• PRODUCTS
•  
• TECHNICAL INFORMATION
•  
• CUSTOMER SERVICE
•  
• ABOUT US
•  
• HEMATOLOGY
•  

Multiplex Assays are highly efficient tools for measuring the levels of multiple proteins in a single sample. R&D Systems provides several different assay formats for multi-analyte analysis, offering the flexibility to match your research needs.

Bead-based Multiplex Kits for the Luminex^® Platform

• Fluorokine^® MAP Multiplex Kits

  Complete bead-based multiplex kits for the Luminex^® Platform. Validated for complex matrices. Custom and predefined panels available.

• VersaMAP^™Multiplex Development Kits

  A multiplex development system for the measurement of up to 40 user-defined analytes. The VersaMAP Development System is validated for cell culture supernates but can be further optimized for complex matrices such as serum and plasma.

• VersaMAP^™ Magnetic Multiplex Kits

  Magnetic bead-based multiplex assay for the Luminex Platform. Custom-defined assays to assess the phosphorylation of receptor tyrosine kinases.

Microplate-based Multiplex Kits

R&D Systems offers 96-well microplates spotted with up to 16 antibodies per well for simultaneous detection of multiple analytes. Our microplate-based multiplex kits employ microarray technology to provide an accurate, efficient, and economical alternative to conducting multiple traditional ELISA experiments.

• Proteome Profiler^™ 96 Antibody Arrays

  Kits include an antibody array in each well of a 96-well microplate. Used for measuring the levels of intracellular molecules. Custom and predefined arrays available.

Membrane-based Multiplex Kits

R&D Systems Proteome Profiler™ Antibody Arrays offer a convenient way to measure multiple proteins in a single sample. These arrays require no specialized equipment and eliminate the need for multiple immunoprecipitation/Western blot experiments.

• Proteome Profiler Antibody Arrays

  Membrane-based antibody macroarrays that require no specialized equipment. Used for measuring both extracellular and intracellular factors.