Protein-Conjugated Magnetic Microspheres

Paramagnetic polymer particles used for sample separation and concentration in lateral flow assays. Enables sample purification and enhancement of diagnostic sensitivity.

Magnetic beads with streptavidin surface modification for biotin-based capture and detection in immunoassays. These microspheres facilitate bioaffinity separation in diagnostic testing.

Latex microspheres engineered for covalent coupling of proteins and reagents. Provide stable, permanent conjugation for immunoassay applications.

Dye-labeled microspheres utilized in multiplexed diagnostic assays for visual identification and quantification of multiple analytes. These color-coded beads enhance assay throughput and readability.

Polystyrene-based latex microspheres produced via emulsion polymerization with controlled particle size for diagnostic applications. These microspheres serve as carriers for antibodies and antigens in immunoassays.

Fluorescently-labeled microspheres designed for flow cytometry and fluorescence-based diagnostic assays. These beads provide sensitive detection and quantification in clinical and research applications.

Latex microspheres designed for physical adsorption of antigens and antibodies. Used in immunoassay development where reversible binding is preferred.

High-performance magnetic microspheres based on polystyrene material designed for immunodiagnostic applications. These beads provide efficient separation and concentration of target molecules in diagnostic assays.

Agarose-based magnetic microspheres for affinity chromatography and purification applications in diagnostic workflows. These beads provide high binding capacity for protein and nucleic acid purification.

Magnetic microspheres specifically designed for extraction and purification of DNA and RNA from biological samples. These beads enable rapid and efficient nucleic acid isolation in molecular diagnostics.

Magnetic microspheres functionalized for chemiluminescent detection applications in clinical and laboratory diagnostics. These beads enable enhanced signal intensity and improved assay sensitivity.

Paramagnetic particles for sample preparation, separation, and purification in diagnostic assays. Enable automated and manual processing of biological samples.