Phosvita Forte Mechanism of Action

Pharmacology: Pharmacodynamics: Phospholipids are major membrane constituents. The principal constituent of Phospholipids + Multivitamins is highly purified "essential" phospholipids, the EPL substance [active principle: Diglyceride esters of choline-phosphonic acid of natural origin, with excess of unsaturated fatty acid and oleic acid (about 70%), linolenic and oleic acid] which corresponds to the endogenous phospholipids. EPL is rich in polyunsaturated fatty acids. The "essential" Phospholipids have been shown to be incorporated directly into the membranes of the damaged liver cells so that the liver can resume its normal function.
Phospholipids + Multivitamins regulates membrane permeability and improves the exchange of substances between the intra and extracellular space. It activates metabolic function and supports the energy balance of the liver. It restores enzyme functions and promotes detoxification of the liver. Neutral fats and cholesterol are transformed and led to their physiological oxidation. Liver cell generation is stimulated and the bile is stabilized.
The major active principle is PHOSPHOLIPIDS. In fact, this refers to Cholinophosphatide, the decisive factor of which quantitatively and therapeutically is dilinoleoylphosphatidylcholine.
Phospholipids form an essential element in the structure of cell membrane and cell organelles. The functional significance of Phospholipids is based on their biphasic characteristic, which permits regulation of cell membrane penetration. They support cell-membrane functions: ion-exchange, internal respiration and biological oxidation. They affect the fixation of respiratory enzymes in mitochondria and oxidative phosphorylation in the cell energy metabolism. It is known that structures on intercellular membranes and enzyme systems undergo pathological changes in synthesis meets the normal demand; in healthy people hepatocytes contain adequate amount of phospholipids. In liver disorders, the hepatic tissues suffers structural and functional damage. The biosynthesis of phospholipids is hampered and its deficiency leads to impairment of cell membrane functions. The mitochondria (containing about 30% phospholipids) are the most affected.
Important metabolic process in particular, oxidative phosphorylation take place in fat metabolism which in turn lead to fatty infiltration of the liver. Owing its pharmacological properties, essential phospholipids normalizes the mentioned impairments. The PHOSPHOLIPIDS helps in the treatment of damaged liver, regenerates injured mitochondria, reactivates damaged enzyme system and in this way normalizes liver functions and strengthens its detoxicating role.