ForteBio On-Demand Webinar "Online Seminar on Epitope Binning Assays Using the Octet System for the Development of Antibody Drugs and Diagnostic Drugs"

ザルトリウス・ジャパン

The characterization analysis of the epitope regions of target proteins can determine whether multiple clones share the same epitope or recognize different regions of the target protein, providing detailed information for antibody development. Epitope binning, which classifies antibodies based on the antigen regions or epitopes they bind to, is an effective assay for the development of antibody drugs and diagnostic agents. The Octet system enables high-throughput epitope binning assays through real-time assays of biomolecular interactions and simultaneous measurements across multiple channels, accelerating antibody development. In this seminar, we will provide an overview and explanation of the usefulness of epitope binning assays, as well as examples of applications using the Octet system. ■ This has concluded (2020/9/29) 【Update Information】 If you wish to view the webinar, please fill in your customer information from the "Details & Registration" link below. After completing your registration, an On-Demand viewing link will be displayed on the screen. The webinar presentation slides can be downloaded from the related catalog below.

Date and time Always open
Capital
Entry fee Free

Related product information

Biomolecular Interaction Analysis System "Octet Systems"
High-throughput binding affinity measurement using BLI and Dip and Read assays. Accelerates kinetics analysis, quantification, and characterization.

**Application** ■ Kinetics Analysis: It is possible to measure not only affinity (binding affinity: KD) but also kinetics (association rate constant: Ka, dissociation rate constant: Kd). (Example: Screening and characterization of proteins, antibodies, nucleic acids, glycoproteins, peptides, small molecules, etc.) ■ Quantification: It is possible to quickly, easily, and at low running costs quantify protein concentrations. Complete automation of protocols significantly reduces manual tasks and achieves high-precision quantification. (Example: Screening of expression libraries, optimization of culture conditions, purification checks) ■ Characterization Analysis: Rapid examination of optimal parameters for selecting the best antibodies and constructing assay systems is possible. (Example: Epitope binning, antibody isotyping, screening of antibody pairs)