Liposomal vitamin C is a way to deliver large doses of this vitamin to the cells. Check what is its unique operation.
Liposomal Vitamin C – what makes it different?
Vitamin C in the liposomal form is characterized by high bioavailability, ie at the level of about 90%. Its bioavailability can be compared almost with intravenous administration of vitamin C. It is assumed that vitamin C in liposomal form is 5-10 times more absorbable than pure L-ascorbic acid (natural vitamin C). This means that 5 g of liposomal vitamin C brings about the same effect as 20-50 g of oral vitamin C.
Oral administration of vitamin C is not indicated in high doses, as it is limited by intestinal tolerance. For this reason, liposomal vitamin C is an ideal solution when prescribing large doses of vitamin C. Vitamin C therapy with megadoses can help to fight severe ailments.
Liposomal vitamin C is created using modern technology, which is the essence of its effectiveness. It consists in the closure of active ingredients in microscopic lipid vesicles. Liposomes are spontaneously arising from phospholipids. They are much smaller than any of the cells in the human body, and their chemical structure is similar to the construction of cell membranes. They have the ability to connect to the membrane of a particular type of cells and can directly release the nutrient contained therein.
Why is it worth using?
Vitamin C plays a very important role in the numerous processes taking place in the body. It is an antioxidant and activator of many enzymes. It is an important element of strengthening immunity (along with vitamin D) and is the greatest ally in the fight against infections. In addition, it is recommended for the treatment of many chronic diseases such as rheumatoid arthritis, type 2 diabetes and cancer. We need Vitamins C every day for the prevention and healing process, but now food is a weak source of this relationship. Vitamin C deficiency can become very acute.
What is the risk of vitamin C deficiency?
Vitamin C deficiency causes, among others decrease in the number of T lymphocytes (thymus-dependent lymphocytes) on which the immune system is based, and these are responsible for the immune response of the body and form the first line of defense in the fight against viruses and bacteria that attack the body. The brain has a particularly high demand for vitamin C – a decrease in the level of vitamin C may be manifested by apathy and lack of energy, which also indicates disturbances in the synthesis of neurotransmitters and neuropeptides. In addition, no iron is properly absorbed without vitamin C. It should also be remembered that high doses of vitamin C can not be missed in the daily diet of people fighting against infections, but also struggling with serious diseases.