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Thermo Scientific™ AminoLink™ Immobilization Kit
Description
Thermo Scientific™ AminoLink Coupling Resin is crosslinked 4% beaded agarose that has been activated with aldehyde groups to enable covalent immobilization of antibodies and other proteins through primary amines.
Highlights:
AminoLink Coupling Resin – aldehyde-activated crosslinked 4% beaded agarose
Ideal for antibodies and other proteins – immobilize molecules via primary amines (-NH2)
Flexible coupling conditions – efficient (>85%) coupling over a wide range of pH (4 to 10) and buffer conditions (PBS or other non-amine buffer with or without organic solvent
Stable, permanent immobilization – coupling reaction results in stable, leak-resistant secondary amine bond between resin and ligand
Better than immobilization to CNBr-activated agarose – bond is more stable and uncharged, resulting in less nonspecific binding in affinity purification procedures
Versatile and reusable – prepared affinity resin is adaptable to column and batch affinity techniques and the resin is reusable for typical applications based on protein binding interactions
Includes:
Kit contains pre-packed AminoLink Columns, coupling buffer, quenching buffer, wash solution, sodium cyanoborohydride solution, and column accessories
Specifications
Specifications
| Description | AminoLink Immobilization Kit, 2mL |
| Content And Storage | Sufficient For: Immobilizing 2 to 20 mg of protein per column • AminoLink Columns, 2mL, 5 columns • AminoLink Coupling Buffer (pH 7.0), 250 mL • Quenching Buffer, 50 mL • Wash Buffer, 240 mL • Sodium Cyanoborohydride Solution, 5M, 0.5 mL • Column Accessories Store at 4°C |
| Product Line | AminoLink |
| Quantity | 5 Column Kit |
| Target | Antibody |
| Type | Immobilization Kit |
| Stationary Phase | Aldehyde |
| Sufficient For | 5 Protein Immobilizations |
| Format | Spin Column |
| Column Type | Affinity, Agarose Resin |
Frequently Asked Questions (FAQs)
No, the gel is stored in sodium azide with no loss in activity. Azide is not a primary amine and is rather unreactive.
Both react with primary amines, but AminoLink Coupling Resin is a two-step conjugation. First a Schiff base is formed between the amine and the aldehyde on the resin, which is then reduced to a stable secondary amine with sodium cyanoborohydride, whereas NHS-Activated Agarose utilizes an NHS ester to form an amide bond in a one-step conjugation.
AminoLink Plus Coupling Resin is activated at a higher level and has higher flow rates than the original AminoLink Coupling Resin, resulting in higher capacity and faster purification. AminoLink Supports can be used to immobilize any molecule with a primary amine.
AminoLink and AminoLink Plus Supports are activated with aldehyde groups which will react with primary amines to form Schiff bases, which are reduced to stable, non-reversible secondary amines. Coupling efficiency often exceeds 85% with this support.
For Research Use Only. Not for use in diagnostic procedures.