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Thermo Scientific™ MagnaBind™ Magnetic Beads and Magnets

Enable benchtop magnetic affinity purification with these ligand-coated (streptavidin, Protein A and G, GAM IgG, GAR IgG) magnetic particles and magnet separators.

$239.40 - $737.10

Products
Catalog Number Mfr. No. Description Sufficient For Price Quantity    

PI21344

 
thermo scientific™
21344
MagnaBind Streptavidin Beads Binding approx. 2ug (8nmol) of biotin per mL of beads Each for $552.30

PI21348

 
thermo scientific™
21348
MagnaBind Protein A Beads Binding approx. 0.2mg of rabbit IgG per mL of beads Each for $726.60

PI21349

 
thermo scientific™
21349
MagnaBind Protein G Beads Binding approx. 0.2mg of mouse IgG per mL of beads Each for $726.60

PI21352

 
thermo scientific™
21352
MagnaBind Amine Derivatized Beads Immobilizing ligand to beads having approx. 12umol of amines per mL Each for $242.55

PI21353

 
thermo scientific™
21353
MagnaBind Carboxyl Derivatized Beads Immobilizing ligand to beads having approx. 4.8umol of carboxyls per mL Each for $239.40

PI21354

 
thermo scientific™
21354
MagnaBind Goat Anti-Mouse IgG Beads Binding approx. 0.2mg of mouse IgG per mL of beads Each for $514.50

PI21356

 
thermo scientific™
21356
MagnaBind Goat Anti-Rabbit IgG Beads Binding approx. 0.2mg of rabbit IgG per mL of beads Each for $625.80

PI21357

 
thermo scientific™
21357
MagnaBind Magnet for 1.5mL Microcentrifuge Tube Collecting magnetic particles in 1 microcentrifuge tube at a time Each for $268.80

PI21358

 
thermo scientific™
21358
MagnaBind Magnet for 96-Well Plate Collecting magnetic particles in wells of standard 96-well microplates Each for $737.10
Description & Specifications

Thermo Scientific™ MagnaBind Magnetic Beads are available with streptavidin, Protein A, Protein G, GAM IgG, GAR IgG and other ligands for use in small-scale benchtop magnetic affinity protocols.

MagnaBind Magnetic Beads enable small-scale affinity purification and cell-separation without columns or centrifugation. The beads are silanized iron oxide magnetic particles activated with various affinity ligands. After a binding step in an affinity purification procedure, the magnetic particles are easily and rapidly collected by placing the microcentrifuge tube or reaction vessel next to an appropriate rare-earth magnet. MagnaBind Beads respond rapidly to MagnaBind Magnets. The particles can be easily dispersed and regathered multiple times (i.e., they will not irreversibly aggregate) because they do not have any magnetic memory.

MagnaBind Beads are available pre-coated with Protein A, Protein G, streptavidin, anti-mouse or anti-rabbit antibodies. Also available are beads activated with either amine or carboxyl groups as targets for customized covalent immobilization other proteins or ligands.

Highlights:

  • Available pre-coated with popular affinity ligands or derivatized for covalent attachment of proteins and other specific ligands
  • Beads do not irreversibly aggregate because they have no magnetic memory; collect and disperse the beads multiple times if needed
  • Most separations require a short five- to 10-minute benchtop procedure

Properties of underivatized MagnaBind Beads:

  • Composition: silanized iron oxide
  • Magnetization: 25 to 35 EMU/g
  • Type of Magnetization: superparamagnetic (no magnetic memory)
  • Surface Area: greater than 100m2/g
  • Bead Size: 1 to 4μm diameter
  • Settling Rate: 4% in 30 minutes
  • Effective Density: 2.5g/mL
  • Number of Beads: 1 x 108 beads per milliliter
  • pH Stability: aqueous solution, above pH 4.0
  • Concentration: 5mg/mL

Requires:

To remove MagnaBind Beads from suspension, an external magnetic field is used; see the ordering table for a selection of magnets.

Recommended for:

Cell sorting using either positive or negative selection; Protein purification or immunoassays using either direct or indirect methods; Immunoprecipiation