CARBUnn Protein A Resin

Storage

2-8° C (20% ethanol)

Contents

  • CARBUnn Protein G Resin
  • Affinity Chromatographic Column (6ml)

    • CARBUnn Protein A Resin
    CB4P301-01 5 ml
    Description
    CARBUnn Protein A Resin is an affinity chromatography resin with Protein A as the ligand and agarose as the matrix. It can bind to the Fc segment of the antibody efficiently and specifically, it is suitable for the separation and purification of monoclonal antibodies and polyclonal antibodies. Because only the Fc segment of the antibody is involved in binding Protein A, and the Fab segment can still bind to the antigen,CARBUnn Protein A Resin is also suitable for the separation of immunology complexes, such as IP, CO-IP, etc.
    Resin Specifications
    Resin Cross-linked 4% agarose
    Ligand r-Protein A
    Shape Sphere
    Pore size 90 μm (45~165)
    Ligand density 6 mg Protein A/ml wet gel
    Dynamic binding capacity 40~50 mg h-IgG /ml wet gel
    Maximum flow rate (25℃) 300 cm/h
    Recommended flow rate <150 cm/h
    Highest resistance of atmospheric pressure 0.3 Mpa
    pH stability 3~10
    Storage

    2-8° C (20% ethanol)

    Contents

  • CARBUnn Protein G Resin
  • Affinity Chromatographic Column (6ml)

    • CARBUnn Protein G Resin
    CB4P401-01 5 ml
    Description
    CARBUnn Protein G Resin is an affinity chromatography resin with Protein G as the ligand and agarose as the matrix. It can bind to the Fc segment of the antibody efficiently and specifically, it is suitable for the separation and purification of monoclonal antibodies and polyclonal antibodies. Because only the Fc segment of the antibody is involved in binding Protein G, and the Fab segment can still bind to the antigen, CARBUnn Protein G Resin is also suitable for the separation of immunology complexes, such as IP, CO-IP, etc.
    Resin Specifications
    Resin Cross-linked 4% agarose
    Ligand r-Protein G
    Shape sphere
    Pore size 90 μm (45~165)
    Ligand density 3 mg Protein G/ml wet gel
    Dynamic binding capacity 20~25 mg h-IgG/ ml wet gel
    Maximum flow rate (25℃) 300 cm/h
    Recommended flow rate <150 cm/h
    Highest resistance of atmospheric pressure 0.3 Mpa
    pH stability 3~10
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