ADCC Reporter Bioassay, Complete (Raji) 1 each G7015
ADCC Reporter Bioassay, Complete (WIL2-S) 1 each G7014
ADCC Reporter Bioassay, Core Kit 1 each G7010
ADCC Reporter Bioassay, Target (Raji) 1 each G7016
ADCC Reporter Bioassay, Target (WIL2-S) 1 each G7013
Following engagement with the Fc region of a relevant antibody bound to a target disease cell, Fc receptors transduce intracellular signals within the effector cell resulting in elimination of the target cell. These primary cell-based assays are highly variable as a result of donor differences and the requirement for cell culture and expansion.
The ADCC Reporter Bioassay provides a biologically relevant and specific MOA-based measure of ADCC without the complex workflow and variability inherent in primary cell-based assays. Specifically, primary donor PBMC or NK cells are replaced with a Jurkat cell stably expressing human FcγRIIIa (either the high-affinity V158 or low-affinity F158 receptor) and NFAT-induced luciferase. Importantly, the ADCC Reporter Bioassay demonstrates rank ordering of antibody activity equivalent to classic LDH release ADCC bioassays. The bioassay also can be used to quantify effects of antibody glycosylation on Fc effector function.
Product Kit Formats
The ADCC Reporter Bioassay is available in multiple product kit formats:
Complete Kits
Include ADCC Bioassay Effector Cells, Target Cells, Control Antibody, Cell Culture Medium and Assay Reagents.
Recommended for use as a starter kit.
Available with either Raji or WIL2-S Target Cells.
Core Kits
Include ADCC Bioassay Effector Cells, Cell Culture Medium and Assay Reagents.
Recommended for routine use with customer-defined antibody and target cells.
Available in 1X and 5X sizes.
Target Kits
Include ADCC Bioassay Target Cells and Control Antibody.
Recommended for use as a control with all Fc Effector Bioassay Core Kits.
Available with either Raji or WIL2-S Target Cells.
应用
Demonstrate and/or confirm ADCC MOA (or lack thereof).
Measure antibody potency and stability.
Determine the impact of antibody glycosylation and afucosylation on ADCC.
Screen antibodies.