By Dr. Sherrill Sellman © 2009
Although discovered in 1888, the initial research on Glutathione deficiency was conducted in the 1920’s
and 1930’s and concentrated on the eye, particularly the lens. It is well known that macula degeneration is related to low levels of Glutathione.
By the 1980’s, researchers realized that Glutathione was a major player in all aspects of good health and disease prevention.
Without adequate Glutathione levels, each cell would eventually disintegrate
from massive free radical damage, your body would have little resistance to
metabolic waste products, and your liver would be severely compromised from
the eventual accumulation of toxins. Our cells would also be defenseless against
the many bacteria, viruses and many of the carcinogens that pose a health threat.
For the past three decades, researchers have been investigating the role of
antioxidants for the maintenance of good health as well as for the prevention and
treatment of oxidative stress-induced diseases.
vitamins C and E by re--circulating them back into antioxidant function.
Normally once these antioxidant vitamins scavenge free radicals, they can
become oxidized themselves and attack the healthy cells. This is known as prooxidation.
Glutathione easily restores them to their reduced form so they can
resume the free radical scavenging activity again.
When the Glutathione systems are functioning effectively, the use of antioxidants
maximizes their effectiveness in the treatment and prevention of degenerative
diseases associated with oxidative stress. This includes arthritis, cancer,
cardiovascular diseases, diabetes and macular degeneration
Glutathione performs important jobs in the body which includes protecting cells
against the destructive effects of free radicals; detoxifying external substances
such as drugs, environmental pollutants and carcinogens; maintaining cell
membrane stability; regulating protein and DNA biosynthesis and cell growth;
enhancing immunologic function through its influence on lymphocytes;
prostaglandin synthesis; and amino acid transport.
Since it is involved in so many critical functions, Glutathione impacts all levels of
the body’s physiological functioning.
It is believed that Glutathione has the potential to treat and prevent hundreds of
diseases. When you consider the role that Glutathione plays in the basic wellness
of cells, the primary living building blocks in our body, you can appreciate why
maintaining Glutathione levels is critical for optimal wellbeing.
In addition to its role as a powerful antioxidant, Glutathione also serves as an
immune system enhancer and a detoxifier.
As an immune system enhancer, Glutathione is needed for the proper
functioning, and in particular the creation and maintenance, of T-cells a type of
lymphocytes, the body’s front-line defense against infection.
Glutathione plays a central role in the proper function of the white blood cells.
Dr. Gustavo Bonus, a Glutathione expert, says, 'The limiting factor in the proper
activity of our lymphocytes (the white blood cells) is the availability of
Glutathione.' The healthy growth and activity of the white blood cells depends
upon high levels of intracellular Glutathione.