Complete desialylation of complex glycoproteins to simplify glycan profiles and enable more confident protein characterization.
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Efficient removal of core 1 O-glycans from complex glycoproteins to reduce heterogeneity and improve mass spectrometry characterization.
Preparation of pure, homogeneous mouse IgG Fab fragments with no residual enzyme by combining FabULOUS digestion and affinity purification.
Simple preparation of highly pure Fab fragments from IgG1 antibodies using FabALACTICA digestion combined with Fc affinity purification.
A simple and rapid estimation of IgG core fucosylation using LC-MS analysis.
Efficient Fab generation for SPR-based separation of affinity and avidity effects, supporting detailed functional characterization of monoclonal antibodies.
Improved characterization of bispecific antibody chain mispairing by FabDELLO subunit digestion and LC-MS resolution of Fab variants.
A simple and rapid estimation of IgG core fucosylation and glycan occupancy using LC-MS analysis.
Removal of Fc N-glycans abolishes ADCC activity, enabling direct study of glycan-mediated Fc receptor interactions and antibody function.
Selective enrichment of IgA O-glycopeptides for improved detection and characterization of hinge-region glycosylation.
Selective enrichment of O-glycoproteins from human serum for improved LC-MS/MS detection and glycosylation-focused proteomic analysis.
O-glycan site occupancy profiling and complete deglycosylation of etanercept for in-depth characterization of complex O-glycoproteins.
