Magnetic Microspheres for Flow Cytometry

Fluorescently-labeled antibodies for cell surface and intracellular marker detection. These products support flow cytometric analysis in immunology research.

Reagent solutions for flow cytometric analysis enabling cell sorting, immunophenotyping, and functional assessment applications. These formulations support precise fluorescence-based cell analysis across research and clinical laboratories.

A flow cytometry-based cytokine detection reagent with high compatibility across common flow cytometer brands. It offers high sensitivity with picogram-level detection capability, direct antibody labeling to reduce endogenous biotin interference, simplified experimental procedures, and efficient magnetic separation without vacuum filtration or centrifugation in 30 seconds.

Red fluorescent latex microparticles for use as reference standards and markers in diagnostic assays. Support flow cytometry and fluorescence-based detection procedures.

Magnetic microspheres engineered for use in diagnostic assays and nucleic acid isolation procedures. Enable efficient separation and recovery of biological materials in medical device applications.

Proprietary fluorescent encoded magnetic microspheres that overcome Luminex technology barriers with completely independent intellectual property. They feature over 100+ coding options, 30-60 second high-purity magnetic separation without requiring a fluorescent array reader, and are compatible with standard flow cytometers. They can be customized according to various user-specific functional group requirements.

Magnetic nanoparticle-based transfection systems for efficient nucleic acid delivery in diagnostic applications. Support gene expression analysis and molecular diagnostic procedures.

Fluorescent microsphere reagents for lateral flow immunoassay signal generation and fluorescence-based diagnostic testing.

Chemiluminescent magnetic beads are functional microspheres designed for immunoassays and biomarker detection in clinical diagnostics. These beads combine magnetic properties for easy separation with chemiluminescent labels for sensitive signal generation, enabling rapid in vitro diagnostic testing. Suitable for automated analyzer integration and multiplexed assay development.

Next-generation bioanalytical assay format based on encoded nanoreactors with magnetic and fluorescence properties. Enables rapid development and deployment of diagnostic tests for various analytes and clinical conditions.

Magnetic nanoparticles with carboxyl surface functionalization in size range 100-300 nm, designed for bioconjugation and diagnostic applications. These particles enable efficient magnetic separation and detection in clinical assays.

Magnetic nanoparticles with mesoporous silica structure for high-capacity diagnostic applications. Enable efficient capture, separation and release of diagnostic biomarkers.