The innovative CARE®-technology (Cell-Activity-Regeneration-Effect) is what distinguishes our products. It enables the ingredients to reach the organ tissue where they can develop their full effect. Thereby CARE®-technology relies on biological cell activation and works right down to the base of our organs. The principle thus accelerates the regeneration of the cells and vitalises them from within. The organs receive exactly the help they need to once again perform their tasks vitally and actively - permanently and completely natural.
Cell peptides as natural activator
The CARE®-technology counteracts ageing. In addition to selected valuable vital substances such as proteins, vitamins and minerals, our preparations contain an additional activator - signal molecules extracted from natural tissue - above all our cell peptides. These reach up to the stem cells and activate the regeneration of the organs there. In doing so, they divide again, old cells are replaced and the tissue renews itself from within. This rejuvenation process strengthens the organ functions and leads to a better quality of life.
Experience and cell research goes hand in hand
Based on our stem cell research, we have learned to identify cell-specific signalling molecules and with the help of CARE®-technology in such a way that they are able to strengthen organ systems in a targeted manner and to balance physiological control circuits in a sustainable manner. Just as a complex gearbox only functions when many gears interlock with one another almost without friction, a healthy organism depends on the "friction-free" interaction of cell and organ functions. To stay with the picture, the cellular signal molecules not only support the coordination and function of the gears, they also counteract the wear and tear of the gear in the long term and ensure improved function and more well-being for the user.
Did you know?
Body cells and organ systems communicate primarily via cell-specific signalling molecules. They control both cell metabolism and the division of stem cells. They also regulate complex organ functions. In addition, they play a decisive role in the regulation of the body's own hormone system and are responsible for the function of bone marrow and the immune system.
Stem cell research has shown that each organ has its own specific adult stem cells. These have the potential to produce daughter cells in large numbers and thus to renew the organ tissue both structurally and functionally.
This means that organ stem cells can not only be actively stimulated to divide, their offspring are also capable of taking over a wide range of organ functions. Thanks to this mechanism, it is in principle possible to renew even already damaged organs from the inside and restore their physiological function.