Accelerate your protein engineering. Download our free guide to cell display
Accelerate Your Research: A Technical Guide to High-Throughput Cell Display Technologies
Download our free white paper to explore the mechanisms, applications, and future directions of the four major cell display systems in protein engineering
Key Benefits
Select the Right System: Compare the pros and cons of bacterial, yeast, mammalian, and phage display.
Drive Innovation: See real-world applications in drug discovery, diagnostics, and therapeutics.
Future-Proof Your Work: Understand emerging trends in personalized medicine and synthetic biology.
Download Your Free Whitepaper
Overcome the Bottlenecks in Protein Engineering
Traditional approaches to protein engineering, like rational design and directed evolution, can be limited by the time and resources required to screen and refine large numbers of protein variants. Cell display technologies have emerged as powerful tools to enhance the speed and accuracy of this process, allowing you to identify proteins with desired traits more efficiently than with conventional techniques.
This guide provides a comprehensive overview of how to leverage these methods to drive innovation in your research.
What you will Discover Inside
A deep dive into mechanisms
Understand how each of the four core display technologies—bacterial, yeast, mammalian, and phage—presents proteins on the cell surface to enable targeted selection
Strategic Application Insights
The Future of the Field
Real World Examples
Guidance on System Selection
Look ahead at how cell display technologies are being integrated with synthetic biology, supporting the development of targeted CAR-T cell therapies, and enabling personalized diagnostic tools.
Get a clear breakdown of the advantages and limitations of each system, including the high-throughput power of phage display and the critical post-translational modification capabilities of mammalian display.
Learn how cell display technologies are transforming biomedical research, from engineering therapeutic antibodies to discovering novel peptide ligands for biomarker identification
Explore how phage display was instrumental in creating monoclonal antibodies like adalimumab (Humira) and how yeast and mammalian systems are used to further refine antibody stability and affinity.
Ready to Unlock the Power of Cell Display?
Download your free copy of the white paper