hepatoprotection

the study investigated the potential of this compound for hepatoprotection against drug-induced liver injury.

natural compounds are being explored for their hepatoprotective properties and ability to reduce liver inflammation.

hepatoprotection is a crucial aspect of managing patients with chronic liver disease.

silymarin is a well-known supplement often used for its hepatoprotective effects.

further research is needed to confirm the long-term hepatoprotection provided by this new drug.

the mechanism of hepatoprotection involves reducing oxidative stress and inflammation in the liver.

dietary interventions aimed at hepatoprotection can help prevent the progression of liver fibrosis.

understanding the pathways involved in hepatoprotection is essential for developing new therapies.

the antioxidant properties contribute significantly to the compound's hepatoprotection mechanism.

clinical trials are evaluating the efficacy of this treatment for hepatoprotection in patients with nash.

the goal of hepatoprotection is to preserve liver function and prevent further damage.