Our advanced formula has been developed with the goal of effectively regulating blood cholesterol levels. This innovative blend is the result of extensive research and the use of specific ingredients, carefully chosen for their well-defined properties in cholesterol management.
The development process of this formula included an extensive screening of various plant extracts. Each ingredient was carefully selected not only for its effectiveness but also for the most efficient form and extraction methodology. This approach ensured that only the most active and beneficial components were included in the final blend.
After the selection and development phase, the product underwent rigorous scientific testing. In particular, Oxicardium's behavior was evaluated after being metabolized by intestinal cells. Subsequently, it was administered to liver cells to recreate in vitro what happens in the human body under hypercholesterolemic conditions. This method allowed for direct observation of its action on the key enzyme involved in endogenous cholesterol synthesis and beyond.
Action: cholesterol level modulation and blood pressure regulation
Target organs: liver - cardiovascular system
The hypocholesterolemic activity of the product was measured through its action on the substrate of HMG-CoA reductase, a key enzyme in the transformation of mevalonate, resulting in a reduction of endogenous cholesterol synthesis. In addition to this mechanism, there is also a direct action on hepatic LDL reabsorption, leading to the elimination of free cholesterol through its binding with bile.
This innovative blend represents a promising and scientifically validated solution for the management of hypercholesterolemia and a valid substitute for Red Yeast Rice, as efficacy tests were conducted by comparing Oxicardium with 10 mg of Monacolin-K.
The reduction of endogenous cholesterol synthesis and circulating LDL leads to positive effects on the circulatory system, such as a decrease in the formation of atherosclerotic plaques caused by LDL deposits on arterial walls and, in general, improved heart health.