• Reducing Non-Specific Binding in Surface Plasmon Resonance Experiments

  Figure 1. Non-specific binding vs specific binding of a protein analyte on a COOH coated SPR sensor chip with an immobilized ligand. Overview Non-specific binding is an important experimental paramete...

• OpenSPR™ vs. Biacore™ vs. Octet™ Comparison Study

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. To demonstrate the powerful capabilities and accuracy of ...

• Binding Kinetics of Carbonic Anhydrase II to Small Molecules Using OpenSPR High Sensitivity Sensors

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. One of the most interesting areas of study are small mole...

• High Sensitivity Sensor Chips for Enhanced Molecular Detection using OpenSPR

  Overview OpenSPR™ is a powerful instrument providing in-depth label- free binding kinetics for a variety of molecular interactions. Our line of High Sensitivity Sensors provide an extra boost of sen...

• Binding Kinetics of Glutathione-S-Transferase (GST) Tagged Proteins Using OpenSPR

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. One of the most common tags used for protein separation i...

• Binding Kinetics of Aptamer-Protein Interactions using OpenSPR

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. One of the most common applications of surface plasmon re...

• Binding Kinetics of Glycoprotein Interactions using OpenSPR

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. One of the most common applications of surface plasmon re...

• Binding Kinetics of Protein-Protein Interactions using OpenSPR

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. One of the most common applications of surface plasmon re...

• Binding Kinetics of Ubiquitin to Ubiquitin Antibody Immobilized with Protein A using OpenSPR

  Overview OpenSPR™ is a powerful instrument providing in-depth label-free binding kinetics for a variety of different molecular interactions. One of the most common methods of antibody immobilization...

• Binding Kinetics of Therapeutic Monoclonal Antibodies to the CD16a Fc Receptor using OpenSPR

  Overview CD16a (FcyRIIIA) is an Fc receptor protein found on the surface of certain immune cells. CD16a binds to the Fc region of immunoglobulin G (IgG). CD16a-IgG binding initiates antibody-dependent...