PlaqX Extra Improved Formula Mini

The newly improved MF3 PlaqX Extra is a phyto therapeutic supplement that offers even better efficacy and bioavailability to support cellular membrane health, maintain healthy cholesterol levels as well as liver health.

Its upgraded formulation now contains Polyenyl PC Complex, which is a proprietary blend of Polyenylphosphatidylcholine (PPC), and two additional ingredients, Phosphatidylserine (PS) and Alpha Tocopherol.

Besides having a powerful line-up of phyto ingredients, the softgel shell is also made with 100% plant-based gelatin, making the newly upgraded PlaqX Extra a suitable supplement for all to consume, including vegetarians and vegans alike.

The synergy effects of this improved formulation offer better efficacy and bioavailability that takes the support and maintenance of cell membrane health, cholesterol levels and also liver functions to the next level.

Polyenylphosphatidylcholine (PPC)

• Reduce visceral fat, which also known as a stubborn belly fat
• Provides integrity and structure to the cell membranes
• Regulates fluidity for nutrients and oxygen transport
• Long term supplementation of PPC reduces the absorption of cholesterol and circulating cholesterol in the system
• A major constituent of bile, which is necessary to the lipid metabolization

Phosphatidylserine (PS)

• Increase the bioavailability of PPC to organs demanding this nutrient
• Added in a sufficient quantity to improve and support the role of PPC

Alpha Tocopherol

• Protect PPC from degradation and improve formulation stability
• Protects cell membranes and other fat-soluble parts of the body from oxidative damage

When the human liver is confronted by various exogenous substances, it can result in the liver producing reaction metabolites that is harmful to the liver tissue that in turn can contribute to fatty liver disease.

• Excessive alcohol consumption
• Over consumption of sugar and saturated fat
• Medications
• Exposure to high amounts of pollution

• Reduced serum activities of liver enzyme markers released by liver tissue
• Reduce risk of NAFLD by lessening the lipid peroxidation triggered by free radical and oxidative insult
• Membrane damage was slowed, membrane integrity was protected
• Cell death, fibrosis, and fatty infiltration of the liver tissue were diminished
• Cell synthesis of RNA and protein increased, suggesting liver tissue regeneration
• Liver metabolism improved