Selective removal of α1-2/3/4 fucose for more comprehensive N- and O-glycan characterization.
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Explore how our solutions are used across a range of applications. From sample preparation to advanced analysis, you can find insights into how they support different workflows and help address common challenges.
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Rapid and complete defucosylation of O-glycans on TNFR proteins, outperforming alternative fucosidases across glycoengineered substrates.
Generation of defined IgG subunits via single-site, below hinge cdigestion, enabling high-resolution middle-level LC-MS and improved PTM characterization.
Fast and reliable middle-level analysis of antibody oxidation using FabRICATOR and GlycINATOR, supporting robust QC of critical quality attributes.
Complete Fc N-glycan removal under native conditions, enabling simplfied subunit LC-MS analysis of therapeutic antibodies.
Generation and purification of F(ab’)2 and scFc fragments without residual enzyme, enabling rapid preparation of antibody fragments for downstream applications.
Comprehensive N-glycan profiling using released glycan workflow, supporting sensitive detection and monitoring of critical quality attributes.
Isotype-specific digestion of IgM and IgG in serum, allowing simultaneous analysis without enzymatic cross-interference.
Subclass selective digestion of IgA in complex samples like serum, enabling targeted analysis of IgA1 and IgA2m1 without off-target cleavage.
Above hinge digestion at a single lysine residue, producing defined fragments for robust LC-MS analysis of LALA-engineered IgG1 antibodies.
Rapid generation of sialylated IgG Fc-glycan profiles, with or without core fucose, for structural and functional characterization.
Rapid and simple generation of IgG with defined Man5 glycoforms for structural and functional characterization.
