Loposomes are fluid filled cavities made from phospholipids. They are artificially prepared. It was discovered long time ago that through these structures many vital substances could be administered in the body safely. With liposomal encapsulation, it is a technology that has taken advantage of these structures and developed new ways in administering nutrients to human body.
The liposomes and cell membrane of a human look alike. This is because all of them contain double layers hence making the use of liposomes to the body is recognized as if it a structure naturally made in body. Since early 1980s, this method has gain recognition due to its beneficial effects. It is one of the great inventions made so far by scientists in drug administration.
It is a technology that has been there since the 1980s and has been of great help. Liposomes are nowadays becoming fruitfully applied in wide disciplines of molecular chemistry, internal medicine, and general biology. The importances of using this method are so many since it is safe and proven worldwide. Obesity and hypertension conditions, through this method, are highly reduced with reduction in fat disposition in tissues.
The very fundamental thing about this method compared to the others is that it permits a nutrient to carry power packed and undestroyed natural compounds to specific tissues and organs. Administration of compounds through other method normally has the doses reduced. But, this is not a major issue since drugs are maximally absorbed through this method.
The normal routes of taking drugs or diet supplements is either topically, which can be hindered by temperatures, aerobic levels, and maybe weather conditions. Through the oral route, products can be affected by acids or some body enzyme substances and their quality reduced. With this technology, it is one hundred percent safe and healthy. It protects substances from all the above problems and ensures they are delivered safely.
It applies phospholipids to construct a protection that renounces the negative activities of things like digestive juice substances, alkaline fluids, salt elements, or even the free radicals of human body. The protection takes effect right through the GI tract until the contents have reached the targeted body tissue before they are straight away taken in by the cell structure and moved into the intra-cellular region.
An good example of LETs procedure is in administering vitamin C. Some few animals and humans can synthesize this vitamin. However, a wide variety of animals can synthesize it in their livers as well as kidneys. Most of the mammals, excluding apes, humans, and guinea pigs, can release vitamin C from their livers. People who lack this vitamin can use this method to administer it in body.
In its traditional form, Vitamin C has a slow rate of assimilation if given through the oral route. This makes this technology helpfully not only to this vitamin alone but also to other food supplements meant for body growth. It is therefore advisable to use it instead of oral or injection routes. It gives good results free from hazardous side effects. Substances are shielded by this method from the harsh conditions, which are likely to take place within the gastrointestinal passage.
The liposomes and cell membrane of a human look alike. This is because all of them contain double layers hence making the use of liposomes to the body is recognized as if it a structure naturally made in body. Since early 1980s, this method has gain recognition due to its beneficial effects. It is one of the great inventions made so far by scientists in drug administration.
It is a technology that has been there since the 1980s and has been of great help. Liposomes are nowadays becoming fruitfully applied in wide disciplines of molecular chemistry, internal medicine, and general biology. The importances of using this method are so many since it is safe and proven worldwide. Obesity and hypertension conditions, through this method, are highly reduced with reduction in fat disposition in tissues.
The very fundamental thing about this method compared to the others is that it permits a nutrient to carry power packed and undestroyed natural compounds to specific tissues and organs. Administration of compounds through other method normally has the doses reduced. But, this is not a major issue since drugs are maximally absorbed through this method.
The normal routes of taking drugs or diet supplements is either topically, which can be hindered by temperatures, aerobic levels, and maybe weather conditions. Through the oral route, products can be affected by acids or some body enzyme substances and their quality reduced. With this technology, it is one hundred percent safe and healthy. It protects substances from all the above problems and ensures they are delivered safely.
It applies phospholipids to construct a protection that renounces the negative activities of things like digestive juice substances, alkaline fluids, salt elements, or even the free radicals of human body. The protection takes effect right through the GI tract until the contents have reached the targeted body tissue before they are straight away taken in by the cell structure and moved into the intra-cellular region.
An good example of LETs procedure is in administering vitamin C. Some few animals and humans can synthesize this vitamin. However, a wide variety of animals can synthesize it in their livers as well as kidneys. Most of the mammals, excluding apes, humans, and guinea pigs, can release vitamin C from their livers. People who lack this vitamin can use this method to administer it in body.
In its traditional form, Vitamin C has a slow rate of assimilation if given through the oral route. This makes this technology helpfully not only to this vitamin alone but also to other food supplements meant for body growth. It is therefore advisable to use it instead of oral or injection routes. It gives good results free from hazardous side effects. Substances are shielded by this method from the harsh conditions, which are likely to take place within the gastrointestinal passage.
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