Sponsored by:

KACTUS

Discovery and Engineering of High-Affinity Soluble T Cell Receptors via a High-Throughput Yeast-Based Platform

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Date:
April 16, 2025
Time (ET):
11:00 AM
Duration (min):
60
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KACTUS

In this webinar sponsored by KACTUS, join Dr. Garrett Rappazzo, Senior Scientist of Platform Technologies at Adimab, as he presents his team's research on the discovery and engineering of soluble T cell receptors for use in potent and specific peptide-HLA targeting therapeutics.

Peptide-HLA (pHLA)-targeting therapeutics offer the potential for highly specific and effective destruction of diseased and infected cells by recognizing altered proteins inside cells. Soluble T cell receptors (TCRs) are attractive options for clinical development due to their innate specificity in pHLA binding, yet natural TCRs face significant challenges, such as the need for extensive affinity enhancement. Additionally, the immune system eliminates self-reactive TCRs, limiting the discovery of natural TCRs against many valuable pHLA targets.

To address these issues, we used Adimab's yeast-based platform to develop a workflow for the discovery and engineering of soluble TCRs. This platform enabled the creation of the first fully human synthetic TCR libraries in yeast, allowing rapid identification of diverse, high-affinity TCRs. Additionally, we engineered TCR variants with both significantly improved affinities and functional capabilities in T cell engager formats while maintaining precise target specificity. This work can accelerate pre-clinical development of potent and specific pHLA-targeting therapeutics across diverse cancers and viral diseases.

Featuring Insights from

Garrett Rappazzo

,

PhD

Adimab LLC (Platform Technologies)
Senior Scientist

As a senior scientist at Adimab, my work focuses on identifying and engineering protein therapeutics that target peptide-HLA (pHLA) complexes. This work has primarily focused on soluble T cell receptor (TCR)-based therapeutics and includes the development of a novel yeast-based platform to both discover and engineer soluble TCRs. Prior to joining Adimab, I completed my doctoral research at MIT in Prof. Michael Birnbaum’s lab, where I worked to characterize the peptide-binding repertoires of Class II HLA proteins.

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Sponsored by

KACTUS

At KACTUS, we specialize in high-activity recombinant proteins and enzymes to accelerate drug and therapeutic development. Our 3,000+ product catalog covers a variety of protein, species, tags, and labels. These rigorously tested products can be applied to a variety of research and drug development areas including antibody drug discovery, cell therapy, gene therapy, and mRNA therapeutics. Each product undergoes strict quality control for purity, performance, consistency, and stability of supply. We’ve developed an expertise in difficult-to-express proteins, including being the first to recombinantly produce full-length Claudin 18.2 protein. Since then, we’ve developed a large catalog of multipass transmembrane proteins, MHC complexes, and other challenging proteins and enzymes. Researchers also value our custom protein expression services, owing to our demonstrated expertise in complex protein expression and responsive support.

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