Glutathione has an antioxidant effect, secures the supply of energy, supports the immune system and protects the organism against toxins. Last but not least, glutathione is crucial for controlling vital cellular processes, for example DNA repair. For these reasons, almost all cells in the body contain glutathione, and it is also found outside the cells, for example in blood plasma, body fluids and tissues.
As diverse as the tasks of glutathione are, so wide-ranging are the possible applications of S-acetyl-glutathione (SAG) according to Dr. med. Gerhard Ohlenschläger®, because this proven compounded medicine (Rezepturarzneimittel) makes it possible to raise the intracellular glutathione level effectively and sustainably.
Eumetabol® with the pharmaceutical active ingredient SAG according to Dr. med. Gerhard Ohlenschläger® is the therapy of choice wherever healthy intracellular glutathione values are important.
Use in exhaustion therapy
One focus of Eumetabol® use is exhaustion therapy: it has been used successfully for over 30 years as a compounded medicine against the most varied types of fatigue. It acts against the agonising weakness and lack of drive via several different pathways at once.
Specific areas of application are:
Eumetabol® brings about a sustained improvement in energy levels and thus alleviates states of exhaustion of the most varied kinds.
Glutathione cell therapy for viral infections
Another important area of application of glutathione cell therapy is viral infections. Studies demonstrate multi-layered antiviral and immunomodulatory effects of intracellular glutathione therapy. Secondary damage from viral infections, such as post-viral syndrome (e.g. Long COVID), can also be mitigated or entirely prevented by glutathione therapy.
The areas of application include:
Eumetabol® can prevent viral infections, mitigate acute infections and prevent or alleviate late consequences.
Further areas of use for glutathione
Eumetabol® is also used for all other clinical pictures associated with a glutathione deficiency and increased oxidative stress. Proven applications include, for example:
- Mitochondriopathies (malfunctions of or damage to the mitochondria, the “power stations” of the cells)
- Chronic inflammatory reactions
- Cardiovascular diseases
- Allergies and intolerances
- Degenerative nerve diseases
- Health care and prevention
- And much more