4575184
Promega Magne™ HaloTag™ Magnetic Affinity Beads
The Magne HaloTag™ Beads provide a convenient method to covalently capture HaloTag™ fusion proteins with magnetic particles for protein pull-downs and purification. The beads offer high binding capacity with low nonspecific protein binding.
Manufacturer: Fischer Scientific
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Formulation
20% Slurry in 10 to 15% Ethanol
Particle Size
50 to 80 μm
Type
Magnetic Affinity Bead
Content And Storage
2°C to 10°C
For Use With (Application)
Auto mated and manual purification of HaloTag™ fusion Proteins
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Description
- Magnetic Capture of HaloTag(R) Fusion Proteins for Pull-Downs and Purification Bind ≥20mg of purified HaloTag(R) fusion protein per mL of particles Manual or high-throughput applications
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Formulation: 20% Slurry in 10 to 15% Ethanol
Particle Size: 50 to 80 μm
Type: Magnetic Affinity Bead
Content And Storage: 2°C to 10°C
For Use With (Application): Auto mated and manual purification of HaloTag™ fusion Proteins
Formulation:
20% Slurry in 10 to 15% Ethanol
Particle Size:
50 to 80 μm
Type:
Magnetic Affinity Bead
Content And Storage:
2°C to 10°C
For Use With (Application):
Auto mated and manual purification of HaloTag™ fusion Proteins
Formulation: 20% Slurry in 20% Ethanol
Particle Size: 30 to 80 μm
Type: Magnetic Affinity Bead
Content And Storage: 2°C to 10°C
For Use With (Application): Antibody purification from Serum, ascites and cell-media samples, auto mated, high-throughput Antibody purification, Antibody purification and concentration from small-volume or dilute source material
Formulation:
20% Slurry in 20% Ethanol
Particle Size:
30 to 80 μm
Type:
Magnetic Affinity Bead
Content And Storage:
2°C to 10°C
For Use With (Application):
Antibody purification from Serum, ascites and cell-media samples, auto mated, high-throughput Antibody purification, Antibody purification and concentration from small-volume or dilute source material
Formulation: __
Particle Size: __
Type: __
Content And Storage: -20°C
For Use With (Application): Determining toxic effects during or at endpoint of extended exposure treatment procedures
Formulation:
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Particle Size:
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Type:
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Content And Storage:
-20°C
For Use With (Application):
Determining toxic effects during or at endpoint of extended exposure treatment procedures
Formulation: __
Particle Size: __
Type: __
Content And Storage: __
For Use With (Application): __
Formulation:
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Particle Size:
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Type:
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Content And Storage:
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For Use With (Application):
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