Luminex 100 System from Luminex

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Stanford University
Structural Biology
Post-Doc
Image showing the classification of individuals beads bearing single HLA class I molecules into 96 compartments (white circles) which allows their identification. The luminex reader simultaneously identifies a bead and it's fluorescence. Doublets are identified and excluded from the analysis and are shown in the bottom left corner of the image.

Company:

Luminex

Product Name:

Luminex 100 System

Catalog Number:

1014-0020
Image
  • Company: Luminex
  • Product Name: Luminex 100 System
  • Catalog Number: 1014-0020

The Luminex 100 reader is a flexible platform based on flow cytometry that enables multiplex analysis of up to 100 analytes in a single microplate well. The system is capable of analyzing various biomarkers including nucleic acids, receptor-ligand assays, immunoassays and enzymatic assays. The platform is based on the simultaneous detection of individual fluorescently dyed microspheres and antibodies conjugated to phycoerythrin (PE). In our lab, we use the Luminex 100 reader in several different assays including for HLA class I typing, KIR typing and antibody specificity determination. The assay described below uses the Luminex 100 reader to determine the antibody specificity of a monoclonal anti-HLA class I antibody.

Experimental Design and Results Summary

Tips

Take care not to allow the sheath fluid resevoir to run dry as allowing air into the FACS system can lead to aberrant results and damage to the instrument. Sheath fluid may need re-filling if greater than 48 samples are being analyzed in a single experiment. Calibration should be undertaken prior to each use of the instrument to ensure the correct identity of all 96 bead types.

Image Gallery

Image showing the classification of individuals beads bearing single HLA class I molecules into 96 compartments (white circles) which allows their identification. The luminex reader simultaneously identifies a bead and it's fluorescence. Doublets are identified and excluded from the analysis and are shown in the bottom left corner of the image.

Summary

The Good

Simple and speedy multiplexing, intuitive software, robust instrumentation.

The Bad

High reagent cost, expensive service contract.

The Bottom Line

A useful multiplex platform that can be used in several different bioassays.

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