binding events The study of binding kinetics can be efficiently performed in microplates using real-time interaction assays, even for screening purposes and the study of low-affinity compounds. Learn which features help to easily resolve your binding events on a microplate reader. Read more Steven Charlton is professor of Molecular Pharmacology and Drug Discovery at the University of Nottingham and co-founder of Excellerate Bioscience. He has a lot of experience in kinetic assays for membrane proteins and in protein-protein interactions. For these applications, he mainly uses time-resolved FRET assays. The PHERAstar FSX is extensively used in the lab. It has great flexibility and is particularly good at detecting TR-FRET assays. A crucial feature is the fast read frequency that the reader can achieve, especially with the TRF excitation laser. This results in a dramatic time saving when compared to normal lamp excitation systems and allows to get far more data points on each kinetic curve. Another useful feature is the ability to simultaneously add reagents to the sample and read. This means that information can be captured right from the very beginning of a kinetic reaction. Contact +49 781 96968-0 +49 781 96968-67 sales@bmglabtech.com Company Newsletter Privacy statement Legal notice EXTRAnet TeamViewer Support Legacy Plate Readers Luminometer Fluorometer Spectrophotometer Elisa plate reader High-throughput screening Neurodegenerative diseases Luminescence Social Media Copyright ©2021. All rights reserved.