Automating Discovery: Smarter Chromatography for Protein and Antibody Workflows

June 26, 2025 1 hour 7am PST/10am EDT

Join application scientist Shadie Nimri as he explores how PhyTip^® columns are revolutionizing antibody and protein drug discovery workflows. This webinar will highlight the power of PhyTip^® columns as an automated, tip-based chromatography platform designed to streamline complex tasks, such as DNA-encoded library (DEL) screens, glycan enrichment, scale-down process development, and bsAb purification.

PhyTip® columns feature a scalable resin bed design and leverage dual flow chromatography—bi-directional sample processing that enables high binding efficiency independent of binding kinetic rate constants. This unique approach translates traditional biomolecule separation into efficient, small-scale, automated processes, showcasing the broad versatility of the platform. Discover how these columns integrate seamlessly with automation systems to simplify multi-step protocols across drug discovery and development labs.

This webinar will also highlight advancements in plasmid purification technology for maxi-, mega-, and giga-prep scales, supporting high-throughput production of proteins and AAVs from a wide range of plasmid types for analytical and development purposes.

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Join this webinar to:

Streamline DNA-Encoded Library (DEL) screens, glycan enrichment, bispecific antibody (bsAb) purification, and scale-down process development
Maximize binding efficiency with dual flow chromatography, independent of kinetic rate constants
Automate small-scale biomolecule separations with scalable resin bed design
Advance your lab’s capabilities with high-throughput plasmid purification for maxi-, mega-, and giga-prep scales
Support efficient protein and AAV production from a wide range of plasmid types

Presenter:

Shadie Nimri, Application Scientist

Shadie Nimri is a Senior Application Scientist at Biotage, specializing in the development of high-throughput, small-scale purification workflows for proteins, plasmids, and AAVs using PhyTip^® columns. He works with a range of robotic automation partners to create tailored solutions that enable efficient and reproducible target recovery. With a strong focus on platform optimization, Shadie delivers versatile, automated purification strategies that support diverse applications for individual labs across early-stage drug discovery and development.