Chromatography Supplies
Bioworld AVIDIN SEPAROPOREAGAROSE) 6B
Specifications: Ligand: Avidin (from egg white); Particle size (range): 50-175m; Molecular Weight range: 1x104 - 4x106; Matrix: Separopore 6B-CL (Crosslinked Agarose 6% Beads); pH stability: 4-9; Flow specifications: 70-140 cm/h; Supplie...
Bioworld FUCOSE SEPAROPOREAGAROSE)
FUCOSE SEPAROPORE (AGAROSE) 4B-CL: Affinity Matrix for fucose-binding glycoproteins. Fucose is linked to Separopore4B-CL (fastflow)via a spacer arm to ensure effficient binding of this ligand to the protein. Specifications: Molecular W...
Sigma Aldrich Fine Chemicals Biosciences CNBr Activated SepharoseR
CNBr-activated Sepharose(R) 4 fast flow is a well established pre-activated chromatography medium for coupling of large amino-containing ligands.CNBr-activated Sepharose(R) 4 fast flow is based on the well established Sepharose(R) fast flow platform. The resin is composed of cross-linked 4% agarose beads that has been pre-activated with cyanogen bromide. CNBr-activated Speharose 4 fast flow is designed for multipoint attachment of protein ligands containing amino groups.The preparation and use of affinity chromatography media by coupling biospecific ligands to CNBr-activated Sepharose(R) 4 fast flow is a widely used successful and well-documented approach with an easy rapid and efficient coupling procedure.CNBr-activated Sepharose(R) 4 fast flow is available in a range of different bulk pack sizes and convenient pre-packed formats for easy scale-up and process development. As member of the BioProcess media range CNBr-activated Sepharose(R) 4 fast flow meets industrial demands with
Bioworld MALTOSE SEPAROPOREAGAROSE
MALTOSE SEPAROPORE (AGAROSE) 4B: Maltose coupled with Separopore 4B. Specifications: Ligand: Maltose.; Particle size (range): 50-175m.; Molecular Weight range: 6x104 - 2x107; Matrix: Separopore 4B (Agarose 4% Beads).; pH stability: 4-9.;...
Bioworld EPOXY-ACTIVATED SEPAROPORE
EPOXY-ACTIVATED SEPAROPORE (AGAROSE) 4B-CL: Epoxy-activated Separopore 4B-CL Used in coupling of hydroxy, amino or thiol groups to Separopore 4B via a 12-carbon hydrophilic spacer arm.; Pre-activated medium for immobilization of ligands ...
Bioworld D-ALANINE SEPAROPOREAGARO
D-ALANINE SEPAROPORE (AGAROSE) 4B-CL: Specifications: Ligand: D-Alanine; Particle size (range): 50-175m; Molecular Weight range: 6x104 - 2x107; Matrix: Separopore 4B-CL (Agarose 4% Beads Crosslinked); pH stability: 4-9; Flow specificatio...
Bioworld DEAE SEPAROPOREAGAROSE) 6
DEAE SEPAROPORE (AGAROSE) 6B-CL: BioWorld's DEAE Separopore was prepared by covalent attachment of diethylaminoethyl to Agarose CL-6B. DEAE Separopore is a weak anion exchanger with excellent flow capacities and a high capacity for bindi...
Bioworld KLH SEPAROPOREAGAROSE) 4B
KLH-Separopore 4B Affinity matrix with immobilized KLH for the purification of antibodies generated against a peptide-KLH conjugated antigens. It allows removal of antobodies against KLH portion of the antigen; Supplied as a suspension i...
Bioworld BUTYL SEPAROPOREAGAROSE)
BUTYL SEPAROPORE (AGAROSE) 4B-CL: Application: Hydrophobic chromatorgraphy. Specifications: Ligand:Butyl group.; Particle size (range): 50-175m; Molecular Weight range: 6x104 - 2x107; Matrix: Separopore 4B-CL (Crosslinked Agarose 4% Bead...
Bioworld GALACTOSE SEPAROPOREAGARO
GALACTOSE SEPAROPORE (AGAROSE) 4B-CL: This product is composed of a Galactose molecule coupled with high strength bioagarose matrix, Separopore 4B-CL. Technical Specifications: Ligand: D-Galactose; Ligand coupling method: Covalent lin...
Bioworld UBIQUITIN SEPAROPOREAGAROSE)
Ubiquitin-Separopore Covalently linked ubiquitin to Separopore beads via primary amine coupling leaving the C-terminus free. Useful for binding the ubiquitin activation enzyme (E1), ubiquitin carrier enzymes (E2s), ubiquitin ligases (E3...
Bioworld PROTEIN-A SEPAROPOREAGARO
PROTEIN-A SEPAROPORE (AGAROSE) (LYOPHILIZED) 4B-CL: Protein A Separopore 4B-CL Affinity matrix with immobilized Protein-A (from staphylococcus aureus) by CNBr activation coupling method.; For purification and/or fractionation of IgG sub...