Copper-Driven Cell Death Offers a New Angle on Triple-Negative Breast Cancer
A new review outlines how the copper-dependent cell death regulator FDX1 may shape prognosis, metabolism, and treatment resistance in triple-negative ...
A new review outlines how the copper-dependent cell death regulator FDX1 may shape prognosis, metabolism, and treatment resistance in triple-negative ...
Research reveals that FDX1 downregulation in acute myeloid leukemia drives resistance to cuproptosis via the ROS/p53/ME1 axis, suggesting a new ...
A preclinical study links ceruloplasmin and STPG3-AS1 to lipoylation and cuproptosis-associated changes in castration-resistant prostate cancer cells, but it does ...
Preclinical experiments show that METTL14 stabilizes FDX1 RNA through m6A methylation, promoting cuproptosis and suppressing clear cell renal cell carcinoma ...
A new review details how excess copper induces cuproptosis, a mitochondria-dependent form of cell death that cancer cells are uniquely ...
A new review in Medical Oncology argues that simultaneously inducing the iron-driven cell death ferroptosis and the copper-driven cuproptosis, tuned ...
A new review in Medical Oncology argues that simultaneously targeting copper-triggered cuproptosis and iron-dependent ferroptosis could open a powerful two-front ...
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© 2025 Scienmag - Science Magazine