The ProteOn™ XPR36 Protein Interaction Array System is an SPR optical biosensor that provides real-time data on the affinity, specificity, and interaction kinetics of protein interactions. Using XPR technology*, a unique approach to multiplexing, this system generates a 6 x 6 interaction array for the simultaneous analysis of up to six ligands with up to six analytes. The ProteOn XPR36 System increases the throughput, flexibility, and versatility of experiment design, enabling the completion of more experiments in less time: Analyze up to 36 different protein interactions in a single run, on a single chip Perform a complete kinetic analysis in a single run Measure a variety of experimental conditions simultaneously in parallel Screen multiple panels of analytes
Dr. Katerina R. Katsani is Assistant Professor at the Dept of Molecular Biology & Genetics in the Democritus University of Thrace. Dr. Katsani holds a Chemistry degree and a Μaster degree from the Dept of Chemistry of the Aristroteleion University in Thessaloniki. She did her PhD in London (CRUK, former ICRF) and Leiden University Medical Center in the Netherlands from where she obtained her PhD in 2002. During her PhD, she studied chromatin regulators in Drosophila. She then moved to Institut Curie in Paris as a Human Frontiers (HFSPO) post doctoral fellow where she worked on live imaging of nuclear pore complexes. Her main research interests focus on the characterization of the Drosophila nuclear pore complexes, and the investigation of the role of nuclear pore proteins in cell physiology using imaging and proteomic approaches.
The ProteOn™ XPR36 Protein Interaction Array System is an SPR optical biosensor that provides real-time data on the affinity, specificity, and interaction kinetics of protein interactions. Using XPR technology*, a unique approach to multiplexing, this system generates a 6 x 6 interaction array for the simultaneous analysis of up to six ligands with up to six analytes. The ProteOn XPR36 System increases the throughput, flexibility, and versatility of experiment design, enabling the completion of more experiments in less time: Analyze up to 36 different protein interactions in a single run, on a single chip Perform a complete kinetic analysis in a single run Measure a variety of experimental conditions simultaneously in parallel Screen multiple panels of analytes