Magnetic

CNBr-Activated SepFast MAG

£122.97£3,913.14 ex. VAT

Description

CNBr activated SepFast MAG is magnetic agarose resin that can be readily employed to make various magnetic affinity chromatography adsorbents. The base matrix is reacted with cyanogen bromide (CNBr) to create active groups that react with the primary amine groups in the molecules to be immobilized.

CNBr-activated agarose beads have a well-proven track record for the preparation and use of custom affinity chromatography media. Coupling biospecific ligands to CNBr-activated agarose is a widely used, successful, and well-documented technique. The coupling reaction is spontaneous, rapid and easy to carry out. No toxic chemicals or special equipment is required.

CNBr activated SepFast MAG 4 High Flow (4HF) is made of highly cross-linked 4% agarose with magnetic properties.

Agarose has long been used for chromatographic separations due to its excellent hydrophilic and low non-specific-binding nature. The particles have an open pore structure with excellent mass transfer properties to large protein molecules.

The pre-activated base matrix can be readily employed to make various magnetic chromatography adsorbents for a variety of purification applications. The application areas cover immobilization of proteins, peptides and nucleic acids. After binding of target molecules, the magnetic resin can be readily isolated from the biological feedstocks with the aid of a magnet.

Coupling manual is supplied with each product.

More information about CNBr-activated SepFast MAG.

Characteristics of CNBr-Activated SepFast MAG

Group to be Coupled

-NH₂

Coupling Conditions

pH 6 – 10, 4°C to 30°C, 3-16 h, organic solvents possible

Matrix

Highly cross-linked 4% magnetic agarose

Particle Size*

50 – 150 μm

*Other particle size available on request.

Swelling Factor

3 – 5 ml / g powder

Coupling Level

>3 mg BSA / ml medium

pH Stability

4 -11 (ligand dependent)

Chemical Stability

Stable to all commonly used aqueous chemicals, provided the ligand to be coupled can withstand

Storage

4°C – 8°C