When you first hear the term liposome, the preliminary questions that crop up include what it is and what it does. The reason why you are reading about this tiny, liquid-filled bubble is that it has several health benefits and usages, many of which we are not aware of. However, let us understand the basics of this mostly-unknown entity before we proceed with its properties and benefits.
It was discovered rather by chance, by a hematologist from Cambridge, United Kingdom. This researcher was testing a new electron microscope when this molecule caught his attention. The origin also involved another important discovery and that is that the human cell has a wall that is made up of two layers. The name is derived from two Greek words. Lipos which is fat and soma which is body.
Liposome is essentially a very tiny molecule that resembles a bubble. It is filled with liquid. The double layers of this molecule are made of phospholipids, the same material which makes up the cellular walls. Its primary usage is involved with delivering drugs and essential nutrients directly into the blood stream and also to the cells of the body. This route of transmission works more efficiently than any other normal drug delivery models.
Their mode of action is mainly due to unique characteristics of the phospholipid layers, the inner side of which loves water and the outer side rejects it because of its fatty nature. As soon as the molecule comes in contact with water, an immediate circle is formed. While substances that are water soluble can be entrapped within the water-loving globule, the substances that are fat- soluble collect on the other side. This basic action is behind the efficacy of the molecule in areas of delivering medicines and various nutrients into the blood stream.
This unique characteristic also impacts absorption ability of the body. This is relevant when the problem in hand is lack of special nutrients, inadequate absorption ability due to normal size of the molecule, etc. This tiny microscopic globule very effectively bypasses these problems. While the average absorption rate of a normal-size molecule is 3 to 5 percent, this tiny molecule scores high with an absorption rate of almost 90 percent.
The fatty section of the molecule has separate health benefits. This section contains lecithin and other types of oils which the cell membranes devour. Such ingredients are needed for cellular wall repair and maintenance. They are required for fresh membrane generation as well.
Foods that are rich in trans fats normally cause imbalance of phospholipids which make up for 50 percent of the cell membranes. This impaired functioning of the cells impedes entry of oxygen and other cellular nutrients. It also creates problems in waste elimination from within the cell space
Delivery of drugs and nutrients at the right time and in the quickest manner possible is mandatory for managing critical illnesses. The liposome molecule makes this task easier. Also called the liposomal delivery the molecule helps in the transmission of a lot of important life-saving medicines and nutrients to critically ill patients suffering from Parkinson disease, autism, congestive heart failure and more.
It was discovered rather by chance, by a hematologist from Cambridge, United Kingdom. This researcher was testing a new electron microscope when this molecule caught his attention. The origin also involved another important discovery and that is that the human cell has a wall that is made up of two layers. The name is derived from two Greek words. Lipos which is fat and soma which is body.
Liposome is essentially a very tiny molecule that resembles a bubble. It is filled with liquid. The double layers of this molecule are made of phospholipids, the same material which makes up the cellular walls. Its primary usage is involved with delivering drugs and essential nutrients directly into the blood stream and also to the cells of the body. This route of transmission works more efficiently than any other normal drug delivery models.
Their mode of action is mainly due to unique characteristics of the phospholipid layers, the inner side of which loves water and the outer side rejects it because of its fatty nature. As soon as the molecule comes in contact with water, an immediate circle is formed. While substances that are water soluble can be entrapped within the water-loving globule, the substances that are fat- soluble collect on the other side. This basic action is behind the efficacy of the molecule in areas of delivering medicines and various nutrients into the blood stream.
This unique characteristic also impacts absorption ability of the body. This is relevant when the problem in hand is lack of special nutrients, inadequate absorption ability due to normal size of the molecule, etc. This tiny microscopic globule very effectively bypasses these problems. While the average absorption rate of a normal-size molecule is 3 to 5 percent, this tiny molecule scores high with an absorption rate of almost 90 percent.
The fatty section of the molecule has separate health benefits. This section contains lecithin and other types of oils which the cell membranes devour. Such ingredients are needed for cellular wall repair and maintenance. They are required for fresh membrane generation as well.
Foods that are rich in trans fats normally cause imbalance of phospholipids which make up for 50 percent of the cell membranes. This impaired functioning of the cells impedes entry of oxygen and other cellular nutrients. It also creates problems in waste elimination from within the cell space
Delivery of drugs and nutrients at the right time and in the quickest manner possible is mandatory for managing critical illnesses. The liposome molecule makes this task easier. Also called the liposomal delivery the molecule helps in the transmission of a lot of important life-saving medicines and nutrients to critically ill patients suffering from Parkinson disease, autism, congestive heart failure and more.
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