MyTron™ Series: sub-30 nm rod-shaped nanomagnetic beads, high binding capacity, anti-biofouling, magnetic separation in under a minute

MyTron™ Series

Sub-30 nm Rod-Shaped Nanomagnetic Beads

High Binding Capacity · Anti-Biofouling · <1 min Magnetic Separation

Core Technology

Ultra-Magnetic Nanobeads

Nanoscale size × microscale magnetic response

  • 01

    High surface area

    More binding sites, for higher reaction efficiency

  • 02

    High sensitivity

    A lower detection limit, capturing trace signals

  • 03

    Fast separation

    Shorter assay time, for faster turnaround

  • 04

    Low non-specific binding

    A cleaner background, reducing false positives

Magnetic nanorods capturing target nucleic acids from a complex sample, with nothing else bound to their surfaces

Protected by core patents: material preparation · surface modification · anti-biofouling coating

Featured

Product Catalogue

Applications

Common application areas for magnetic bead technology

  • Nucleic Acid Capture
    01

    Nucleic Acid Capture

    Nucleic Acid Capture

  • POCT Immunoassay
    02

    POCT Immunoassay

    POCT Immunoassay

  • Antibody Discovery & Panning
    03

    Antibody Discovery & Panning

    Antibody Discovery & Panning

  • Proteomics & Low Abundance Detection
    04

    Proteomics & Low Abundance Detection

    Proteomics & Low Abundance Detection

  • Magnetic Particle CLIA
    05

    Magnetic Particle CLIA

    Magnetic Particle CLIA

  • High-Specificity CTC Capture
    06

    High-Specificity CTC Capture

    High-Specificity CTC Capture

These are general application areas for magnetic bead products. Please refer to your own experimental system and to the technical documentation for suitability.

Partnerships & Business

Multiple business models

  • B2B raw material supply

    Core separation materials supplied to IVD and biopharma companies

  • Technical services

    Technical support around bead materials and their applications

  • Kit solutions

    Solutions at the assay-kit level

  • Joint development

    Joint development with research institutions and companies

International collaboration · leading research institutions

Johns Hopkins University · University of Chicago · Emory University

Domestic collaboration

Collaborations with a number of IVD companies and universities

Technical enquiries & samples

Need a datasheet or a bulk quote?

Tell us about your experimental system and we will provide the relevant product information and technical support.

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