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Magnetic Microparticles

Magnetic Microparticles

Magnetic microspheres provide superparamagnetism, monodispersity and particle size controllability, surface functionalization and other characteristics. Superparamagnetic magnetic microspheres can be conveniently separated from the media by the external magnetic force, and after removal of the external magnetic field, they can disperse again. They can be used in protein purification, nucleic acid purification, affinity chromatography, cell sorting screening, multiple biological field immunoassay analysis and clinical diagnosis, which is simple, rapid and efficient. So they have become an important vehicle tools to separate cell and biological molecules in the research of medicine and molecular biology.

  • ProMag™ and ProMag™ HP

    Number

    Particle Size(μm)

    Illustrate

    Density(g/cu cm)

    Surface Groups

    Solid Content(%)

    PMC1N/11190

    0.8

    ProMag™ 1 Series· COOH

    1.33

    /

    2.6

    PMC1N/10892

    0.88

    ProMag™ 1 Series· COOH

    1.33

    /

    2.6

    PMS1N/11504

    0.8

    ProMag™ 1 Series· Streptavidin

    1.33

    /

    1

    PMB3N/11410

    3.16

    ProMag™ 3 Series· Bind-IT™

    1.22

    /

    2.6

    PMC3HP/11653

    3.06

    ProMag™ 1 Series· COOH

    1.207

    /

    2.5

    PMC3HP/11371

    3.13

    ProMag™ 1 Series· COOH

    1.22

    /

    2.5

    PMC3HP/11380

    3.13

    ProMag™ 1 Series· COOH

    1.22

    /

    2.6

    PMC3N/10962

    3.16

    ProMag™ 1 Series· COOH

    1.22

    /

    2.6

    PMM3N/11545

    3.02

    ProMag™ 3 Series· Goat anti-Mouse IgG (Fc)

    1.22

    /

    1

    PMG3N/11259

    3.02

    ProMag™ 3 Series· Protein G

    1.22

    /

    1

    PMS3HP/11275

    2.92

    ProMag™ 3 HP· Streptavidin

    1.22

    /

    1

    PMS3HP/11365

    3.24

    ProMag™ 3 HP· Streptavidin

    1.22

    /

    1

    PMS3N/11540

    3.16

    ProMag™ 3 HP· Streptavidin

    1.22

    /

    1

  • COMPEL™ 2μm above

    <

    Number

    Particle Size(μm)

    Illustrate

    Density(g/cu cm)

    Surface Groups

    Solid Content(%)

    UMC3N/11087

    2.9

    COMPEL™ Magnetic, COOH modified

    1.23

    /

    5

    UMC3N/11440

    6.2

    COMPEL™ Magnetic, COOH modified

    1.1

    /

    5

    UMC4N/11580

    7.8

    COMPEL™ Magnetic, COOH modified

    1.1

    /

    5

    UMC3F/10393

    2.6

    COMPEL™ Magnetic, COOH Modified·(660,690)

    1.2

    /

    1

    UMC3F/10049

    2.85

    COMPEL™ Magnetic, COOH Modified·(480,520)

    1.23

    /

    1

    UMC3F/10767

    2.85

    COMPEL™ Magnetic, COOH Modified·(525,565)

    1.23

    /

    1

    UMC3F/11180

    2.85

    COMPEL™ Magnetic, COOH Modified·(360,450)

    1.23

    /

    1

    UMC3F/10172

    5.8

    COMPEL™ Magnetic, COOH Modified·(660,690)

    1.09

    /

    1

    UMC3F/10437

    5.8

    COMPEL™ Magnetic, COOH Modified·(360,450)

    1.09

    /

    1

    UMC3F/9603

    6.3

    COMPEL™ Magnetic, COOH Modified·(480,520)

    1.09

    /

    1

    UMC4F/11398

    7.8

    COMPEL™ Magnetic, COOH Modified·(480,520)

    1.1

    /

    1

    UMC4F/10079

    7.9

    COMPEL™ Magnetic, COOH Modified·(660,690)

    1.1

    /

    1

    UMC4F/10152

    7.9

    COMPEL™ Magnetic, COOH Modified·(360,450)

    1.1

    /

    1

    UMC4F/10439

    7.9

    COMPEL™ Magnetic, COOH Modified·(360,450)

    1.08

    /

    1

2 Records 1/1 Page
Earlier
Mar. 2014

CFDA approvals for five immunoassay reagents adaptable to most chemical analyzers were obtained

Feb. 2014

CFDA approvals for time-resolved fluorescence immunochromatographic analyzer were obtained

Sep. 2013

Lumigenex passed The first Food and Drug Administration by the Suzhou Municipal Quality Management System Assessment