Hyperthermia treatment is a non-invasive method of increasing tumor temperature to stimulate blood flow and increase oxygenation. It is used to treat tumors located within a few centimeters of the surface of the body, such as melanoma or recurrent breast cancer.
Hyperthermia treatment is a non-invasive method of increasing tumor temperature to stimulate blood flow and increase oxygenation, It is used to treat tumors located within a few centimeters of the surface of the body, such as melanoma or recurrent breast cancer.
Oncotherm develops, manufactures and markets cancer treatment systems that utilize Oncothermia to treat tumors. Oncothermia is a further development of the classical method of Hyperthermia, one of the oldest cancer treatment methods, and it allows a personalized, non- toxic therapy using an electric field and promoting the body’s natural regulatory processes. In accordance with its corporate philosophy, Oncotherm’s mission is to heal cancer, to increase cancer patients’ life expectancies and to improve patients’ quality of life.
The high-performance device induces electromagnetic impulses directly into the body cell. PAPIMI activates the self-healing powers and particularly fast successes can be observed in a wide range of applications.
PAPIMI is based on the principle of the IIT (ion-induction therapy). The mechanism of action of induced, pulsed electromagnetic oscillation does not only influence the whole organism, it also precisely affects a specific indication. The high induction power of these magnetic fields lies within the quick frequency modulation and in the enormous power output.
Vitamin C, also called ascorbic acid, is a vital vitamin. Unfortunately, unlike many animals, the human body can not produce this vitamin itself and is therefore dependent on an external supply. First and foremost, it’s about nutrition. If this is not enough, vitamin C can be supplied in the form of tablets or powder. However, the body is only able to process and store a small amount of the added vitamin. If larger amounts are needed, a vitamin C infusion is the appropriate remedy of choice.
Vitamin C was isolated in 1928 by the Hungarian scientist Szent-Györgyi. It plays an important role in various biological processes, e.g. collagen biosynthesis. It is an important water-soluble reducing agent and antioxidant that can trap potentially harmful free radicals that arise during cellular respiration. Persistent vitamin C deficiency leads to scurvy, a disease characterized by connective tissue damage and blood vessel rupture, with potentially fatal outcome
