How To Use ROSALIND To Showcase Your Discoveries: A Canopy Biosciences Immuno-Oncology Case Study

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Arizona Milotich Blog Author
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We’ve seen that as tumors progress, T-cells can become dysfunctional, eventually becoming “exhausted”. The reinvigoration of naturally-occurring and CAR T-cells has now become a focus of recent immuno-oncology research. Scientists at Stanford University have concluded that “a functional deficiency in c-Jun mediates [the] dysfunction in exhausted human T-cells, and that by engineering CAR T-cells to overexpress c-Jun renders them exhaustion-resistant.” Their findings, which are summarized in Nature, address this important major bottleneck for emerging immunotherapies.

CAR-T cells over-expressing c-Jun are exhaustion-resistant and mediate enhanced anti-tumor activity.
CAR-T cells over-expressing c-Jun are exhaustion-resistant and mediate enhanced anti-tumor activity.
Interactive data analysis platform, ROSALIND, provides fold changes, volcano plots, heat maps and pathway analysis.
Interactive data analysis platform, ROSALIND, provides fold changes, volcano plots, heat maps and pathway analysis.