
NextGenPCR™ evaluated with a fluorescence microplate reader accelerates testing for SARS-CoV-2 viral RNA
NextGenPCR™ evaluated with a fluorescence microplate reader accelerates testing for SARS-CoV-2 viral RNA
The LUMIstar® Omega is BMG LABTECH's powerful dedicated luminescence microplate reader, providing highly sensitive flash and glow assay readings. This DLReady-certified microplate reader can also come equipped with Simultaneous Dual Emission for BRET applications and can be further upgraded to a multi-mode reader.
The LUMIstar Omega is a dedicated luminescence plate reader for luminescence measurements, including BRET. It provides highly sensitive readings of all luminescence applications in end-point and kinetic assays. Moreover, a built-in filter wheel and the optional Simultaneous Dual Emission detection make multiple wavelength detection and BRET applications possible.
NextGenPCR™ evaluated with a fluorescence microplate reader accelerates testing for SARS-CoV-2 viral RNA
Not sure which cell viability assay is the best choice for you? This AppNote compares different kits based on absorbance, fluorescence and luminescence readouts.
Read in this AppNote, how EDR helps to avoid signal saturation and MARS data analysis software enables the fast and simple kinetic evaluation of enzyme activity assays.
Transfection efficiency cannot only be assessed with a microscope. Read how microplate reader-based evaluation can be achieved with high accuracy with the VANTAstar.
NOX2 plays an important role in the presentation of antigens. This application note highlights the use of a chemiluminescent probe to measure NOX2-induced reactive oxygen species (ROS) production.
Antioxidant capacity is an important criterion for the evaluation of foods. Read here how antioxidant capacity of products can be determined using the ORAC assay and the CLARIOstar Plus.
Intelligent microplate incubation
Microplate handling system
Low-volume measurements
Filters for a wide range of applications
Functional Microplate Reader Validation
Enhanced cell-based assays