Carboxyl Magnetic Nanoparticles (100-300 nm)

Magnetic microspheres coated with antibodies or capture molecules for pathogen detection in clinical samples. Enables rapid concentration and detection of microorganisms in diagnostic assays.

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.

Fluorescently labeled magnetic microspheres designed for flow cytometry-based detection and analysis. Combines magnetic capture capability with optical detection for advanced cell and particle analysis.

Magnetic microspheres optimized for immunoassay applications including sandwich, competitive, and capture formats. High surface area and stable coating ensure reproducible results across multiple assay platforms.

Magnetic microspheres designed for detection of cardiac-specific biomarkers in clinical samples. Supports rapid point-of-care and laboratory-based cardiac assay applications.

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.

Antibody-conjugated magnetic microspheres for capture and detection of tumor-associated biomarkers. Enables rapid immunoassay-based detection of cancer markers in patient samples.

Magnetic microspheres manufactured under quality standards for clinical diagnostic applications. Ensures consistent performance and safety for patient testing in medical laboratories.

Streptavidin-coated magnetic microspheres for biotin-specific binding in diagnostic assays. Enables indirect conjugation of antibodies, antigens, and haptens to microsphere surfaces for detection applications.

Magnetic microspheres for serological and molecular screening of infectious disease markers. Compatible with automated diagnostic platforms for high-throughput testing workflows.

Differentiated magnetic microsphere sets for simultaneous detection of multiple analytes in single samples. Each microsphere type carries distinct surface chemistry for parallel biomarker detection.

Ultra-uniform gold nanoparticle conjugates for antibodies, antigens, and oligonucleotides with coefficients of variation ≤8 percent. Over 600 custom conjugations performed annually with batch scaling to 24L at OD10.