New Technologies that Enhance Cell-based and Label-Free Microplate Assays Will Be Highlighted at Miptec 2012
As will be highlighted in several posters and at an Industry Symposium, BMG LABTECH will detail how its microplate reader technologies can improve your scientific research. When designing its newest microplate readers, BMG LABTECH analyzed the market to determine what features are missing in a microplate reader that will enhance life science applications. Two such advancements that greatly improve assays are ultra-fast, full spectrum analysis for absorbance assays and Direct Optic Bottom Reading for cell-based assays.
In the Industry Symposium on Tuesday afternoon September 25th, in conjunction with Labcyte and CISBIO, BMG LABTECH will show how its Direct Optic Bottom Reading can create an automated cell-based HTS screening platform that compliments or rivals slower HCS platforms. See how these three companies have brought together their technologies to create such a platform. With Direct Optic Bottom Reading on the PHERAstar FS, the signal-to-blank ratio in fluorescent cell-based assays like GFP, mCherry, and mOrange is more than 300% higher than on fiber optic plate readers. With this level of sensitivity, obtaining higher throughput from an existing FACS or a confocal microscope assay is now possible with this platform.
In addition, BMG LABTECH will highlight in a poster a new label-free system that can determine protein-protein binding kinetics using ultra-fast, full spectrum analysis in a spectrometer-based microplate reader. In collaboration with PharmaDiagnostics, a label-free system that uses their SoPRanoTM label-free technology and a BMG LABTECH spectrometer-based microplate reader has been designed. Without the need to purchase expensive and dedicated equipment, this label-free system can quickly analyze and determine the KD values, EC/IC50s, as well as the association (ka) and dissociation (kd) rates for a protein-protein interaction.
Please visit BMG LABTECH at Booth #A22 at Miptec 2012 to learn more about the future of microplate reader technology today.