The utilization of liposome in medical sector started in the mid-1960s, and is currently regarded as one of the medical innovation in the 20th century. Though still young in clinical medicine, liposomal encapsulation technology simply referred to as LET has gained popularity as a possible replacement of most medical administration methods currently in place.
Many scientists, researchers and industrialist alike agree that this technology is likely to revolutionize the oral pharmacological therapy and may soon be in realm of use by any common man. Currently, it provides a safer and a unique way of treating the racehorse without having to use the syringes and needles.
LET in its simplest form describes a process of using a phospholipid membrane also known as liposome to encase a given amount of pharmaceutical compounds and sometimes herbs to protect them from degrading when passing through the gastrointestinal tract. It has an excellent transference capability, making it a preferred option, particularly for the providers of nutritional supplements, beauty products and the topical moisturizers.
Phospholipid liposome comes in to withstand the impact of anybody radicals, particularly the enzymes, the body moisture, the alkaline fluids, and the salts within the digestive tract. The compounds being introduced in the body are well protected all the way to the time they are delivered to the targeted organs or the tissue. At this point, a chain reaction takes place, allowing the cells to open up their walls, allowing the compound into the intracellular medium to commence the process of treatment.
The liposomes easily penetrate the cell walls of most living tissues; thereby turning out to be an effective weapon against most pathogens that are disease causing. Its effectiveness is also very highly rated with research findings indicating that 50 grams of Vitamin C delivered directly into the tissue is only as effective as 5 grams of the same delivered through the LET.
The LET is a clinical therapy that is associated with numerous strengths as compared to most commonly used drug administration methods. The nutrients and active ingredients are transported directly to the point of the target, leaving little or no interference with the normal body functioning such as blood pressure, the balanced body pH, and other normal metabolic functions. This makes a lot of sense for the patient is able to recover with fewer side effects associated with the drug. It also comes with economic sense as it cuts down on the cost of clinical therapy.
The use of phospholipids also comes with numerous benefits to the body. It cuts down on serum lipids, decreases platelet aggregation, bad cholesterol, triglyceride, and increases good cholesterol, and the fluidity of red blood cells gets amplified. In addition to these, it helps boost immunity, improves quality of memory, protects the liver and improves the ability of the body to endure exercise.
Even with all these potential advantages, the studies are not conclusive of the safety of this technology. It is also advisable to design the most effective drug administration that is a cocktail of this and other conventional methods that have been used for centuries to attain the best results.
Many scientists, researchers and industrialist alike agree that this technology is likely to revolutionize the oral pharmacological therapy and may soon be in realm of use by any common man. Currently, it provides a safer and a unique way of treating the racehorse without having to use the syringes and needles.
LET in its simplest form describes a process of using a phospholipid membrane also known as liposome to encase a given amount of pharmaceutical compounds and sometimes herbs to protect them from degrading when passing through the gastrointestinal tract. It has an excellent transference capability, making it a preferred option, particularly for the providers of nutritional supplements, beauty products and the topical moisturizers.
Phospholipid liposome comes in to withstand the impact of anybody radicals, particularly the enzymes, the body moisture, the alkaline fluids, and the salts within the digestive tract. The compounds being introduced in the body are well protected all the way to the time they are delivered to the targeted organs or the tissue. At this point, a chain reaction takes place, allowing the cells to open up their walls, allowing the compound into the intracellular medium to commence the process of treatment.
The liposomes easily penetrate the cell walls of most living tissues; thereby turning out to be an effective weapon against most pathogens that are disease causing. Its effectiveness is also very highly rated with research findings indicating that 50 grams of Vitamin C delivered directly into the tissue is only as effective as 5 grams of the same delivered through the LET.
The LET is a clinical therapy that is associated with numerous strengths as compared to most commonly used drug administration methods. The nutrients and active ingredients are transported directly to the point of the target, leaving little or no interference with the normal body functioning such as blood pressure, the balanced body pH, and other normal metabolic functions. This makes a lot of sense for the patient is able to recover with fewer side effects associated with the drug. It also comes with economic sense as it cuts down on the cost of clinical therapy.
The use of phospholipids also comes with numerous benefits to the body. It cuts down on serum lipids, decreases platelet aggregation, bad cholesterol, triglyceride, and increases good cholesterol, and the fluidity of red blood cells gets amplified. In addition to these, it helps boost immunity, improves quality of memory, protects the liver and improves the ability of the body to endure exercise.
Even with all these potential advantages, the studies are not conclusive of the safety of this technology. It is also advisable to design the most effective drug administration that is a cocktail of this and other conventional methods that have been used for centuries to attain the best results.
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