The MAGPIX from Luminex is a revolutionary multiplex detection system designed to simultaneously analyze multiple analytes within a single sample. This compact and versatile instrument employs a specific fluorescence spectrophotometer technology utilizing magnetic polystyrene beads. The system features a needle for sample aspiration, a red laser (635 nm), a green laser (525 nm), and a CCD camera. By combining the red and infrared lasers, the MAGPIX accurately identifies the beads based on their unique radiation ratios, allowing for precise positioning and enabling the simultaneous use of various beads with different parameters. The green laser facilitates fluorescence detection, quantifying the measured parameter. Ideal for both research and clinical diagnostic laboratories, the MAGPIX offers a rapid and reliable solution for conducting complex biological tests, capable of measuring up to 50 different biomarkers in a single sample.

Key Features of the MAGPIX:

• Multiplex Technology: The MAGPIX allows for the simultaneous analysis of multiple analytes (proteins, nucleic acids) within a single well, optimizing both time and resources in the laboratory. This capability is particularly advantageous for genomics, proteomics research, and diagnostic testing.
• Test Flexibility: Supporting a broad range of reagent kits, the MAGPIX can detect proteins, nucleic acids, and other biomarkers, providing versatility for various applications in biomedical research and clinical diagnostics.
• Precision and Reliability: With its luminescence-based detection, the MAGPIX delivers highly accurate results, enabling the identification of low analyte levels with exceptional sensitivity.

Clinical and Research Applications:

The MAGPIX is utilized across numerous fields including immunology, infectious diseases, cancer research, and molecular biology studies. It is also extensively employed in disease screening, monitoring immune responses, and pharmacological research. Its multiplexing capabilities make it ideal for complex studies requiring the analysis of multiple parameters in a single test.