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C131-BPrepacked purification columns for purification are available in packs of 5.The columns available are the anionic chromatography columns, hydrophobic columns, size exclusion (gel filtration) columns.
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786-794The Sulfhydryl Coupling Resin is designed for the simple and efficient coupling of peptides and proteins to a solid 6% agarose support through free sulfhydryl groups (-SH).The iodoacetyl groups of the Sulfhydryl Coupling Resin specifically react
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786-796The Sulfhydryl Coupling Resin is designed for the simple and efficient coupling of peptides and proteins to a solid 6% agarose support through free sulfhydryl groups (-SH).The iodoacetyl groups of the Sulfhydryl Coupling Resin specifically react
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786-806The Sulfhydryl Coupling Resin is designed for the simple and efficient coupling of peptides and proteins to a solid 6% agarose support through free sulfhydryl groups (-SH).The iodoacetyl groups of the Sulfhydryl Coupling Resin specifically react
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786-795The Sulfhydryl Coupling Resin is designed for the simple and efficient coupling of peptides and proteins to a solid 6% agarose support through free sulfhydryl groups (-SH).The iodoacetyl groups of the Sulfhydryl Coupling Resin specifically react
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786-805
Thomas Scientific
Sulfhydryl Immobilization Kit for Peptides, 5 columns
Price: $750.73List Price: $834.14The Sulfhydryl Immobilization Kit for Peptides is designed for the simple and efficient coupling of sulfhydryl-containing peptides to a solid agarose support. The Sulfhydryl Coupling Resin Columns utilizes iodoacetyl groups that specifically react -
786-804
Thomas Scientific
Sulfhydryl Immobilization Kit for Proteins, 5 columns
Price: $823.88List Price: $915.42The Sulfhydryl Immobilization Kit for Proteins is a complete kit designed for the simple and efficient coupling of proteins to a solid agarose support. The Sulfhydryl Coupling Resin Columns utilizes iodoacetyl groups that specifically react with -
786-268Thiophilic adsorption or thiophilic chromatography is a routinely used technique for the low cost, simple purification of immunoglobulins. Thiophilic adsorption was first developed by Porath et al 1 in 1984 and is a group specific, salt-dependent
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786-267Thiophilic adsorption or thiophilic chromatography is a routinely used technique for the low cost, simple purification of immunoglobulins. Thiophilic adsorption was first developed by Porath et al 1 in 1984 and is a group specific, salt-dependent
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786-287Immobilized Metal Ion Affinity Chromatography (IMAC), developed by Porath (1), is based on the interaction of certain protein residues (histidines, cysteines, and to some extent tryptophans) with cations of transition metals. The Zinc Chelating