Surface Plasmon Resonance (SPR)
Latest Protocols
XPR Technology
Rapid Screening of Fab Phage Display Libraries Using the ProteOn™ XPR36 Protein Interaction Array System and One-shot Kinetics™ Technique
Vendor-submitted protocol. Published in November 2009
During the development and optimization of antibody reagents for therapeutics, the key is to identify and characterize antibodies with very high affinity and specificity for the intended target, as well as those with low cross-reactivity. The use of fragment antigen binding (Fab) phage display libraries for panning potential Fab candidates, though powerful, is both time-consuming and costly.
Turn Your Inspiration into Publication – High Quality Interaction Data: Fast and Simple
Vendor-submitted protocol. Published in BioTechniques Protocol Guide 2008
Label-free interaction analysis is used extensively throughout academic research and in the pharmaceutical and biotechnology industries, playing a vital role throughout life science research, as well as LMW drug discovery, biopharmaceutical development and clinical immunogenicity studies as well as manufacturing and QC. Comprehensive characterization of molecular interactions must include high quality information on parameters such as binding specificity, affinity (the strength of the interaction) and kinetics (the rates at which the interactants bind and dissociate).
XPR Technology
ProteOn™ XPR36 Protein Interaction Array System: High-Throughput Antibody Screening and Epitope Mapping
Vendor-submitted protocol. Sponsored by Bio-Rad Laboratories Published in BioTechniques Protocol Guide 2008
Monoclonal antibodies are of particular interest in basic biomedical research and for the diagnosis and treatment of various diseases. Screening, profiling, and production of antibodies involve tedious and time-consuming procedures.
Label-free, real time analysis of protein interactions - from research to QC
Vendor-submitted protocol. Published in December 2006 2007
Label-free protein interaction analysis is used extensively throughout academic research and in the pharmaceutical and biotechnology industries, playing a vital role in proteomic studies, small molecule drug discovery, biopharmaceutical development and clinical immunogenicity studies as well as manufacturing and QC.Comprehensive characterization of how proteins interact with other molecules must include high quality information on parameters such as binding specificity, affinity (the strength of..


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