Reversal of persistent fibrosis in aging by targeting nox4-nrf2 redox imbalance – Sciencemag.org

Emphysema and honeycomb fibrosis

Emphysema and honeycomb fibrosis (Photo credit: Pulmonary Pathology)

A brand new article in Sciencemag.org presents a study demonstrating how pathological fibrosis increases with age, but how NRF2 activation in mice was able to reverse the damage and repair lung capacity and fibrosis (scar tissue) resolution.

This is a promising study because the current treatments of pathological  and cystic fibrosis are costly and very time consuming. Persistent fibrosis in lungs of aged mice was caused by the loss of cellular redox balance. The mice in the study with low NRF2 expression had a higher incidence of progressive lung disease. Tissues from human lung samples demonstrated this same Nox4-Nrf2 imbalance.

The abstract concludes with the following promising statement. “The studies suggest that restoration of Nox4-Nrf2 redox balance in myofibroblasts may be a therapeutic strategy in age-associated fibrotic disorders, potentially able to resolve persistent fibrosis or even reverse its progression.”

 

 

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