Fight inflammation with glutathione recycling
Chronic stress depletes glutathione
When we are healthy, our bodies make enough glutathione to protect us. However, chronic stress, whether it is from toxins, poor diet, sleep deprivation, smoking, excess sugar, or other stressors, eventually exhausts glutathione levels. Glutathione levels also decrease gradually as a result of aging. A glutathione supplement is not effective taken orally. Instead, people can boost glutathione levels through a liposomal cream, nebulizer, suppository, or IV drip. These methods will help raise glutathione levels and your general antioxidant status, which can reduce inflammation and improve health. However, they do not raise glutathione inside the cells.Glutathione recycling raises levels inside cells
To raise glutathione levels inside the cells, where it can protect the cells’ energy-producing factories called “mitochondria,” you must enhance your body’s ability to recycle glutathione. Recycling glutathione means taking glutathione that has already been used to protect the cells, and rebuilding it so it’s ready for action again. Studies show a correlation between the inability to recycle glutathione and increased autoimmune disease. Glutathione recycling helps balance the immune system, protect body tissue from damage caused by inflammation, and also helps repair damage. Good glutathione recycling is an important tool in managing autoimmune disease.Glutathione recycling helps repair leaky gut
Glutathione recycling also helps protect and repair the gut. It’s common for people with autoimmune disease and inflammatory disorders to have leaky gut, which exacerbates their immune condition. Poor glutathione recycling weakens gut integrity, making a person more prone to multiple food sensitivities and chronic gut issues. Good glutathione recycling is a vital part of restoring and protecting gut health.Boosting glutathione recycling
One of the most important steps to enhance glutathione recycling is to remove stressors depleting glutathione levels. These may include lack of sleep, smoking, food intolerances, diets high in sugars and processed foods, excess alcohol intake, and metabolic imbalances, such as with the hormones or immune system. Beyond that, a variety of nutritional and botanical compounds have been shown to support glutathione recycling. They include:- N-acetyl-cysteine
- Alpha-lipoic acid
- L-glutamine
- Selenium
- Cordyceps
- Gotu kola
- Milk thistle