 |
 |
A Therapeutic Step towards Health
Rhemacell 2G
MECHANISM OF ACTION
Rhemacell 2G contains the enzymes sulfurylase, sulfokinase and choline acetylase. The sulfokinase-sulfurylase complex plays an important role in the synthesis of the mucopolysaccharides, which form the structure of connective tissues. This initiates the activation and integration of sulfate groups in the collagen. Upon assimilation of additional sulfate, the hard and sclerosed tissue becomes softer and sulfated; at the same time, the toxin in the tissue becomes segregated. A dysfunction of the nerves wrapped with collagen is inherent to collagen intoxication. Above all, the enzyme choline acetylase found in the synaptic membranes simply slows down by means of a complex formation of toxins, thus producing the paralysis and interruption in the supply of oxygen, slowing down the energy and heat production of the affected tissues.
This situation can be overcome by administering choline acetylase, which can substitute the complexes which have slowed down. The effect obtained by administering choline acetylase-type enzymes is function recomposition and collagen detoxification. This implies that the administration of these enzymes has a curative effect on degeneration and on collagen-related diseases that fall under the concept of "rheuma." If in addition one takes into account that collagen reaches blood vessels and nerves in their finest ramifications, and that it has a detoxifying effect on blood serum, then it may be supposed that Rhemacell 2G plays a unique role in maintaining the body's homeostasis as a whole.
 |
||
More Information |
||
| » Rhemacell 2G » Clinical Information and Pharmacology » Mechanisms of Action » Pharmacokinetics |
» Indications » Contraindications » Toxicity » Clinical Studies |
» Conclusions
» Material and Methods » References |