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Oncotarget

GLS2 Shapes Ferroptosis in Hepatocellular Carcinoma

Oct 19, 2023
Researchers from Columbia University discuss the role of GLS2 in inducing ferroptosis and its potential therapeutic implications for liver diseases. They explore its relationship with p53 and SLC7A11 and highlight a recent study validating GLS2's promotion of ferroptosis in mouse models.
02:36

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Quick takeaways

  • GLS2 has been identified as a potential therapeutic target against liver diseases by promoting the tricarboxylic acid cycle and reducing oxidative stress.
  • GLS2 has been validated to induce ferroptosis in murine models.

Deep dives

GLS-2 regulation and therapeutic strategy against liver diseases

Researchers from Columbia University discuss the regulation of GLS-2 foroptosis as a potential therapeutic strategy against liver diseases in their editorial paper. GLS-2, previously identified as a P-53 target gene, has been found to promote the tricarboxylic acid cycle and lower oxidative stress. Various studies have linked GLS-2 to foroptosis induction in human cancer cells, and a correlation has been observed between a specific P-53 mutation and failure to activate GLS-2 expression or produce foroptosis. Suzuki et al.'s recent study further validates the ability of GLS-2 to promote foroptosis.

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