Zeolite-clinoptilolite is a mineral of volcanic origin, which belongs to the most important natural materials on earth. It is not known to many people, but it has a unique effect: it is extremely binding and can easily bind other substances in the gastrointestinal tract and transport them away, release them or exchange them. Thus, it can also release important minerals such as magnesium, calcium, sodium and potassium to the body in traces when taken at the same time.
However, not all zeolite is the same. On the world-wide market place, numerous
products in the most diverse compositions and for the most diverse ranges are offered for purchase. Unfortunately, however, to the disadvantage of the ignorant, because it does not always stand up to a quality comparison. The approval as a medical device, as is the case with PMA zeolite, must be guaranteed. Only a highly pure natural zeolite-clinoptilolite is used as the original product, which is strongly ground under a patented activation process and then still released by a strict medical approval process.
What does PMA mean?
International scientists of PANACEO have been engaged in research and optimization of the natural active ingredient zeolite-clinoptilolite for many years and have motivated founder and CEO, Jakob Hraschan, to develop and patent his own technology:
The so-called PMA technology (Panaceo-Micro-Activation).
In PANACEO micro-activation, the biophysical properties of the volcanic mineral are multiplied by an additional modification of the crystal lattice framework. A controlled collision of the zeolite particles occurs under the action of high kinetic energies. Studies have shown that both the adsorption potential of surface-treated zeolite-clinoptilolite and, above all, the pollutant-attracting effect are significantly higher as a result than with untreated zeolite.
The grinding process is unique and increases the surface area and thus the effect.
PMA Zeolite
Explanation of the phycial mode of action
The PMA zeolite can be best understood as a regular nanoporous sponge, whose tubules are fully loaded with positively charged minerals and trace elements.
The PMA zeolite is able to selectively bind pathogenic substances (lead, cadmium, chromium, nickel, arsenic and especially ammonium*) in the gastrointestinal tract and in return release the minerals and trace elements present in the crystal lattice.
After the described ion exchange, the PMA zeolite loaded with pollutants is completely excreted via the stool.
PMA Zeolite can:
- neutralize irritants* in the gastrointestinal tract (binding and elimination via the stool)
- favorably influence the intestinal environment and the microbiome
- strengthen or rehabilitate the intestinal wall barrier and support the immune system (intact barriers are the first level of the non-specific immune system)
- reduce local and systemic inflammation and thereby relieve downstream systems and organs
- prevent or simultaneously alleviate diseases associated with a disturbed intestinal barrier function (leaky gut)
Zeolite as an alternative to iodine tablets - for the elimination of radioactive substances.
Already during the reactor catastrophe in Chernobyl in 1986, the natural mineral zeolite clinoptilolite was successfully used for successful treatment of radioactively contaminated people, but also animals, soil and water.
Based on the experience of the past events (atomic bombs in Hiroshima and Nagasaki), the experts were able to contain the radioactivity after the reactor accident in Chernobyl.
Most effective was the treatment of radioactive influences immediately after exposure to radioactive substances such as cesium and strontium. Application within the first 10 days also prevented radiotoxin effects, thereby saving lives. The most effective therapy is directly after the first contact with the radioactive exposure. It is recommended to start taking the specially prepared zeolite clinoptilolite as a preventive measure.
Source:
Cf. Hecht, K. (2016): Zeolith – Lebenskraft durch das Urgestein. Prävention Detoxhygiene Ökologie. Baunach: Spurbuchverlag. p. 233-241.