You searched for: Protein Purification Resins

Supplier: Cytiva

Octyl-Sepharose™ CL-4B is a well-proven medium for hydrophobic interaction chromatography (HIC). Octyl immobilised on 4% cross-linked agarose.

Supplier: Cytiva

CNBr-activated Sepharose™ 4 Fast Flow is based on the Sepharose™ Fast Flow platform. The resin is composed of cross-linked 4% agarose beads that has been pre-activated with cyanogen bromide.

Supplier: Cytiva

DEAE Sephadex™ A-25 and DEAE Sephadex™ A-50 are weak anion exchangers. Sephadex™ ion exchangers are produced by introducing functional groups onto the cross-linked dextran matrix. These groups are attached to glucose units in the matrix by stable ether linkages.

Supplier: Cytiva

Superose™ 6 PG for separations of proteins and other biomolecules according to size. Wide separation in two molecular weight ranges from 1000 up to 5 million.

Supplier: Cytiva

MabSelect Xtra has the same recombinant Protein A ligand as MabSelect but is based on a high-flow agarose base matrix with increased porosity and a slightly decreased particle size compared to MabSelect.

Supplier: Cytiva

Phenyl Sepharose 6 Fast Flow is a well established, standard aromatic hydrophobic interaction chromatography (HIC) resin for capture and intermediate purification requiring low to resin hydrophobicity

Supplier: Cytiva

NHS-activated Sepharose™ 4 Fast Flow is composed of cross-linked 4% agarose beads, NHS activated for coupling amino-containing proteins and peptides in process-scale applications. NHS (N-hydroxysuccinimide) coupling forms a chemically stable amide bond with ligands containing primary amino groups. The resin provides a spacer arm to the coupled ligand and suitable for immobilising smaller protein and peptide ligands.

Supplier: Cytiva

Sephadex™ G-10 is a well established gel filtration medium for desalting and buffer exchange of peptides and small biomolecules >700 molecular weight.

Supplier: Cytiva

Capto™ adhere ImpRes is a strong anion exchange multimodal BioProcess chromatography medium (resin), designed to meet the demands of modern large-scale manufacturers, for high-resolution polishing of monoclonal antibodies (MAbs) and other biomolecules. Capto™ adhere ImpRes is designed to allow effective MAb polishing in the second or third step of a purification scheme downstream of the protein A capture step. Polishing can be performed in either bind and elute (binding) or flowthrough (non binding) modes.

Supplier: Cytiva

SP Sepharose™ XL is a strong cation exchanger designed for use in the capture steps of biomolecules from clarified feed-stocks.

Supplier: Cytiva

Mono-sized 15 um rigid beads gives low back pressure and high flow rates allowing for high productivity.

Supplier: Cytiva

Sepharose CL-2B is a well-proven cross-linked agarose gel filtration base matrix and is frequently used for coupling affinity ligands to the matrix. The matrix is not pre-activated and the user performs all steps in coupling.

Supplier: Cytiva

Chelating Sepharose Fast Flow is composed of cross-linked 6% agarose beads modified with iminodiacetic immobilized to the base matrix by stable ether linkages and sufficiently long spacer arms.

Supplier: Cytiva

Sepharose™ CL-4B is a cross-linked agarose gel filtration base matrix and is frequently used for coupling affinity ligands to the matrix.

Supplier: Cytiva

MabSelect SuRe™ LX is a protein A affinity medium with very high dynamic binding capacity at extended residence times and is developed for high titer antibody processes.

Supplier: Cytiva

DEAE Sepharose™ CL-6B is a weak anion exchanger.

Supplier: Cytiva

SOURCE 30S is a synthetic high performance, preparative, chromatography medium, based on a 30 µm monosized, rigid polystyrene/divinyl benzene polymer matrix It is modified with sulphonate (S) strong cation exchange groups.

Supplier: Cytiva

Glutathione Sepharose 4 Fast Flow is used for the purification of GST-tagged proteins from bacterial lysates and other S-tranferases or glutathione-dependent proteins.

Supplier: Cytiva

GammaBind™ Plus Sepharose™ is GammaBind G, type 3, covalently immobilised to Sepharose™ CL-6B by malimide linkage.

Supplier: Cytiva

PlasmidSelect Xtra is a thiophilic aromatic adsorption chromatography medium with a selectivity that allows generic purification of supercoiled covalently closed circular forms of plasmid DNA to be separated from open circular forms.

Supplier: Cytiva

EAH Sepharose™ 4B allows for the stable carbodiimide-based coupling of carboxyl groups to Sepharose® 4B via an 11-atom hydrophilic spacer arm that permits extremely stable coupling.

Supplier: Cytiva

Con A Sepharose is Concanavalin A coupled to Sepharose 4B by the cyanogen bromide method.

Supplier: Cytiva

Superdex prep grade is a preparative gel filtration medium with a composite matrix of dextran and agarose

Supplier: Cytiva

Sephadex ion exchangers are produced by introducing functional groups onto the cross-linked dextran matrix.

Supplier: Cytiva

SOURCE™ 15RPC is designed for reversed phase chromatography (RPC) with full pH range stability and suitable for polishing steps in industrial processes requiring high flow velocities and low back-pressure.

Supplier: Cytiva

Sepharose™ 6B is an agarose gel filtration base matrix and is frequently used for coupling affinity ligands to the matrix. The matrix is not pre-activated and the user performs all steps in coupling.

Supplier: Cytiva

Sephadex™ G-100 is useful for desalting and buffer exchange of very large biomolecules. Sephadex™ G-100 Superfine is designed for specific cases requiring very high resolution.

Supplier: Cytiva

Benzamidine Sepharose™ 4 Fast Flow (High Sub) is a tool for removal and/or purification of trypsin and trypsin-like serine proteases, as well as zymogens, including urokinase and prekallikrein.

Supplier: Cytiva

Phenyl Sepharose™ High Performance is an aromatic hydrophobic interaction chromatography (HIC) medium, designed for intermediate and polishing step purification steps when high resolution has priority.

Supplier: Cytiva

Sephadex ion exchangers are produced by introducing functional groups onto the cross-linked dextran matrix.