BioPharmaceutical Protein Characterization | Pharmafocusasia
1. Get greater structural insight into your drug product with
our biopharmaceutical protein characterization workflows
pharmafocusasia.com/biopharmaceutical-protein-characterization
Charge variant analysis
Salt-versus pH-based ion-exchange chromatography gradients mAb
variants
Evaluation performed by NIBRT, Ireland
pH based gradients demonstrate superior method repeatability and reproducibility
pH based gradients simplify method development and reduce time
Glycan analysis
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2. Subunits analysis approach for the determination of fucosylation
levels mAbs
Learn middle-up quantifications of mAb core afucosylation and high-mannose type
glycans
See applicability of Thermo Scientific™ MAbPac™ RP columns for mAb subunits
analysis
Learn benefits of Thermo Scientific™ Q Exactive™ BioPharma platform of mass
spectrometers for accurate-mass MS analysis on different domains of monoclonal
antibodies
Subunit, intact and native mass spectrometry
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3. IdeS-cleaved mAb subunit analysis with LC-HRAM-MS: a quick and
accurate comparison of biosimilar and originator biotherapeutics
Learn middle-up approach benefits for biotherapeutic characterization
See applicability of Thermo Scientific™ MAbPac™ RP columns for mAb subunits
analysis
Learn benefits of Thermo Scientific™ Q Exactive™ BioPharma platform of mass
spectrometers for accurate-mass MS analysis on different domains of monoclonal
antibodies
Large molecule bio-analysis
A fast and simple workflow for surrogate peptide bioanalysis:
NISTmAb case study
Fast and simple workflow for the quantitative analysis of monoclonal antibodies with
96 samples manually processed in under four hours
Highly reproducible immunocapture & tryptic digestion
Selective and sensitive analysis with LLOQ of 10 ng/mL from just 50 μL of sample.
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