In this paper, we developed REPROcode, a single-cell screening platform enabling identification of transcription factor combinations for immune cell reprogramming. Using this approach, we constructed a transcription factor hierarchy map to guide direct reprogramming towards multiple immune cell lineages including cDC1, cDC2, plasmacytoid dendritic cells, and NK-like cells.
View publicationIn this paper, we demonstrate a systematic analysis of the ability of transcription factors to act as a genetic “toolbox” for determining dendritic cell identity, showing how different combinations reprogram specific subtypes with divergent functional properties that are capable of triggering tailored anti-tumor immune responses.
View publicationIn this paper, we demonstrate key in vivo proof-of-concept data supporting our lead program, AT-108. Novel data shows that AT-108 reprograms tumor cells, directly within the immunosuppressed tumor microenvironment, into antigen-presenting dendritic cells. This causes strong, antigen-specific, anti-tumor responses to be mounted, resulting in durable tumor shrinkage even upon metastatic rechallenge.
View publicationIn this paper, we demonstrate reprogramming of over 60 mouse and human tumor cells across a broad spectrum of tumor types into functional antigen-presenting cells. This study represents a significant milestone for Asgard’s reprogramming technologies, providing the foundation for the ongoing development of its in-vivo engineering programs.
The paper was featured in the 'Research Highlights' section of Nature Immunology
View publicationIn this interview, reprogramming Star Cristiana Pires unveils the career path that lead her to the stellar position of CEO and Co-founder at Asgard Therapeutics in this month issue of Cellular Reprogramming.
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