Thorne S.A.T.® Liver Support - Triple Phytosome Complex

Advanced Cellular Protection: The silybin phytosome in S.A.T.® provides potent free radical defence by protecting hepatocytes from oxidative damage while strengthening liver cell membranes through phospholipid integration. This lipid-soluble complex achieves superior incorporation into liver tissue compared to standard milk thistle extracts, while simultaneously supporting the liver's endogenous antioxidant systems including glutathione production, making it essential for maintaining cellular resilience against environmental and metabolic stressors.

Fatty Liver & Metabolic Support: Artichoke leaf extract (Cynara scolymus) delivers targeted nutritional support for non-alcoholic fatty liver conditions through its choleretic properties, which promote bile production and flow. This traditional hepatic botanical supports healthy lipid metabolism within liver cells, aids in the elimination of accumulated fats, and helps maintain optimal liver enzyme levels, making it particularly valuable for individuals managing metabolic health concerns or those seeking comprehensive hepatic detoxification support.

Anti-Inflammatory & Antioxidant Defence: The curcumin phytosome (Meriva®) provides broad-spectrum benefits by modulating cytokine production to maintain the body's normal inflammatory response while delivering powerful antioxidant protection throughout hepatic tissue. This phospholipid-bound turmeric extract demonstrates significantly enhanced absorption compared to standard curcumin, supporting liver function through multiple pathways including the regulation of inflammatory mediators, protection against lipid peroxidation, and maintenance of healthy cellular signalling within the liver's detoxification systems.

Optimized Bioavailability Technology: S.A.T.® utilizes Indena's proprietary phytosome technology, complexing both silybin and curcumin with phospholipids derived from sunflower to create lipid-compatible molecules that cross cellular membranes with remarkable efficiency. This pharmaceutical-grade formulation strategy transforms naturally water-soluble flavonoids into lipid-friendly compounds, resulting in absorption rates significantly superior to conventional botanical extracts and ensuring that therapeutic concentrations of active compounds reach liver tissue where they exert their hepatoprotective effects.