Events

Events

Webinar: PEAKS AB, The Fastest Path to Accurate Antibody Sequences

PEAKS AB: The Fastest Path to Accurate Antibody Sequences

What challenges do you face in characterizing monoclonal antibodies (mAbs) at the molecular level? Whether it’s heterogeneity caused by truncation or glycation, or confounding isobaric amino acids, you’ve wished there was a better way.

Watch our webinar to learn about a novel, three-in-one solution for obtaining 100% accurate amino acid sequences for antibody proteins, powered by the PEAKS AB software.

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You will learn about:

  • Intact mass analysis of antibody proteins; why is it important?
  • De novo antibody protein sequencing workflow used in PEAKS AB service: algorithm and experimental procedure
  • Isoleucine and leucine differentiation by using EThcD fragmentation methods

About Our Speaker

Wen Zhang, Ph.D. is the Senior Application Scientist at Bioinformatics Solutions Inc. (BSI). With her rich experience in proteomics and MS data generation, processing and analysis, she joined BSI, where she now leads the antibody protein de novo sequencing projects. Her work includes intact mass, de novo sequencing, peptide mapping, post-translational modification, disulfide bond and N-linked glycan analyses.

ABOUT THE AUTHOR
author

Chandreyee Das

Senior Content Manager

Chandreyee Das, Ph.D. (Chemical Biology, UCSF) is a Senior Content Manager at Science Exchange with 15 years of research experience and 10 years of life science content marketing experience. Chandreyee was a Fulbright Scholar and won fellowships from the U.S. NSF and NIH. Following postdoctoral research at Dana-Farber Cancer Institute, she worked at MilliporeSigma, delivering scientific content to life science tools customers. She has published in both peer-reviewed and industry news outlets.

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