Magnetic Agarose Beads
Agarose Carboxyl Magnetic Beads 10-30 μm for Protein Purification | 20% Volume Ratio 50 mL | Superparamagnetic
Advanced agarose-coated magnetic beads with 10-30 μm particle size and 20% volume ratio for efficient protein purification. Features superparamagnetic core, ~1000 μmol/mL carboxyl content,
Carboxyl Magnetic Agarose Beads for Protein Purification 30-150 μm Size 20% Volume Ratio
High-performance carboxyl magnetic agarose beads with 30-150 μm particle size and 20% volume ratio. Features superparamagnetic properties, rapid magnetic response, ~50 μM/mL carboxyl content, and excellent stability for efficient protein purification and biomolecule conjugation applications.
50ml Protein Purification Magnetic Agarose Beads 10-30μm Size 20% Volume Ratio with High Carboxyl Content
Advanced 10-30μm magnetic agarose beads with superparamagnetic Fe₃O₄ core for efficient protein purification. Features high carboxyl content (~1000 μmol/ml), fast magnetic response (
Agarose Carboxyl Magbeads 10-30 μm for Protein Purification | 20% Volume Ratio | 1000 μmol/ml COOH Content
Advanced agarose-coated magnetic beads with 10-30 μm particle size and 20% volume ratio. Features high carboxyl content (1000 μmol/ml), superparamagnetic properties, and fast magnetic response (
Agarose Amino Magnetic Beads for Protein Purification 30-150μm 5mL with 41.09 emu/g Saturation Magnetization
Professional agarose-coated magnetic beads for biomolecule purification featuring 30-150μm particle size, superparamagnetic Fe3O4 core, and 50 μM/mL surface amino content. Ideal for protein, peptide, and oligonucleotide separation with fast magnetic responsiveness and low non-specific adsorption. Compatible with both automated and manual operation systems.
100 mL Magnetic Agarose Beads for Protein Purification - 30-150 μm Size, 50% Volume Ratio, Superparamagnetic
BeaverBeads™ Magrose OH magnetic agarose beads feature hydroxyl modification for superior protein purification. With 30-150 μm particle size and 50% volume ratio, these superparamagnetic beads offer fast magnetic responsiveness, excellent dispersibility, and low non-specific adsorption. Ideal for automated and manual systems in medical and molecular biology research applications.
Fe3O4 Magnetic Agarose Beads for Protein Purification 30-150 μm Size 20% Volume Ratio
High-performance magnetic agarose beads with 30-150 μm particle size and 20% volume ratio for efficient protein purification. Features superparamagnetic Fe3O4 core, ~50 μM/mL surface amino content, and 41.09 emu/g saturation magnetization. Offers superior binding specificity, fast magnetic response, and excellent stability for automated or manual laboratory applications.
Agarose Carboxyl Magbeads 10-30 μm for Protein Purification with 1000 μmol/ml Carboxyl Content and 20% Ethanol Solution
High-performance agarose-coated magnetic beads with 10-30 μm particle size and superparamagnetic Fe3O4 core. Features 1000 μmol/ml carboxyl content,
5 mL Magnetic Agarose Beads for Protein Purification 30-150 μm Size with 20% Volume Ratio and Superparamagnetic Properties
BeaverBeads Magrose COOH magnetic agarose beads offer superior protein purification with 30-150 μm particle size and 20% volume ratio. Featuring superparamagnetic properties, abundant carboxyl groups, and excellent stability with CV
Agarose Hydroxyl Magnetic Beads for Protein Purification 30-150 μm 50% Volume Ratio with Superparamagnetic Core
Agarose Hydroxyl Magnetic Beads (30-150 μm, 50% v/v) provide efficient protein purification and biomolecule separation. Featuring superparamagnetic Fe3O4 core, 30-50 emu/g saturation magnetization, and low non-specific adsorption. Ideal for automated and manual processing in research and diagnostic applications.
Agarose Carboxyl Magbeads 10-30 μm for Protein Purification | 20% Volume Ratio | 5 mL Capacity
Advanced carboxyl-functionalized magnetic beads with 10-30 μm particle size and 20% volume ratio for efficient protein purification. Features superparamagnetic properties, high carboxyl content (~1000 μmol/ml), and rapid magnetic response (