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Dietary anthocyanins alleviates age-dependent hepatic steatosis by expanding Limosilactobacillus reuteri and modulating gut microbiota-bile acid-hepatic FXR signaling - PubMed

3 hours ago
  • #anthocyanins
  • #hepatic steatosis
  • #gut microbiota
  • Dietary anthocyanins, specifically Cy-3-G, reduce hepatic triglyceride accumulation in aging mice.
  • Hepatic FXR signaling is identified as the primary mediator of Cy-3-G's lipid metabolism improvements.
  • Limosilactobacillus reuteri, expanded by Cy-3-G, increases bile salt hydrolase activity and reduces FXR-inhibitory tauro-β-MCA.
  • Fecal microbiota transfer and L. reuteri supplementation confirm its role in improving hepatic steatosis.
  • Cy-3-G mitigates age-related MASLD by reshaping bile acid composition and activating hepatic FXR signaling.