What is Liposomal Technology

How liposomes are directly absorbed by cells?

Liposomes have a structure similar to our own cell membranes (biomembranes) in the body. The main components, such as phospholipids, are also the main components of our cell membranes. Therefore, liposomes and cell membranes have a strong affinity for each other.

When the liposome membrane fuses with the biological membrane, the active ingredients enclosed in the liposome are protected in a secured organic environment. They are only released into the cell after crossing the cell membrane, or in other words, the cells in our body engulf the entire liposome and the active ingredients are discharged and absorbed within our cells directly.

APPLICATION IN HEALTH SUPPLEMENTS

Most traditional nutritional supplements, such as oral capsules or tablets, cannot be entirely absorbed by the human body, especially specific vitamins and most mineral components that are inorganic. Most of them are not broken down or are directly excreted during digestion. The acidic environment of the stomach can also reduce the breakdown of nutrients.

Liposome encapsulation technology wraps these nutrients within protective liposomal membranes in order to bypass the destructive effects of the gastrointestinal tract, thereby increasing the stability of nutrients in the bloodstream and reducing their damaging effects on the gastrointestinal tract and cells in the body.

APPLICATION IN HEALTH SUPPLEMENTS

Most traditional nutritional supplements, such as oral capsules or tablets, cannot be entirely absorbed by the human body, especially specific vitamins and most mineral components that are inorganic. Most of them are not broken down or are directly excreted during digestion. The acidic environment of the stomach can also reduce the breakdown of nutrients.

Liposome encapsulation technology wraps these nutrients within protective liposomal membranes in order to bypass the destructive effects of the gastrointestinal tract, thereby increasing the stability of nutrients in the bloodstream and reducing their damaging effects on the gastrointestinal tract and cells in the body.

As a result, our liposomal LENS technology is capable of significantly enhancing the targeted delivery of dietary nutrients to body tissues and cells. This notable advancement leads to improved nutrient absorption, utilization, and overall biological efficacy.

As a result, our liposomal LENS technology is capable of significantly enhancing the targeted delivery of dietary nutrients to body tissues and cells. This notable advancement leads to improved nutrient absorption, utilization, and overall biological efficacy.