MRX^e – The best combination of features and value in a dedicated absorbance reader

Looking for an affordable microplate absorbance reader with the widest wavelength range available? The next-generation MRX^e reader is ideal for labs with high-performance needs and tight budgets. Compact and powerful, the MRX^e combines excellent performance and high-utility with the features most labs need for demanding research, clinical-diagnostic, and academic applications.

Dynex’s MRX^e absorbance reader is:

Flexible – Available with optional temperature control (ambient to 63° C), the MRX^e supports endpoint, kinetic, and tissue culture/agglutination assay types
Easy to use – The MRX^e allows you to assign frequently used assays to “Quick Start” buttons to save time and eliminate guesswork in multi-user labs
Reliable – The MRX^e enables you to produce consistent results plate-to-plate, day-to-day, and instrument-to-instrument
Powerful – The MRX^e delivers excellent linearity, accuracy, and precision

• Quick read times – <4 seconds for a 96 well plate
• Wide dynamic range – 0.1 to 4.0 OD

Applications

The MRXe absorbance reader is ideal for a range of research and clinical applications, including:

• Enzyme Immunoassay (ELISA) for infectious diseases, autoimmune diseases
• Cyclic nucleotides
• Eicosanoids
• Free radicals
• Chemokines
• Cell adhesion
• Apoptosis markers
• Nucleosome analysis
• p53
• PCR detection
• RT-PCR detection

Optional verification plate

For those labs that need additional assurance that the MRXe absorbance reader is performing to specification, Dynex offers the MRX verification plate, which comes with a calibration certificate, and tests for:

Plate alignment – X-axis, Y-axis, and skew

Linearity – Linearity of OD measurements

Filter test – Verifies correct installation of the eight most-common optical filters

Optical channel matching – Verifies consistent results across all MRX^e optical read channels

Photometric accuracy – Verifies correct absolute OD measurement (NIST and NPL traceable absorbance at 450 nm)