Polydatin: Targeting Disulfidptosis in Cancer Cells

This presentation explores the relationship between Polydatin and SLC7A11, focusing on its potential role in cancer therapy. Background topics include the function of SLC7A11, disulfidptosis mechanisms, and Polydatin's characteristics. Research methods involve experimental cell lines, redox stress assays, and induced cytoskeletal stress analysis. Anticipated outcomes highlight Polydatin's ability to trigger disulfidptosis via NADPH imbalance, suggesting therapeutic potential for cancer...