Separopore Bioaffinity Matrices

Applications: Separopore&reg 6B is a high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Applications: Separopore&reg 6B is a high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Applications: Separopore&reg 6B is a high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B-CL is crosslinked high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B-CL is crosslinked high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B-CL is crosslinked high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B-CL is crosslinked high gel strength bioagarose matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B (macrobeads) is a larger sized agarose macrobead matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B (macrobeads) is a larger sized agarose macrobead matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Separopore&reg 6B (macrobeads) is a larger sized agarose macrobead matrix for gel filtration and coupling of affinity ligands. It is ideal for both analytical and preparative protein purifications.

Applications: Affinity matrix with immobilized Streptavidin by CNBr activation coupling method. The base matrix is a rigid, highly cross-linked beaded agarose with high chemical stability.

Applications: Affinity matrix with immobilized Streptavidin by CNBr activation coupling method. The base matrix is a rigid, highly cross-linked beaded agarose with high chemical stability.