Liposomes were discovered in the 1970s when they were first used to target the delivery of medications directly to where they were needed by the body. By producing a slower release of the active ingredients, the toxicity that could cause unwanted side effects was reduced. Liposomes are now used effectively in the nutritional supplement and cosmetic industries because it was discovered that the liposome technology improves nutrient absorption.
A liposome looks like a microscopic pouch that is filled with fluids; the walls are comprised of phospholipids. These phospholipids are the same as those that occur naturally in the natural cell membranes. Liposomes take the substances they carry directly to the cells and the blood stream, far more efficiently than the body itself can do.
The lipids that are used to create the liposome molecules are made of fatty substances such as is found in lecithin. These substances are what the cells use for repairing membranes and replacing cells. Cell walls are degraded by free radicals and toxins in the environment which affects the absorption of oxygen and nutrients. Liposomal delivery improves the very cells which are the basis of every part of the body.
Research has shown that there are several life threatening conditions which can be effectively treated using a liposomal delivery system. These include Parkinson's disease, autism, Alzheimer's, multiple sclerosis, congestive heart disease and even aging.
The body does not always fully absorb nutrients and the active ingredients in medications but liposomes changes this by greatly increasing absorption rates. One example of this is with Coenzyme Q10 which has a normal rate of absorption of around 3 or 5 percent; when it is combined with liposomes, this rate climbs to 90 percent or even higher.
The term referring to how liposomes work in the body is called Liposomal Encapsulation Technology, shortened to LET, and is used to target certain areas of the body to receive the medication or nutrient. This is required because the digestive system attack and degrade oral supplements and drugs and this reduces their usable strength. Using LET, the dose can be reduced which is helpful with some of the more toxic drugs used to treat cancer.
Vitamin C represents an excellent example for the use of LET, if only because it can be prepared in the home. Vitamin C is a vital nutrient for the body, as an antioxidant and immune booster. Humans do not make this vitamin and so must take it orally as food or supplements. Vitamin C supplements taken orally assimilate slowly and have a low rate of absorption. Intravenous injection was the only way to get higher doses of this vitamin and increase absorption rates. LET produces increased transfer rates straight to cells which produces greater rates of absorption than injections.
Nutritional companies have now taken up the LET challenge and some have included the system in their supplement ranges. While not yet widely available, many supplements are made with LET that help to increase the absorption of the nutrients. Do some research to discover how to make liposome formulations at home.
A liposome looks like a microscopic pouch that is filled with fluids; the walls are comprised of phospholipids. These phospholipids are the same as those that occur naturally in the natural cell membranes. Liposomes take the substances they carry directly to the cells and the blood stream, far more efficiently than the body itself can do.
The lipids that are used to create the liposome molecules are made of fatty substances such as is found in lecithin. These substances are what the cells use for repairing membranes and replacing cells. Cell walls are degraded by free radicals and toxins in the environment which affects the absorption of oxygen and nutrients. Liposomal delivery improves the very cells which are the basis of every part of the body.
Research has shown that there are several life threatening conditions which can be effectively treated using a liposomal delivery system. These include Parkinson's disease, autism, Alzheimer's, multiple sclerosis, congestive heart disease and even aging.
The body does not always fully absorb nutrients and the active ingredients in medications but liposomes changes this by greatly increasing absorption rates. One example of this is with Coenzyme Q10 which has a normal rate of absorption of around 3 or 5 percent; when it is combined with liposomes, this rate climbs to 90 percent or even higher.
The term referring to how liposomes work in the body is called Liposomal Encapsulation Technology, shortened to LET, and is used to target certain areas of the body to receive the medication or nutrient. This is required because the digestive system attack and degrade oral supplements and drugs and this reduces their usable strength. Using LET, the dose can be reduced which is helpful with some of the more toxic drugs used to treat cancer.
Vitamin C represents an excellent example for the use of LET, if only because it can be prepared in the home. Vitamin C is a vital nutrient for the body, as an antioxidant and immune booster. Humans do not make this vitamin and so must take it orally as food or supplements. Vitamin C supplements taken orally assimilate slowly and have a low rate of absorption. Intravenous injection was the only way to get higher doses of this vitamin and increase absorption rates. LET produces increased transfer rates straight to cells which produces greater rates of absorption than injections.
Nutritional companies have now taken up the LET challenge and some have included the system in their supplement ranges. While not yet widely available, many supplements are made with LET that help to increase the absorption of the nutrients. Do some research to discover how to make liposome formulations at home.
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