Setting a New Standard: Designing with Purpose through Advances in Protein Engineering

The emergence of advanced computational design tools, combined with breakthrough technologies in molecular biology and sequencing, has revolutionized protein engineering. Current cell therapy and organoid cell culture processes often hit limitations with consumable protein reagents, which may suffer from instability and reduced activity. This can result in prolonged workflows and unnecessary additional steps. Join us to explore how leveraging these new capabilities to enhance protein reagents can ensure heightened consistency and superior outcomes in your cell therapy or organoid workflows.

Learning Objectives:

1. Understand the impact of advanced computational design tools and breakthrough technologies on protein engineering and their applications in cell therapy and organoid cell culture processes.

2. Identify challenges associated with current consumable protein reagents, such as instability and reduced activity, and analyze how these limitations impact workflow efficiency and outcomes in cell therapy and organoid research.

3. Explore strategies for leveraging new capabilities in protein engineering to optimize protein reagents, enhance consistency, and improve overall performance in cell therapy and organoid workflows.