Aga2-fusion protein binding to yeast cell by Aga1. Image provided by Invitrogen. Phage display systems, reviewed in a recent issue of The Scientist,1 have proven enormously useful for the detection of protein-ligand interactions, as well as for the selection of variants with altered binding characteristics. However, limiting the utility of phage display systems are so-called expression biases against certain eukaryotic proteins, as well as the distinctly different protein processing mechanisms
 Aga2-fusion protein binding to yeast cell by Aga1. Image provided by Invitrogen. |
Based on the work of Eric Boder and Dane Wittrup (University of Illinois, Urbana), and offered for research purposes only under license from the University of Illinois, the Invitrogen yeast display system is centered around the vector pYD1, with which fusion proteins can be made to the membrane-associated alpha-agglutinin yeast ...
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In this half-day virtual summit, a series of presentations will explore the scientific, regulatory, and operational factors impacting the use of in vitro NAMs in drug discovery.
In this webinar, scientists will discuss innovations that are unlocking new insights into immunity.
In this webinar, Magdalena Pacewicz will highlight how to use AUC to characterize AAVs as part of ensuring regulatory compliance.
In this webinar, Andre Mueller will discuss how scientists characterize therapeutic proteins in different formulations and spot the effects of excipients on protein stability.
Designed to balance ease of use, cost efficiency, and reproducible data, which are critical requirements for successful high-throughput screening campaigns
Automated Twist NGS library preparation workflows available on SPT Labtech’s firefly platform via the firefly cloud
System strengthens Taiwan’s capabilities in protein drug discovery research
The Transferpette® pro expands the Transferpette® family, offering scientists even greater flexibility to match their pipetting preferences and workflow requirements.
