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The liposomes
Liposomes belong to the colloidal dispersion of transport systems of bioactive molecules which have the ability to transport them, improving their efficiency. The dimensions of the liposomes depending on the method of their preparation and the physicochemical characteristics of their structural units are in the order of nanometers up to the order of a few micrometers.
Historically, in the early 1960s, there was a tendency to study the biophysical properties of colloidal systems which had lipid and phospholipid composition, with the aim of understanding the biophysical functions of cells. Biophysicist AD Bangham studied lipid colloidal dispersions to simulate cell membranes and study their functionality.
Liposomes, since they are made from building materials such as those of our cells, have advantages that are related to the 'friendliness' of human tissues. They have the ability to transport lipophilic bioactive molecules that do not dissolve easily in aqueous media and therefore have absorption and bioavailability problems, eg vitamins, curcumin, etc., but also water-soluble or amphiphilic molecules, improve the rate of dissolution and absorption through the gastrointestinal tract.
Liposomes can and do carry bioactive substances and improve their penetration through the body's barriers. gastrointestinal tube and are efficient 'vehicles' for transporting bioactive molecules.
Liposomal technology and especially the innovative technology of supramolecular phospholipid complexes with lipid bilayer structure can improve the therapeutic efficacy of dietary supplements and are an innovation in this field, giving high added value to the final dosage form.
|
COMPOSITION IN NUTRITIONS |
PER DAILY DOSAGE (7.5 ml) |
|
Coenzyme Q10 (ubiquinone) |
100 mg |
|
Liposomal Mixture: phosphatidylcholine complex (from non genetically modified sunflower oil) |
200 mg |
Other ingredients: purified water, medium chain triglycerides, natural orange flavor, potassium sorbate.
