Improving Biotherapeutic Analysis With an Inert Flow Path
Tuesday, October 13, 2026
8am PDT | 11am EDT | 4pm BST | 5pm CEST
Biotherapeutic analyses can be impacted by nonspecific interactions with metal surfaces, resulting in reduced recovery, peak tailing, and compromised quantitation. In this webinar, learn how an inert flow path approach, including Agilent Altura Ultra Inert column technology, minimizes adsorption and improves chromatographic performance for peptides and proteins, including mAbs, ADCs, and GLP-1 therapeutics. Application data will be highlighted to demonstrate improved aggregate analysis, enhanced peak shape, and greater method-development flexibility across SEC and RP-HPLC workflows. Discover practical strategies to achieve more reliable, sensitive, and reproducible biopharmaceutical analyses.
Topics include:
- How metal surfaces impact biomolecule separations
- How improving flow path inertness can improve peak shape and analyte recovery
- Optimizing SEC methods for biotherapeutic characterization
Speakers
Dr. Anne Blackwell (Product Manager Bio LC Columns, Agilent Technologies)
Anne is a product manger for bio LC columns at Agilent, with previous experience as a product support scientist for bio LC columns and an LC/MS applications scientist focused on metabolomics. She has a Ph.D. in analytical chemistry from the University of Arizona where she studied mass spectrometry of non-covalent protein assemblies.
Dr. Daniel Meston (Application Development Scientist, Agilent Technologies)
Daniel Meston, completed his Ph.D. in bioanalytical chemistry, focusing on the LC/MS-based analysis of T-cell activation at the Helmholtz Centre for Infection Research in 2016. He has spent 10 years researching the fundamental mechanisms that underpin bioseparation performance and advancing 2D-LC/MS-based methods for the analysis of biotherapeutics. Since joining Agilent in 2026, he has worked as an LC/MS applications chemist for BioHPLC columns, developing applications for novel biotherapeutics and further improving bioseparation performance within the Agilent portfolio.
You are already a member of CHROMacademy.
Please sign in to pre-populate the form and register for the webcast.
You are already registered for this webcast.
Please sign in to enter the webcast lobby.
Complete this form to register for the webcast and receive free Lite membership to CHROMacademy
(* indicates required field)
If you are having trouble registering for or viewing this webcast, please contact us