In short, the poster presents data generated by using the transglycosylation workflow TransGLYCIT™ to successfully modify human IgG1 to carry either G0, G1, G2, or G2S2 glycoforms with or without core fucosylation before the ADCC activities were determined using iLite® ADCC Reporter Gene Assay from Svar Life Science.
Get your copy of the poster " Fast and Efficient Evaluation of the Impact of Fc N-glycosylation on Antibody-dependent Cellular Cytotoxicity" by following the link below.
In short, the poster presents data generated by using the transglycosylation workflow TransGLYCIT™ to successfully modify human IgG1 to carry either G0, G1, G2, or G2S2 glycoforms with or without core fucosylation before the ADCC activities were determined using iLite® ADCC Reporter Gene Assay from Svar Life Science.
Get your copy of the poster " Fast and Efficient Evaluation of the Impact of Fc N-glycosylation on Antibody-dependent Cellular Cytotoxicity" by following the link below.
Get your copy of the poster on the impact of Fc N-glycosylation on antibody-dependent cellular cytotoxicity (ADCC), a work that was generated in collaboration with Genovis and presented at the Antibody Engineering and Therapeutics meeting in Amsterdam!
Using the transglycosylation workflow TransGLYCIT™, human IgG1 was successfully modified to carry either G0, G1, G2 or G2S2 glycoforms with or without core fucosylation before the ADCC activities were determined using iLite® from Svar.