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Researchers Uncover p53–TIGAR Pathway That May Prevent Diet-Related Liver Cancer

Research published in JHep Reports points to antioxidant therapy mimicking TIGAR’s activity to shield the liver from diet-induced damage.

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Overview

  • Teams from Glasgow Caledonian University, Cancer Research UK Scotland Institute and the Francis Crick Institute found that p53 protects the liver from high-fat, high-sugar diets by activating the gene TIGAR.
  • TIGAR acts as an antioxidant enzyme that detoxifies accumulated lipids in fatty liver tissue.
  • Experts report that cases of liver cancer arising from fatty liver disease are rising and that no effective treatments currently halt its progression.
  • The researchers propose developing therapies that replicate the p53–TIGAR antioxidant response to prevent fatty liver disease from evolving into cancer.
  • Fatty liver disease often goes undetected due to its lack of symptoms, leading to late diagnoses and poor prognosis in patients.