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PTPN2-KO CAR-T Cells Demonstrate Enhanced Effector Function, CNS Infiltration, and Toxicity in a Non-Human Primate CAR-T Model

2025-09-18

Abstract excerpt

B-cell targeting CAR-T cell therapies achieve high remission rates, yet durable responses occur in fewer than 40% of patients. Deletion of negative T-cell regulators, such as PTPN2, a key inhibitor of TCR and cytokine signaling, represents a promising strategy to enhance the efficacy of CAR-T cells. While transfer of PTPN2 knockout (KO) T cells has demonstrated antitumor benefits in murine models, its impact on hu...

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Literature Corpus work
f38a2e46-f082-59ba-9ded-26c5f93bb8cf
DOI
10.1101/2025.09.17.676426
Open publication

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PTPN2-KO CAR-T Cells Demonstrate Enhanced Effector Function, CNS Infiltration, and Toxicity in a Non-Human Primate CAR-T ModelDOI 10.1101/2025.09.17.676426
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