Cat.No ACMA00032300
- Description
- Application
- Features And Benefits
The sulfated cellulose membrane is designed to maximize virus accessibility to achieve high binding capacity, high selectivity and recovery rate.
Sulfated Cellulose membranes are macroporous, cellulose-based membranes for pseudo-affinity chromatography of viruses.
1. The pore structure allows macromolecules to have a large binding surface at the typical flow rate of the adsorber.
2. By using pseudo-affinity ligands to capture influenza virus and other viral targets as modified Ankara vaccinia virus, selectivity and recovery are maximized.
| Density | Ligand 10 - 15 µeq/cm2Membrane |
|---|---|
| Area | 624 cm2Membrane |
| Binding Capacity | Typical Dynamic Binding Capacity (10% per unit) 1 × 106 HAU*/mL |
| Compatibility | Stable in common chromatography buffers, unstable to peroxide and other oxidizing or reactive reagents |
| Dimensions | 21 cm × 29.7 cm |
| Flow Rate Range | >100 mL/min/cm2Membrane× min at 1 bar (14.5 psi) |
| Material | Membrane Stabilised reinforced cellulose Reinforcement Polyester Ligand Sulfated cellulose |
| Pack Size | 1 |
| pH | Stability pH 3 - 14 (short term), pH 4 - 13 (long term) |
| Pore Dimensions | 0.8 µm |
| Reference Protein | Influenza virus |
| Thickness | 275 µm |
| Type | (Membrane) Pseudo affinity membrane |