Glutathione Liposome +

The important role of glutathione

Glutathione is the most important antioxidant in the body. In the space of a few microseconds, it protects it from active oxygen derivatives which can destroy cellular components (membranes, DNA). Glutathione directly attacks these oxygenated compounds inside the cell. It participates in the recycling of other antioxidants such as vitamins C and E. Glutathione binds to toxins to make them water-soluble and easily eliminated by natural means. Glutathione participates in the elimination of heavy metals from the body (1).

Glutathione indications

Anti-aging and fight against premature aging

Aging is accompanied by a significant drop in glutathione levels in the body. Low levels of glutathione are associated with a host of disorders and problems for your body. There will be very significant memory loss, tremors, poor coordination, etc.

Glutathione is an active food supplement for neurodegenerative diseases such as multiple sclerosis, Alzheimer's disease and Parkinson's disease.

Glutathione to fight cancer

Some diseases are directly related to glutathione. In the context of cancers, glutathione eliminates certain carcinogenic factors while participating in the optimization of the immune system. Therefore, it is considered to have a major anti-tumor role.

In addition, healthy cells are protected from the devastating effects of certain heavy medical treatments such as chemotherapy. Hair loss and vomiting decrease.

Preservation of dangerous toxics

While optimizing the functioning of the natural defense system, glutathione promotes the elimination of various pollutants. Even official bodies such as the WHO currently recognize that the accumulation of these various toxins can lead to major health problems. Consequently, neutralizing them or promoting their elimination contributes to general well-being.

Cholesterol and fatty deposits

By increasing the levels of glutathione in the body, it helps to prevent the oxidation of cholesterol and therefore the various fatty deposits that clog the body and which in some cases can have catastrophic consequences.

Diabetes, better use and elimination of sugars

All the processes linked to the absorption and digestion of sugars will be improved by glutathione supplementation. It will also help the body of people who have major sugar-related problems and their long-term consequences (reduced vision, for example).

Diabetics are easily prone to infections and circulatory, heart, kidney and even blindness problems. Gluthation protects against complications related to diabetes.

A healthy digestive sphere with glutathione

Glutathione protects from inflammation in case of gastritis, peptic ulcers, pancreatitis. Therefore, this dietary supplement acts as a protective element for Cröhn's disease.

Clearance of congestion and better breathing

Some doctors recommend glutathione precursors to facilitate air circulation, respiration and thus the oxygenation of tissues.

Pregnancy

Glutathione is involved in detoxifying the placenta from pollutants before they reach the developing baby. Good levels of glutathione help to avoid certain complications that may occur.

Glutathione general

It is an antioxidant present in the body, which acts against cellular damage caused by the various metabolic processes which require oxygen and which lead to toxic compounds called free radicals. Unfortunately, glutathione decreases with age. Glutathione exists in our body in oxidized form (GSSG) and in reduced form (GSH). It is produced by our body itself, but it is also found in fruits and vegetables such as broccoli, or in fish and meats.

 What are free radicals?

Our body is made up entirely of atoms. Many of them have an outer layer with stable electrons. This complete layer gives them stability, which means that these atoms do not enter into a chemical reaction with other atoms or with other molecules. On the other hand, if this outer atomic layer is incomplete, the atoms are desperately trying to capture other electrons in order to find stability. These are the unstable atoms which are called free radicals. Free radicals thus have an unfortunate tendency to steal an electron from any molecule that surrounds them. A molecule which yields an electron to a free radical becomes unstable in turn and becomes a free radical. This is how free radicals can cause endless chain reactions.By offering an electron to the free radical, the antioxidant substance stabilizes the molecules, which limits oxidative stress and its harmful consequences on our organism.

To combat stress and the harmful effects on the body, an anti-oxidant treatment such as glutathione is recommended.

Oxidative stress, fight against free radicals

Any organism living aerobically generates free radicals since all chemical reactions use oxygen, an oxidizing molecule par excellence. Oxygen allows life, but it causes progressive “rusting” of the body, like metal left in the open air. Our current lifestyle is harmful since in addition to the internal oxidative process, our body accumulates pollution from the outside, which increases the amount of free radicals. Faced with this overproduction of free radicals, the natural defense mechanisms are very often overwhelmed and oxidative stress or oxidative stress sets in.

What is liposomal glutathione? 

Liposomes are vesicles formed from two layers of phospholipids. In the center of the liposome there is an aqueous compartment. The liposomal encapsulation technology allows the product encapsulated at the heart of a lipid envelope to resist acid attacks for example, but also to be easily and completely transported to the cells which need it. We know that the cell membrane is mainly made up of phospholipids (fatty acids) and that fatty acids attract. As a result, the fatty acid capsule will be captured by the cell membrane and very easily penetrate the heart of the cell. 

The secret of the effectiveness of liposomal glutathione lies in the fact that the active product protected by the liposomal microsphere only leaves it in contact with the membrane of the cell, cell into which the active product will be directly poured without any alteration.