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Metabolic reprogramming via FOXP3 engineering:A Novel strategy to enhance CAR-T cell efficacy in solid tumors
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作者 Dan Li Siyuan Qiang Bin Li 《Cellular & Molecular Immunology》 2025年第8期809-810,共2页
FOXP3-engineered CAR-T cells represent a novel therapeutic approach that redefines metabolic adaptability in solid tumors.In a recent article on cell metabolism,Niu et al.demonstrated that cytoplasmic FOXP3 reprograms... FOXP3-engineered CAR-T cells represent a novel therapeutic approach that redefines metabolic adaptability in solid tumors.In a recent article on cell metabolism,Niu et al.demonstrated that cytoplasmic FOXP3 reprograms CAR-T cell metabolism by engaging Drp1 and promoting mitochondrial fusion and fatty acid oxidation,which results in enhanced persistence and tumor clearance without triggering immunosuppressive activity. 展开更多
关键词 cell metabolismniu therapeutic approach fatty acid oxidationwhich engaging drp immunosuppressive activity mitochondrial fusion tumor clearance metabolic reprogramming
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