Nrf2/Bach1-ARE Pathway ARE Involved In The Ameliorative Effects Of Astaxanthin On D-Galactose-Induced Liver And Brain Aging And Injury

Aging Pathway
Therapeutic
Astaxanthin, a natural antioxidant, has been found to reduce liver and brain aging and injury induced by D-galactose by modulating the Nrf2/Bach1-ARE pathway.
Author

Gemini

Published

June 3, 2026

This research explores how a powerful natural antioxidant can help combat the effects of aging on the liver and brain. Scientists created an aging model in rats using a specific sugar known to accelerate aging processes. They then investigated whether this antioxidant could mitigate the damage. The findings suggest that it works by influencing a crucial cellular defense system known as the Nrf2/Bach1-ARE pathway. This pathway is like the body’s internal alarm system, activating protective responses against harmful molecules called reactive oxygen species, which contribute to aging and cell damage. By modulating this pathway, the antioxidant helps to reduce oxidative stress, prevent cell death, and improve the overall health of liver and brain tissues, offering a potential strategy to protect these vital organs from age-related decline.


Source: link to paper